Signal Labels and Tag Names
This table contains signals in the NSTX Model tree and their corresponding labels. The NSTX model tree contains over 15,000 rows and so this is not the complete tree but rather a subset of signals that are deemed most relevant to users. In particular, raw data signal nodes beneath rawdata branches are intentionally omitted.
Links to labels for specific trees
| Tag | Full Path to Node | Label/Description |
|---|---|---|
\MPTS_CAM1_FRAMES
|
\ACTIVESPEC::TOP.ACTIVESP_RAW.MPTS.CAM1:FRAMES
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.ACTIVESP_RAW.MPTS.CAM2:FRAMES
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.ACTIVESP_RAW.MPTS.CAM3:FRAMES
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:ATI
|
Apparent ion temperature |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:AVT
|
Apparent toroidal velocity |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:AW
|
Cx brightness |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:AWB
|
Bkg brightness |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:DAW
|
Cx brightness error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:DAWB
|
Bkg brightness error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:DDEN
|
Sampled electron density error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:DEN
|
Sampled electron density |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:DFT
|
Toroidal rotation frequency error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:DMDEN
|
Mass density error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:DNC
|
Carbon density error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:DND
|
Deuterium density error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:DPI
|
Ion pressure error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:DPT
|
Dynamic toroidal pressure error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:DTI
|
Ion temperature error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:DVT
|
Toroidal velocity error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:DZEFF
|
Effective charge error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:FT
|
Toroidal rotation frequency |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:MDEN
|
Mass density |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:NC
|
Carbon density |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:NCS
|
Spline carbon density |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:ND
|
Deuterium density |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:PI
|
Total ion pressure |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:PT
|
Dynamic toroidal pressure |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:SVALID
|
Spline valid fitted data |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:TDEN
|
Sampled electron density time |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:TI
|
Ion temperature |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:TIS
|
Spline ion temperature |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:VALID
|
Valid fitted data |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:VT
|
Toroidal velocity |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:VTS
|
Spline toroidal velocity |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:ZEFF
|
Effective charge |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:ZEFFS
|
Spline effective charge |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT1:ZTI
|
Zeeman corrected ion temperature |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:ATI
|
Apparent ion temperature |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:AVT
|
Apparent toroidal velocity |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:AW
|
Cx brightness |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:AWB
|
Bkg brightness |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:DAW
|
Cx brightness error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:DAWB
|
Bkg brightness error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:DDEN
|
Sampled electron density error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:DEN
|
Sampled electron density |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:DFT
|
Toroidal rotation frequency error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:DMDEN
|
Mass density error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:DNC
|
Carbon density error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:DND
|
Deuterium density error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:DPI
|
Ion pressure error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:DPT
|
Dynamic toroidal pressure error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:DTI
|
Ion temperature error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:DVT
|
Toroidal velocity error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:DZEFF
|
Effective charge error |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:FT
|
Toroidal rotation frequency |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:MDEN
|
Mass density |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:NC
|
Carbon density |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:NCS
|
Spline carbon density |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:ND
|
Deuterium density |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:PI
|
Total ion pressure |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:PT
|
Dynamic toroidal pressure |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:SVALID
|
Spline valid fitted data |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:TDEN
|
Sampled electron density time |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:TI
|
Ion temperature |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:TIS
|
Spline ion temperature |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:VALID
|
Valid fitted data |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:VT
|
Toroidal velocity |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:VTS
|
Spline toroidal velocity |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:ZEFF
|
Effective charge |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:ZEFFS
|
Spline effective charge |
| no tag available |
\ACTIVESPEC::TOP.CHERS.ANALYSIS.CT2:ZTI
|
Zeeman corrected ion temperature |
\VFIDA_NBI
|
\ACTIVESPEC::TOP.FIDA.SFIDA.ANALYSIS:NBI_PROFILE
|
Label empty |
\VFIDA_PROFILE
|
\ACTIVESPEC::TOP.FIDA.SFIDA.ANALYSIS:PROFILE
|
Label empty |
\VFIDA_PROFILE_ERR
|
\ACTIVESPEC::TOP.FIDA.SFIDA.ANALYSIS:PROFILE_ERR
|
Label empty |
\VFIDA_SPECTRUM
|
\ACTIVESPEC::TOP.FIDA.SFIDA.ANALYSIS:SPECTRUM
|
Label empty |
\VFIDA_SPECTRUM_ERR
|
\ACTIVESPEC::TOP.FIDA.SFIDA.ANALYSIS:SPECTRUM_ERR
|
Label empty |
\TFIDA_NBI
|
\ACTIVESPEC::TOP.FIDA.TFIDA.ANALYSIS:NBI_PROFILE
|
Label empty |
\TFIDA_PROFILE
|
\ACTIVESPEC::TOP.FIDA.TFIDA.ANALYSIS:PROFILE
|
Label empty |
\TFIDA_PROFILE_ERR
|
\ACTIVESPEC::TOP.FIDA.TFIDA.ANALYSIS:PROFILE_ERR
|
Label empty |
\TFIDA_SPECTRUM
|
\ACTIVESPEC::TOP.FIDA.TFIDA.ANALYSIS:SPECTRUM
|
Label empty |
\TFIDA_SPECTRUM_ERR
|
\ACTIVESPEC::TOP.FIDA.TFIDA.ANALYSIS:SPECTRUM_ERR
|
Label empty |
\NEF
|
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.BEST:FIT_NE
|
Label empty |
\PEF
|
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.BEST:FIT_PE
|
Label empty |
\TEF
|
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.BEST:FIT_TE
|
Label empty |
\NES
|
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.BEST:SPLINE_NE
|
Label empty |
\PES
|
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.BEST:SPLINE_PE
|
Label empty |
\TES
|
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.BEST:SPLINE_TE
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.BEST:SVALID
|
Label empty |
\TS_LD
|
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.BEST:TS_LD
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.BEST:VALID
|
Valid fitted data |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS2:FIT_NE
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS2:FIT_PE
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS2:FIT_TE
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS2:SPLINE_NE
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS2:SPLINE_PE
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS2:SPLINE_TE
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS2:SVALID
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS2:TS_LD
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS2:VALID
|
Valid fitted data |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS3:FIT_NE
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS3:FIT_PE
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS3:FIT_TE
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS3:NEBAR
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS3:REDGE_NE
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS3:REDGE_PE
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS3:REDGE_TE
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS3:SPLINE_NE
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS3:SPLINE_PE
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS3:SPLINE_TE
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS3:TS_LD
|
Label empty |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS3:VALID
|
Valid fitted data |
| no tag available |
\ACTIVESPEC::TOP.MPTS.OUTPUT_DATA.TS3:SVALID
|
Label empty |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
\EG_DATA
|
\CAMERAS::TOP.EDGE_NEUTRAL.RAWDATA:DATA
|
Edge neutral (eg) dalsa ca-d1 |
\PH7_1_FAVG
|
\CAMERAS::TOP.FC_1.RAWDATA:FRAMES_AVG
|
Average intensity of image vs. time |
\PH7_1_FMAX
|
\CAMERAS::TOP.FC_1.RAWDATA:FRAMES_MAX
|
Max intensity of image vs. time |
\PH7_2_FAVG
|
\CAMERAS::TOP.FC_2.RAWDATA:FRAMES_AVG
|
Average intensity of image vs. time |
\PH7_2_FMAX
|
\CAMERAS::TOP.FC_2.RAWDATA:FRAMES_MAX
|
Max intensity of image vs. time |
\PH7_3_FAVG
|
\CAMERAS::TOP.FC_3.RAWDATA:FRAMES_AVG
|
Average intensity of image vs. time |
\PH7_3_FMAX
|
\CAMERAS::TOP.FC_3.RAWDATA:FRAMES_MAX
|
Max intensity of image vs. time |
\PH7_4_FAVG
|
\CAMERAS::TOP.FC_4.RAWDATA:FRAMES_AVG
|
Average intensity of image vs. time |
\PH7_4_FMAX
|
\CAMERAS::TOP.FC_4.RAWDATA:FRAMES_MAX
|
Max intensity of image vs. time |
\PH7_5_FAVG
|
\CAMERAS::TOP.FC_5.RAWDATA:FRAMES_AVG
|
Average intensity of image vs. time |
\PH7_5_FMAX
|
\CAMERAS::TOP.FC_5.RAWDATA:FRAMES_MAX
|
Max intensity of image vs. time |
\PH7_6_FAVG
|
\CAMERAS::TOP.FC_6.RAWDATA:FRAMES_AVG
|
Average intensity of image vs. time |
\PH7_6_FMAX
|
\CAMERAS::TOP.FC_6.RAWDATA:FRAMES_MAX
|
Max intensity of image vs. time |
\PH7_7_FAVG
|
\CAMERAS::TOP.FC_7.RAWDATA:FRAMES_AVG
|
Average intensity of image vs. time |
\PH7_7_FMAX
|
\CAMERAS::TOP.FC_7.RAWDATA:FRAMES_MAX
|
Max intensity of image vs. time |
\PH7_8_FAVG
|
\CAMERAS::TOP.FC_8.RAWDATA:FRAMES_AVG
|
Average intensity of image vs. time |
\PH7_8_FMAX
|
\CAMERAS::TOP.FC_8.RAWDATA:FRAMES_MAX
|
Max intensity of image vs. time |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
| no tag available |
\CAMERAS2::TOP.EDGE_NEUTRAL:CALIB_FRAME
|
Frame to multiply raw data frame by |
| no tag available |
\CAMERAS2::TOP.EDGE_NEUTRAL:DARK_FRAME
|
Background frame to subtract from raw data frame |
| no tag available |
\CAMERAS2::TOP.FASTSOFTXRAY:FRAMES
|
Fast tangential soft x-ray camera images |
\FC3D
|
\CAMERAS2::TOP.FAST_CAMERA:FRAMES
|
Fast camera 3-d array |
\CAM1RSIGNAL
|
\CAMERAS2::TOP.D1CCD_CAM1:CAM1SIGDATA
|
Divertor 1d ccd camera 1 |
\CAM2RSIGNAL
|
\CAMERAS2::TOP.D1CCD_CAM2:CAM2SIGDATA
|
Divertor 1d ccd camera 2 |
\CAM3RSIGNAL
|
\CAMERAS2::TOP.D1CCD_CAM3:CAM3SIGDATA
|
Divertor 1d ccd camera 3 |
\CAM4RSIGNAL
|
\CAMERAS2::TOP.D1CCD_CAM4:CAM4SIGDATA
|
Divertor 1d ccd camera 4 |
\CAM5RSIGNAL
|
\CAMERAS2::TOP.D1CCD_CAM5:CAM5SIGDATA
|
Divertor 1d ccd camera 5 |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
\FTOR
|
\DERIVED::TOP:FTOR
|
Toroidal flux |
| no tag available |
\DERIVED::TOP:KAPPA
|
Kappa |
| no tag available |
\DERIVED::TOP:LINE_TEMP
|
Line-integrated temperature |
\PLOSSF
|
\DERIVED::TOP:PLOSSF
|
Loss power (filtered) |
\TAUMHDF
|
\DERIVED::TOP:TAUMHDF
|
Energy confinement time (filtered) |
\VSCORR
|
\DERIVED::TOP:VSCORR
|
Corrected surface voltage |
\WMHDF
|
\DERIVED::TOP:WMHDF
|
Wmhd (filtered) |
\TAU89P
|
\DERIVED::TOP:SCALING:TAU89P
|
Tau89p scaling |
\TAU96P
|
\DERIVED::TOP:SCALING:TAU96P
|
Tau96p scaling |
\TAU99Y
|
\DERIVED::TOP:SCALING:TAU99Y
|
Tau99y scaling |
\TAU99Y1
|
\DERIVED::TOP:SCALING:TAU99Y1
|
Tau99y1 scaling |
\TAU99Y2
|
\DERIVED::TOP:SCALING:TAU99Y2
|
Tau99y2 scaling |
\TAUEH
|
\DERIVED::TOP:SCALING:TAUEH
|
Taueh scaling |
\TAUNA
|
\DERIVED::TOP:SCALING:TAUNA
|
Tauna scaling |
\TAURL
|
\DERIVED::TOP:SCALING:TAURL
|
Taurl scaling |
\TSTART
|
\DERIVED::TOP:SCALING:TSTART
|
Tstart scaling |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
| no tag available |
\EDGE::TOP.BEAP:BOP_VOLTAGE
|
Beap bop voltage |
| no tag available |
\EDGE::TOP.BEAP:E1_CURRENT
|
Beap electrode 1 current |
| no tag available |
\EDGE::TOP.BEAP:E1_VOLTAGE
|
Beap electrode 1 voltage |
| no tag available |
\EDGE::TOP.BEAP:E2_CURRENT
|
Beap electrode 2 current |
| no tag available |
\EDGE::TOP.BEAP:E2_VOLTAGE
|
Beap electrode 2 voltage |
| no tag available |
\EDGE::TOP.BEAP:E3_CURRENT
|
Beap electrode 3 current |
| no tag available |
\EDGE::TOP.BEAP:E3_VOLTAGE
|
Beap electrode 3 voltage |
| no tag available |
\EDGE::TOP.BEAP:E4_CURRENT
|
Beap electrode 4 current |
| no tag available |
\EDGE::TOP.BEAP:E4_VOLTAGE
|
Beap electrode 4 voltage |
| no tag available |
\EDGE::TOP.BEAP:P1_CURRENT
|
Beap probe 1 current |
| no tag available |
\EDGE::TOP.BEAP:P1_VOLTAGE
|
Beap probe 1 voltage |
| no tag available |
\EDGE::TOP.BEAP:P2_CURRENT
|
Beap probe 2 current |
| no tag available |
\EDGE::TOP.BEAP:P2_VOLTAGE
|
Beap probe 2 voltage |
| no tag available |
\EDGE::TOP.BEAP:P3_CURRENT
|
Beap probe 3 current |
| no tag available |
\EDGE::TOP.BEAP:P3_VOLTAGE
|
Beap probe 3 voltage |
| no tag available |
\EDGE::TOP.BEAP:P4_CURRENT
|
Beap probe 4 current |
| no tag available |
\EDGE::TOP.BEAP:P4_VOLTAGE
|
Beap probe 4 voltage |
| no tag available |
\EDGE::TOP.BEAP:P5_CURRENT
|
Beap probe 5 current |
| no tag available |
\EDGE::TOP.BEAP:P5_VOLTAGE
|
Beap probe 5 voltage |
\FP_DPI
|
\EDGE::TOP.FASTPROBES.CALIBRATED:DPI
|
Label empty |
\FP_DPV
|
\EDGE::TOP.FASTPROBES.CALIBRATED:DPV
|
Label empty |
\FP_FASTPOS
|
\EDGE::TOP.FASTPROBES.CALIBRATED:FASTPOS
|
Label empty |
\FP_ISAT1
|
\EDGE::TOP.FASTPROBES.CALIBRATED:ISAT1
|
Label empty |
\FP_MACH1
|
\EDGE::TOP.FASTPROBES.CALIBRATED:MACH1
|
Label empty |
\FP_MACH2
|
\EDGE::TOP.FASTPROBES.CALIBRATED:MACH2
|
Label empty |
\FP_MAV
|
\EDGE::TOP.FASTPROBES.CALIBRATED:MAV
|
Label empty |
\FP_POSITION
|
\EDGE::TOP.FASTPROBES.CALIBRATED:POSITION
|
Label empty |
\FP_SLOWPOS
|
\EDGE::TOP.FASTPROBES.CALIBRATED:SLOWPOS
|
Label empty |
\FP_VF_ER1
|
\EDGE::TOP.FASTPROBES.CALIBRATED:VF_ER1
|
Label empty |
\FP_VF_ER2
|
\EDGE::TOP.FASTPROBES.CALIBRATED:VF_ER2
|
Label empty |
\FP_VF_ET_MI
|
\EDGE::TOP.FASTPROBES.CALIBRATED:VF_ET_MI
|
Label empty |
\FP_VF_ET_TO
|
\EDGE::TOP.FASTPROBES.CALIBRATED:VF_ET_TO
|
Label empty |
| no tag available |
\EDGE::TOP.LPARRAY.SOLCPARA.P01:CURRENT
|
Solcpara p01 current |
| no tag available |
\EDGE::TOP.LPARRAY.SOLCPARA.P02:CURRENT
|
Solcpara p02 current |
| no tag available |
\EDGE::TOP.LPARRAY.SOLCPARA.P03:CURRENT
|
Solcpara p03 current |
| no tag available |
\EDGE::TOP.LPARRAY.SOLCPERP.P01:VOLTAGE
|
Solcperp p01 voltage |
| no tag available |
\EDGE::TOP.LPARRAY.SOLCPERP.P02:CURRENT
|
Solcperp p02 current |
| no tag available |
\EDGE::TOP.LPARRAY.SWEPT.P01:CURRENT
|
Swept p01 current |
| no tag available |
\EDGE::TOP.LPARRAY.SWEPT.P02:CURRENT
|
Swept p02 current |
| no tag available |
\EDGE::TOP.LPARRAY.SWEPT.P03:CURRENT
|
Swept p03 current |
| no tag available |
\EDGE::TOP.LPARRAY.SWEPT.P04:CURRENT
|
Swept p04 current |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P01.CURRENT:VALUES
|
Tlp p01 current |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P01.V1:VALUES
|
Tlp p01 v1 |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P01.VFLOAT:VALUES
|
Tlp p01 vfloat |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P02.CURRENT:VALUES
|
Tlp p02 current |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P02.V1:VALUES
|
Tlp p02 v1 |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P02.VFLOAT:VALUES
|
Tlp p02 vfloat |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P03.CURRENT:VALUES
|
Tlp p03 current |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P03.V1:VALUES
|
Tlp p03 v1 |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P03.VFLOAT:VALUES
|
Tlp p03 vfloat |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P04.CURRENT:VALUES
|
Tlp p04 current |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P04.V1:VALUES
|
Tlp p04 v1 |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P04.VFLOAT:VALUES
|
Tlp p04 vfloat |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P05.CURRENT:VALUES
|
Tlp p05 current |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P05.V1:VALUES
|
Tlp p05 v1 |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P05.VFLOAT:VALUES
|
Tlp p05 vfloat |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P06.CURRENT:VALUES
|
Tlp p06 current |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P06.V1:VALUES
|
Tlp p06 v1 |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P06.VFLOAT:VALUES
|
Tlp p06 vfloat |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P07.CURRENT:VALUES
|
Tlp p07 current |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P07.V1:VALUES
|
Tlp p07 v1 |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P07.VFLOAT:VALUES
|
Tlp p07 vfloat |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P08.CURRENT:VALUES
|
Tlp p08 current |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P08.V1:VALUES
|
Tlp p08 v1 |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P08.VFLOAT:VALUES
|
Tlp p08 vfloat |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P09.CURRENT:VALUES
|
Tlp p09 current |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P09.V1:VALUES
|
Tlp p09 v1 |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P09.VFLOAT:VALUES
|
Tlp p09 vfloat |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P10.CURRENT:VALUES
|
Tlp p10 current |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P10.V1:VALUES
|
Tlp p10 v1 |
| no tag available |
\EDGE::TOP.LPARRAY.TLP.P10.VFLOAT:VALUES
|
Tlp p10 vfloat |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
\ALPHA
|
\EFIT01::TOP.RESULTS.AEQDSK:ALPHA
|
Shafranov boundary line integral parameter |
\AMINOR
|
\EFIT01::TOP.RESULTS.AEQDSK:AMINOR
|
Minor radius |
\AREA
|
\EFIT01::TOP.RESULTS.AEQDSK:AREA
|
Cross section area |
\ATIME
|
\EFIT01::TOP.RESULTS.AEQDSK:ATIME
|
Timebase for a0 signals |
\BCENTRA
|
\EFIT01::TOP.RESULTS.AEQDSK:BCENTR
|
Vacuum toroidal magnetic field at rcenrm |
\BETAN
|
\EFIT01::TOP.RESULTS.AEQDSK:BETAN
|
Normalized beta (calculated by reada.pro) |
\BETAP
|
\EFIT01::TOP.RESULTS.AEQDSK:BETAP
|
Beta poloidal |
\EFIT_GEQDSK
|
\EFIT01::TOP.RESULTS.AEQDSK:BETAPD
|
Diamagnetic poloidal beta |
\BETAPW
|
\EFIT01::TOP.RESULTS.AEQDSK:BETAPW
|
Label empty |
\BETAT
|
\EFIT01::TOP.RESULTS.AEQDSK:BETAT
|
Toroidal beta |
\BETATB
|
\EFIT01::TOP.RESULTS.AEQDSK:BETATB
|
Label empty |
\BETATD
|
\EFIT01::TOP.RESULTS.AEQDSK:BETATD
|
Diamagnetic toroidal beta |
\BETATW
|
\EFIT01::TOP.RESULTS.AEQDSK:BETATW
|
Label empty |
\BPOLAV
|
\EFIT01::TOP.RESULTS.AEQDSK:BPOLAV
|
Average poloidal field defined through ampere's law |
\BT0
|
\EFIT01::TOP.RESULTS.AEQDSK:BT0
|
Toroidal field at magnetic axis |
\BT0VAC
|
\EFIT01::TOP.RESULTS.AEQDSK:BT0VAC
|
Vacuum toroidal field at magnetic axis |
\CCBRSP
|
\EFIT01::TOP.RESULTS.AEQDSK:CCBRSP
|
Currents in shaping coils |
\CHIDFLUX
|
\EFIT01::TOP.RESULTS.AEQDSK:CHIDFLUX
|
Label empty |
\CHIECE
|
\EFIT01::TOP.RESULTS.AEQDSK:CHIECE
|
Label empty |
\CHIECEBZ
|
\EFIT01::TOP.RESULTS.AEQDSK:CHIECEBZ
|
Label empty |
\CHIMSE
|
\EFIT01::TOP.RESULTS.AEQDSK:CHIMSE
|
Mse chi^2 |
\CHIPRE
|
\EFIT01::TOP.RESULTS.AEQDSK:CHIPRE
|
Pressure chi^2 |
\CHIPRW
|
\EFIT01::TOP.RESULTS.AEQDSK:CHIPRW
|
Label empty |
\CHISQ
|
\EFIT01::TOP.RESULTS.AEQDSK:CHISQ
|
Magnetic chi^2 |
\CHISQTOT
|
\EFIT01::TOP.RESULTS.AEQDSK:CHISQTOT
|
Label empty |
\CMPR2
|
\EFIT01::TOP.RESULTS.AEQDSK:CMPR2
|
Magnetic field at pickup coil |
\CPROF
|
\EFIT01::TOP.RESULTS.AEQDSK:CPROF
|
Current profile parametrization parameter |
\CSILOP
|
\EFIT01::TOP.RESULTS.AEQDSK:CSILOP
|
Magnetic flux through toroidal flux loop |
\DENSITY
|
\EFIT01::TOP.RESULTS.AEQDSK:DENSITY
|
Density from either densv2 or densr0 |
\DENSR0
|
\EFIT01::TOP.RESULTS.AEQDSK:DENSR0
|
Line averaged density from co2 interfermeter chord r0 |
\DENSV1
|
\EFIT01::TOP.RESULTS.AEQDSK:DENSV1
|
Line averaged density from co2 interfermeter chord v1 |
\DENSV2
|
\EFIT01::TOP.RESULTS.AEQDSK:DENSV2
|
Line averaged density from co2 interfermeter chord v2 |
\DENSV3
|
\EFIT01::TOP.RESULTS.AEQDSK:DENSV3
|
Line averaged density from co2 interfermeter chord v3 |
\DIAMAG
|
\EFIT01::TOP.RESULTS.AEQDSK:DIAMAG
|
Diamagnetic loop signal |
\DIAMGC
|
\EFIT01::TOP.RESULTS.AEQDSK:DIAMGC
|
Computed diamagnetic flux |
\DITE
|
\EFIT01::TOP.RESULTS.AEQDSK:DITE
|
???waiting for info from ted strait??? |
\DRSEP
|
\EFIT01::TOP.RESULTS.AEQDSK:DRSEP
|
Outboard radial distance to external second separatrix for single null configurations. positive for double nulls or single top null and negative for single bottom null. |
\ECCURT
|
\EFIT01::TOP.RESULTS.AEQDSK:ECCURT
|
Currents in oh coils |
\ERROR
|
\EFIT01::TOP.RESULTS.AEQDSK:ERROR
|
Convergence error |
\FEXPAN
|
\EFIT01::TOP.RESULTS.AEQDSK:FEXPAN
|
Flux expansion at x point |
\FEXPVS
|
\EFIT01::TOP.RESULTS.AEQDSK:FEXPVS
|
Flux expansion at outer lower vessel strike point |
\GAPBOT
|
\EFIT01::TOP.RESULTS.AEQDSK:GAPBOT
|
Bottom gap |
\GAPIN
|
\EFIT01::TOP.RESULTS.AEQDSK:GAPIN
|
Inboard gap |
\GAPOUT
|
\EFIT01::TOP.RESULTS.AEQDSK:GAPOUT
|
Outboard gap |
\GAPTOP
|
\EFIT01::TOP.RESULTS.AEQDSK:GAPTOP
|
Top gap |
\IN
|
\EFIT01::TOP.RESULTS.AEQDSK:IN
|
Normalized current |
\INDENT
|
\EFIT01::TOP.RESULTS.AEQDSK:INDENT
|
Indentation |
\IPMEAS
|
\EFIT01::TOP.RESULTS.AEQDSK:IPMEAS
|
Measured plasma current |
\IPMHD
|
\EFIT01::TOP.RESULTS.AEQDSK:IPMHD
|
Fitted plasma current |
\J0N
|
\EFIT01::TOP.RESULTS.AEQDSK:J0N
|
Normalized current density at the magnetic axis |
\J1N
|
\EFIT01::TOP.RESULTS.AEQDSK:J1N
|
Normalized average current density in outer 5% of poloidal flux |
\J95N
|
\EFIT01::TOP.RESULTS.AEQDSK:J95N
|
Normalized flux surface average current density at 95% of normalized poloidal flux |
\J99N
|
\EFIT01::TOP.RESULTS.AEQDSK:J99N
|
Normalized flux surface average current density at 99% of normalized poloidal flux |
\JFLAG
|
\EFIT01::TOP.RESULTS.AEQDSK:JFLAG
|
Label empty |
\KAPPA
|
\EFIT01::TOP.RESULTS.AEQDSK:KAPPA
|
Elongation at plasma boundary |
\KAPPA0
|
\EFIT01::TOP.RESULTS.AEQDSK:KAPPA0
|
Elongation at magnetic axis |
\LFLAG
|
\EFIT01::TOP.RESULTS.AEQDSK:LFLAG
|
Label empty |
\LI
|
\EFIT01::TOP.RESULTS.AEQDSK:LI
|
Internal inductance |
\MFVERS
|
\EFIT01::TOP.RESULTS.AEQDSK:MFVERS
|
Label empty |
\NEBAR_R0
|
\EFIT01::TOP.RESULTS.AEQDSK:NEBAR_R0
|
Line averaged density from interferometer chord r0 |
\NEBAR_V1
|
\EFIT01::TOP.RESULTS.AEQDSK:NEBAR_V1
|
Line averaged density from interferometer chord v1 |
\NEBAR_V2
|
\EFIT01::TOP.RESULTS.AEQDSK:NEBAR_V2
|
Line averaged density from interferometer chord v2 |
\NEBAR_V3
|
\EFIT01::TOP.RESULTS.AEQDSK:NEBAR_V3
|
Line averaged density from interferometer chord v3 |
\NINDX
|
\EFIT01::TOP.RESULTS.AEQDSK:NINDX
|
Vertical stability index |
\ORING
|
\EFIT01::TOP.RESULTS.AEQDSK:ORING
|
??? |
\PATHR0
|
\EFIT01::TOP.RESULTS.AEQDSK:PATHR0
|
Path length for r0 co2 chord |
\PATHV1
|
\EFIT01::TOP.RESULTS.AEQDSK:PATHV1
|
Path length for v1 co2 chord |
\PATHV2
|
\EFIT01::TOP.RESULTS.AEQDSK:PATHV2
|
Path length for v2 co2 chord |
\PATHV3
|
\EFIT01::TOP.RESULTS.AEQDSK:PATHV3
|
Path length for v3 co2 chord |
\PBINJ
|
\EFIT01::TOP.RESULTS.AEQDSK:PBINJ
|
Injected beam power |
\POH
|
\EFIT01::TOP.RESULTS.AEQDSK:POH
|
Ohmic power |
\PP95
|
\EFIT01::TOP.RESULTS.AEQDSK:PP95
|
Normalized p'(y) at 95% normalized poloidal flux |
\PSI0
|
\EFIT01::TOP.RESULTS.AEQDSK:PSI0
|
Psi at magnetic axis |
\PSIBDY
|
\EFIT01::TOP.RESULTS.AEQDSK:PSIBDY
|
Psi at boundary |
\PSIBDYDOT
|
\EFIT01::TOP.RESULTS.AEQDSK:PSIBDYDOT
|
Time derivative of poloidal flux at boundary |
\PSIREF
|
\EFIT01::TOP.RESULTS.AEQDSK:PSIREF
|
Reference poloidal flux in vs/rad |
\PSURFA
|
\EFIT01::TOP.RESULTS.AEQDSK:PSURFA
|
Plasma boundary surface area m^2 |
\Q0
|
\EFIT01::TOP.RESULTS.AEQDSK:Q0
|
Q at magnetic axis |
\Q95
|
\EFIT01::TOP.RESULTS.AEQDSK:Q95
|
Q at 95% flux surface |
\QL
|
\EFIT01::TOP.RESULTS.AEQDSK:QL
|
Q at boundary |
\QMERCI
|
\EFIT01::TOP.RESULTS.AEQDSK:QMERCI
|
Q(0) needed for mercier stability (calc may not work) |
\QMIN
|
\EFIT01::TOP.RESULTS.AEQDSK:QMIN
|
Minimum Q |
\QSTAR
|
\EFIT01::TOP.RESULTS.AEQDSK:QSTAR
|
Equivalent (kink) safety factor q* |
\R0
|
\EFIT01::TOP.RESULTS.AEQDSK:R0
|
Major radius of magnetic axis |
\RBCENT
|
\EFIT01::TOP.RESULTS.AEQDSK:RBCENT
|
Major radius for vacuum field bcentr |
\RCUR
|
\EFIT01::TOP.RESULTS.AEQDSK:RCUR
|
Major radius of current centroid |
\RHOQMIN
|
\EFIT01::TOP.RESULTS.AEQDSK:RHOQMIN
|
Radius of qmin (rho=normalized sqrt volume) |
\RMIDIN
|
\EFIT01::TOP.RESULTS.AEQDSK:RMIDIN
|
Major radius of inner separatrix at midplane |
\RMIDOUT
|
\EFIT01::TOP.RESULTS.AEQDSK:RMIDOUT
|
Major radius of outer separatrix at midplane |
\RQ1
|
\EFIT01::TOP.RESULTS.AEQDSK:RQ1
|
Minor radius of q=1 surface |
\RQ2
|
\EFIT01::TOP.RESULTS.AEQDSK:RQ2
|
Minor radius of q=2 surface |
\RQ3
|
\EFIT01::TOP.RESULTS.AEQDSK:RQ3
|
Minor radius of q=3 surface |
\RSURF
|
\EFIT01::TOP.RESULTS.AEQDSK:RSURF
|
Major radius of geometric center |
\RTTT
|
\EFIT01::TOP.RESULTS.AEQDSK:RTTT
|
Shafranov boundary line integral parameter |
\RVSIN
|
\EFIT01::TOP.RESULTS.AEQDSK:RVSIN
|
Major radius of vessel inner hit spot |
\RVSOUT
|
\EFIT01::TOP.RESULTS.AEQDSK:RVSOUT
|
Major radius of vessel outer hit spot |
\RXPT1
|
\EFIT01::TOP.RESULTS.AEQDSK:RXPT1
|
Major radius of lower x point |
\RXPT2
|
\EFIT01::TOP.RESULTS.AEQDSK:RXPT2
|
Major radius of upper x point |
\S1
|
\EFIT01::TOP.RESULTS.AEQDSK:S1
|
Shafranov boundary line integrals |
\S2
|
\EFIT01::TOP.RESULTS.AEQDSK:S2
|
Shafranov boundary line integrals |
\S3
|
\EFIT01::TOP.RESULTS.AEQDSK:S3
|
Shafranov boundary line integrals |
\SEPBOT
|
\EFIT01::TOP.RESULTS.AEQDSK:SEPBOT
|
Bottom gap of external second separatrix |
\SEPEXP
|
\EFIT01::TOP.RESULTS.AEQDSK:SEPEXP
|
Separatrix radial expansion |
\SEPIN
|
\EFIT01::TOP.RESULTS.AEQDSK:SEPIN
|
Inner gap of external second separatrix |
\SEPLIM
|
\EFIT01::TOP.RESULTS.AEQDSK:SEPLIM
|
> 0 for minimum gap in divertor configurations, < 0 absolute value for minimum distance to external separatrix in limiter configurations |
\SEPNOSE
|
\EFIT01::TOP.RESULTS.AEQDSK:SEPNOSE
|
Radial distance between x point and external field line at znose |
\SEPOUT
|
\EFIT01::TOP.RESULTS.AEQDSK:SEPOUT
|
Outer gap of external second separatrix |
\SEPTOP
|
\EFIT01::TOP.RESULTS.AEQDSK:SEPTOP
|
Top gap of external second separatrix |
\SHEAR
|
\EFIT01::TOP.RESULTS.AEQDSK:SHEAR
|
Magnetic shear at 95% enclosed normalized flux |
\SLANTL
|
\EFIT01::TOP.RESULTS.AEQDSK:SLANTL
|
Gap to lower outboard limiter |
\SLANTU
|
\EFIT01::TOP.RESULTS.AEQDSK:SLANTU
|
Gap to upper outboard limiter |
\SSI01
|
\EFIT01::TOP.RESULTS.AEQDSK:SSI01
|
Magnetic shear at 1% of normalized poloidal flux |
\SSI95
|
\EFIT01::TOP.RESULTS.AEQDSK:SSI95
|
Magnetic shear at 95% of normalized poloidal flux |
\TAUDIA
|
\EFIT01::TOP.RESULTS.AEQDSK:TAUDIA
|
Diamagnetic energy confinement time |
\TAUMHD
|
\EFIT01::TOP.RESULTS.AEQDSK:TAUMHD
|
Energy confinement time |
\TAVEM
|
\EFIT01::TOP.RESULTS.AEQDSK:TAVEM
|
Averaging time |
\TRIBOT
|
\EFIT01::TOP.RESULTS.AEQDSK:TRIBOT
|
Bottom triangularity |
\TRITOP
|
\EFIT01::TOP.RESULTS.AEQDSK:TRITOP
|
Top triangularity |
\UDAY
|
\EFIT01::TOP.RESULTS.AEQDSK:UDAY
|
Label empty |
\AEQDSK
|
\EFIT01::TOP.RESULTS.AEQDSK:VLOOPMHD
|
Measured loop voltage |
\EFIT_G_EQDSK
|
\EFIT01::TOP.RESULTS.AEQDSK:VOLUME
|
Plasma volume |
\VSURF
|
\EFIT01::TOP.RESULTS.AEQDSK:VSURF
|
Surface loop voltage |
\WB
|
\EFIT01::TOP.RESULTS.AEQDSK:WB
|
Poloidal magnetic field stored energy |
\WBDOT
|
\EFIT01::TOP.RESULTS.AEQDSK:WBDOT
|
Time derivative of poloidal magnetic energy |
\WDIA
|
\EFIT01::TOP.RESULTS.AEQDSK:WDIA
|
Diamagnetic energy |
\WMHD
|
\EFIT01::TOP.RESULTS.AEQDSK:WMHD
|
Total plasma energy |
\WPDOT
|
\EFIT01::TOP.RESULTS.AEQDSK:WPDOT
|
Time derivative of plasma stored energy |
\WPLASW
|
\EFIT01::TOP.RESULTS.AEQDSK:WPLASW
|
Label empty |
\XNNC
|
\EFIT01::TOP.RESULTS.AEQDSK:XNNC
|
Vertical stability parameter, vacuum field index normalized to critical index |
\YYY2
|
\EFIT01::TOP.RESULTS.AEQDSK:YYY2
|
Shafranov y2 current moment |
\Z0
|
\EFIT01::TOP.RESULTS.AEQDSK:Z0
|
Z position of magnetic axis |
\ZCUR
|
\EFIT01::TOP.RESULTS.AEQDSK:ZCUR
|
Z position of current centroid |
\ZSURF
|
\EFIT01::TOP.RESULTS.AEQDSK:ZSURF
|
Z position of geometric center |
\ZUPERTS
|
\EFIT01::TOP.RESULTS.AEQDSK:ZUPERTS
|
Z position of separatrix at thomson chord |
\ZVSIN
|
\EFIT01::TOP.RESULTS.AEQDSK:ZVSIN
|
Z of vessel inner strike point |
\ZVSOUT
|
\EFIT01::TOP.RESULTS.AEQDSK:ZVSOUT
|
Z of vessel outer strike point |
\ZXPT1
|
\EFIT01::TOP.RESULTS.AEQDSK:ZXPT1
|
Z position of lower x point |
\ZXPT2
|
\EFIT01::TOP.RESULTS.AEQDSK:ZXPT2
|
Z position of upper x point |
\BRZ0
|
\EFIT01::TOP.RESULTS.DERIVED:BRZ0
|
Label empty |
\BTZ0
|
\EFIT01::TOP.RESULTS.DERIVED:BTZ0
|
Toroidal magnetic field |
\BZZ0
|
\EFIT01::TOP.RESULTS.DERIVED:BZZ0
|
Label empty |
\FISR0
|
\EFIT01::TOP.RESULTS.DERIVED:FISR0
|
Label empty |
\FISRM
|
\EFIT01::TOP.RESULTS.DERIVED:FISRM
|
Label empty |
\FISRP
|
\EFIT01::TOP.RESULTS.DERIVED:FISRP
|
Label empty |
\FISZ0
|
\EFIT01::TOP.RESULTS.DERIVED:FISZ0
|
Label empty |
\FISZM
|
\EFIT01::TOP.RESULTS.DERIVED:FISZM
|
Label empty |
\FISZP
|
\EFIT01::TOP.RESULTS.DERIVED:FISZP
|
Label empty |
\IVESSEL
|
\EFIT01::TOP.RESULTS.DERIVED:IVESSEL
|
Total vessel current |
\IWALL
|
\EFIT01::TOP.RESULTS.DERIVED:IWALL
|
Total wall current |
\MACH
|
\EFIT01::TOP.RESULTS.DERIVED:MACH
|
Label empty |
\MACHZ0
|
\EFIT01::TOP.RESULTS.DERIVED:MACHZ0
|
Label empty |
\PABZBTZ0
|
\EFIT01::TOP.RESULTS.DERIVED:PABZBTZ0
|
Magnetic field pitch angle |
\PDVSRZ0
|
\EFIT01::TOP.RESULTS.DERIVED:PDVSRZ0
|
Label empty |
\PPEAKFAC
|
\EFIT01::TOP.RESULTS.DERIVED:PPEAKFAC
|
Pressure peaking factor |
\PSI
|
\EFIT01::TOP.RESULTS.DERIVED:PSI
|
Label empty |
\GAPIN
|
\EFIT01::TOP.RESULTS.DERIVED:PSIVSRZ0
|
Poloidal flux vs. r at midplane |
\PTOT
|
\EFIT01::TOP.RESULTS.DERIVED:PTOT
|
Total input power |
\PTRZ
|
\EFIT01::TOP.RESULTS.DERIVED:PTRZ
|
Label empty |
\PTVSRZ0
|
\EFIT01::TOP.RESULTS.DERIVED:PTVSRZ0
|
Label empty |
\PVSRZ0
|
\EFIT01::TOP.RESULTS.DERIVED:PVSRZ0
|
Label empty |
\PWVSRZ0
|
\EFIT01::TOP.RESULTS.DERIVED:PWVSRZ0
|
Label empty |
\QVSRZ0
|
\EFIT01::TOP.RESULTS.DERIVED:QVSRZ0
|
Label empty |
\RPEAKPT
|
\EFIT01::TOP.RESULTS.DERIVED:RPEAKPT
|
Label empty |
\BCENTR
|
\EFIT01::TOP.RESULTS.GEQDSK:BCENTR
|
Vacuum toroidal magnetic field at rcentr |
\BDRY
|
\EFIT01::TOP.RESULTS.GEQDSK:BDRY
|
R,z of boundary points |
\CPASMA
|
\EFIT01::TOP.RESULTS.GEQDSK:CPASMA
|
Plasma current |
\DMION
|
\EFIT01::TOP.RESULTS.GEQDSK:DMION
|
Ion mass density |
\EPOTEN
|
\EFIT01::TOP.RESULTS.GEQDSK:EPOTEN
|
Electrostatic potential function er/rbz |
\FFPRIM
|
\EFIT01::TOP.RESULTS.GEQDSK:FFPRIM
|
Ff`(psi) on uniform flux grid |
\FPOL
|
\EFIT01::TOP.RESULTS.GEQDSK:FPOL
|
Poloidal current function, f = r * BT on flux grid |
\FPOLVS
|
\EFIT01::TOP.RESULTS.GEQDSK:FPOLVS
|
Label empty |
\GTIME
|
\EFIT01::TOP.RESULTS.GEQDSK:GTIME
|
Timebase for g0 signals |
\KEECUR
|
\EFIT01::TOP.RESULTS.GEQDSK:KEECUR
|
Label empty |
\KVTOR
|
\EFIT01::TOP.RESULTS.GEQDSK:KVTOR
|
Label empty |
\LIM
|
\EFIT01::TOP.RESULTS.GEQDSK:LIM
|
X,y of limiter |
\LIMITR
|
\EFIT01::TOP.RESULTS.GEQDSK:LIMITR
|
Number of limiter points |
\MH
|
\EFIT01::TOP.RESULTS.GEQDSK:MH
|
Number of vertical z grid points |
\MW
|
\EFIT01::TOP.RESULTS.GEQDSK:MW
|
Number of horizontal r grid points |
\NBDRY
|
\EFIT01::TOP.RESULTS.GEQDSK:NBDRY
|
Number of boundary points |
\NMASS
|
\EFIT01::TOP.RESULTS.GEQDSK:NMASS
|
Label empty |
\PPRIME
|
\EFIT01::TOP.RESULTS.GEQDSK:PPRIME
|
P`(psi) on uniform flux grid |
\PRES
|
\EFIT01::TOP.RESULTS.GEQDSK:PRES
|
Plasma pressure on uniform flux grid |
\PRESSW
|
\EFIT01::TOP.RESULTS.GEQDSK:PRESSW
|
Label empty |
\PSIN
|
\EFIT01::TOP.RESULTS.GEQDSK:PSIN
|
Normalized poloidal flux grid (0=magnetic axis, 1=boundary) |
\PSIRZ
|
\EFIT01::TOP.RESULTS.GEQDSK:PSIRZ
|
Poloidal flux on the rectangular grid points |
\PWPRIM
|
\EFIT01::TOP.RESULTS.GEQDSK:PWPRIM
|
Label empty |
\QPSI
|
\EFIT01::TOP.RESULTS.GEQDSK:QPSI
|
Q values on uniform flux grid from axis to boundary |
\R
|
\EFIT01::TOP.RESULTS.GEQDSK:R
|
Radial coordinates of grid |
\QQMAGX
|
\EFIT01::TOP.RESULTS.GEQDSK:RBDRY
|
R of boundary points |
\QSTA
|
\EFIT01::TOP.RESULTS.GEQDSK:RGRID1
|
Label empty |
\RHOVN
|
\EFIT01::TOP.RESULTS.GEQDSK:RHOVN
|
Normalized rho |
\RLIM
|
\EFIT01::TOP.RESULTS.GEQDSK:RLIM
|
R of limiter |
\RMAXIS
|
\EFIT01::TOP.RESULTS.GEQDSK:RMAXIS
|
R of magnetic axis in meter |
\RVTOR
|
\EFIT01::TOP.RESULTS.GEQDSK:RVTOR
|
Label empty |
\RZERO
|
\EFIT01::TOP.RESULTS.GEQDSK:RZERO
|
Label empty |
\SSIBRY
|
\EFIT01::TOP.RESULTS.GEQDSK:SSIBRY
|
Poloidal flux at the plasma boundary |
\SSIMAG
|
\EFIT01::TOP.RESULTS.GEQDSK:SSIMAG
|
Poloidal flux at magnetic axis |
\XDIM
|
\EFIT01::TOP.RESULTS.GEQDSK:XDIM
|
Horizontal dimension of computational box |
\Z
|
\EFIT01::TOP.RESULTS.GEQDSK:Z
|
Elevation coordinates of grid |
\ZBDRY
|
\EFIT01::TOP.RESULTS.GEQDSK:ZBDRY
|
Z of boundary points |
\ZDIM
|
\EFIT01::TOP.RESULTS.GEQDSK:ZDIM
|
Vertical dimension of computational box |
\ZLIM
|
\EFIT01::TOP.RESULTS.GEQDSK:ZLIM
|
Z of limiter |
\ZMAXIS
|
\EFIT01::TOP.RESULTS.GEQDSK:ZMAXIS
|
Z of magnetic axis |
\ZMID
|
\EFIT01::TOP.RESULTS.GEQDSK:ZMID
|
Z of center of computational box |
\BETAPD
|
\EFIT01::TOP.RESULTS.AEQDSK:BETAPD
|
Diamagnetic poloidal beta |
\JFLAG
|
\EFIT01::TOP.RESULTS.AEQDSK:JFLAG
|
Label blank |
\LFLAG
|
\EFIT01::TOP.RESULTS.AEQDSK:LFLAG
|
Label blank |
\MFVERS
|
\EFIT01::TOP.RESULTS.AEQDSK:MFVERS
|
Label blank |
| no tag available |
\EFIT01::TOP.RESULTS.AEQDSK:ORING
|
??? |
| no tag available |
\EFIT01::TOP.RESULTS.AEQDSK:PATHR0
|
Path length for r0 co2 chord |
| no tag available |
\EFIT01::TOP.RESULTS.AEQDSK:PATHV2
|
Path length for v2 co2 chord |
| no tag available |
\EFIT01::TOP.RESULTS.AEQDSK:RVSOUT
|
Major radius of vessel outer hit spot |
\UDAY
|
\EFIT01::TOP.RESULTS.AEQDSK:UDAY
|
Label blank |
\VLOOPMHD
|
\EFIT01::TOP.RESULTS.AEQDSK:VLOOPMHD
|
Measured loop voltage |
\VOLUME
|
\EFIT01::TOP.RESULTS.AEQDSK:VOLUME
|
Plasma volume |
\PSIVSRZ0
|
\EFIT01::TOP.RESULTS.DERIVED:PSIVSRZ0
|
Poloidal flux vs. r at midplane |
\RBDRY
|
\EFIT01::TOP.RESULTS.GEQDSK:RBDRY
|
R of boundary points |
\RGRID1
|
\EFIT01::TOP.RESULTS.GEQDSK:RGRID1
|
Label empty |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
\FDIA
|
\ENGINEERING::TOP.ANALYSIS:FDIA
|
Diamagnetic flux |
\IOH
|
\ENGINEERING::TOP.ANALYSIS:IOH
|
Oh current per turn |
\IP1HGUNC
|
\ENGINEERING::TOP.ANALYSIS:IP1HGUNC
|
Plasma current 1, high gain (uncorrected) |
\IP1LGUNC
|
\ENGINEERING::TOP.ANALYSIS:IP1LGUNC
|
Plasma current 1, low gain (uncorrected) |
\IP2HGUNC
|
\ENGINEERING::TOP.ANALYSIS:IP2HGUNC
|
Plasma current 2, high gain (uncorrected) |
\IP2LGUNC
|
\ENGINEERING::TOP.ANALYSIS:IP2LGUNC
|
Plasma current 2, low gain (uncorrected) |
\IPF1AL
|
\ENGINEERING::TOP.ANALYSIS:IPF1AL
|
Pf1al coil current per turn |
\IPF1AU
|
\ENGINEERING::TOP.ANALYSIS:IPF1AU
|
Pf1au coil current per turn |
\IPF1BL
|
\ENGINEERING::TOP.ANALYSIS:IPF1BL
|
Pf1bl coil current per turn |
\IPF1BU
|
\ENGINEERING::TOP.ANALYSIS:IPF1BU
|
Pf1bu coil current per turn |
\IPF1CL
|
\ENGINEERING::TOP.ANALYSIS:IPF1CL
|
Pf1cl coil current per turn |
\IPF1CU
|
\ENGINEERING::TOP.ANALYSIS:IPF1CU
|
Pf1cu coil current per turn |
\IPF2L
|
\ENGINEERING::TOP.ANALYSIS:IPF2L
|
Pf2l coil current per turn |
\IPF2U
|
\ENGINEERING::TOP.ANALYSIS:IPF2U
|
Pf2u coil current per turn |
\IPF3L
|
\ENGINEERING::TOP.ANALYSIS:IPF3L
|
Pf3l coil current per turn |
\IPF3U
|
\ENGINEERING::TOP.ANALYSIS:IPF3U
|
Pf3u coil current per turn |
\IPF4
|
\ENGINEERING::TOP.ANALYSIS:IPF4
|
Pf4 coil current per turn |
\IPF5
|
\ENGINEERING::TOP.ANALYSIS:IPF5
|
Pf5 coil current per turn |
\IRWM1
|
\ENGINEERING::TOP.ANALYSIS:IRWM1
|
Rwm coil 1 current per turn |
\IRWM2
|
\ENGINEERING::TOP.ANALYSIS:IRWM2
|
Rwm coil 2 current per turn |
\IRWM3
|
\ENGINEERING::TOP.ANALYSIS:IRWM3
|
Rwm coil 3 current per turn |
\IRWM4
|
\ENGINEERING::TOP.ANALYSIS:IRWM4
|
Rwm coil 4 current per turn |
\IRWM5
|
\ENGINEERING::TOP.ANALYSIS:IRWM5
|
Rwm coil 5 current per turn |
\IRWM6
|
\ENGINEERING::TOP.ANALYSIS:IRWM6
|
Rwm coil 6 current per turn |
\ITF
|
\ENGINEERING::TOP.ANALYSIS:ITF
|
Tf coil current per turn |
| no tag available |
\ENGINEERING::TOP.PPCC:TIMEPSCA1
|
Label empty |
\IROGEVVUL1HGIN
|
\ENGINEERING::TOP.ANALYSIS.IPCALCINPUT:IROG1HGIN
|
High gain rogowski 1 signal from ntc |
\IROGEVVUL1LGIN
|
\ENGINEERING::TOP.ANALYSIS.IPCALCINPUT:IROG1LGIN
|
Low gain rogowski 1 signal from ntc |
\IROGEVVUL2HGIN
|
\ENGINEERING::TOP.ANALYSIS.IPCALCINPUT:IROG2HGIN
|
High gain rogowski 2 signal from ntc |
\IROGEVVUL2LGIN
|
\ENGINEERING::TOP.ANALYSIS.IPCALCINPUT:IROG2LGIN
|
Low gain rogowski 2 signal from ntc |
\IVVINNERTOT1IN
|
\ENGINEERING::TOP.ANALYSIS.IPCALCINPUT:IVVINTOT1IN
|
Inner vessel current #1 signal from ntc |
\IVVINNERTOT2IN
|
\ENGINEERING::TOP.ANALYSIS.IPCALCINPUT:IVVINTOT2IN
|
Inner vessel current #2 signal from ntc |
\IVVOUTERLOWEREVENSUMIN
|
\ENGINEERING::TOP.ANALYSIS.IPCALCINPUT:IVVOLESIN
|
Outer vessel upper lower sum signal from ntc |
\IVVOUTERLOWERODDSUMIN
|
\ENGINEERING::TOP.ANALYSIS.IPCALCINPUT:IVVOLOSIN
|
Outer vessel upper lower odd signal from ntc |
\IVVOUTERUPPEREVENSUMIN
|
\ENGINEERING::TOP.ANALYSIS.IPCALCINPUT:IVVOUESIN
|
Outer vessel upper even sum signal from ntc |
\IVVOUTERUPPERODDSUMIN
|
\ENGINEERING::TOP.ANALYSIS.IPCALCINPUT:IVVOUOSIN
|
Outer vessel upper even odd signal from ntc |
\IVVINNERTOTDSP1
|
\ENGINEERING::TOP.ANALYSIS.IPCALCOUTPUT:IVVINTOT1
|
Total inner vessel current computed by dsp1 |
\IVVINNERTOTDSP2
|
\ENGINEERING::TOP.ANALYSIS.IPCALCOUTPUT:IVVINTOT2
|
Total inner vessel current computed by dsp2 |
\IVVOUTERTOTDSP1
|
\ENGINEERING::TOP.ANALYSIS.IPCALCOUTPUT:IVVOUTTOT1
|
Total outer vessel current computed by dsp1 |
\IVVOUTERTOTDSP2
|
\ENGINEERING::TOP.ANALYSIS.IPCALCOUTPUT:IVVOUTTOT2
|
Total outer vessel current computed by dsp2 |
\IVVTOTDSP1
|
\ENGINEERING::TOP.ANALYSIS.IPCALCOUTPUT:IVVTOT1
|
Total vessel current computed by dsp1 |
\IVVTOTDSP2
|
\ENGINEERING::TOP.ANALYSIS.IPCALCOUTPUT:IVVTOT2
|
Total vessel current computed by dsp2 |
\DFLUXDM
|
\ENGINEERING::TOP.EPICS.DIAMAGNETIC:DELTA_FLUX
|
Label empty |
\ITFDM
|
\ENGINEERING::TOP.EPICS.DIAMAGNETIC:TF_CURRENT
|
Label empty |
\VTFDM
|
\ENGINEERING::TOP.EPICS.DIAMAGNETIC:TF_VOLTAGE
|
Label empty |
\PPCC_NCSX
|
\ENGINEERING::TOP.PPCC.COILS:NCSX
|
Ppcc ncsx |
\PPCC_OH
|
\ENGINEERING::TOP.PPCC.COILS:OH
|
Ppcc oh |
\PPCC_PF1AL
|
\ENGINEERING::TOP.PPCC.COILS:PF1AL
|
Ppcc pf1al |
\PPCC_PF1AU
|
\ENGINEERING::TOP.PPCC.COILS:PF1AU
|
Ppcc pf1au |
\PPCC_PF1B
|
\ENGINEERING::TOP.PPCC.COILS:PF1B
|
Ppcc pf1b |
\PPCC_PF2L
|
\ENGINEERING::TOP.PPCC.COILS:PF2L
|
Ppcc pf2l |
\PPCC_PF2U
|
\ENGINEERING::TOP.PPCC.COILS:PF2U
|
Ppcc pf2u |
\PPCC_PF3L
|
\ENGINEERING::TOP.PPCC.COILS:PF3L
|
Ppcc pf3l |
\PPCC_PF3U
|
\ENGINEERING::TOP.PPCC.COILS:PF3U
|
Ppcc pf3u |
\PPCC_PF4
|
\ENGINEERING::TOP.PPCC.COILS:PF4
|
Ppcc pf4 |
\PPCC_PF5
|
\ENGINEERING::TOP.PPCC.COILS:PF5
|
Ppcc pf5 |
\PPCC_RWM
|
\ENGINEERING::TOP.PPCC.COILS:RWM
|
Ppcc rwm |
\PPCC_TF
|
\ENGINEERING::TOP.PPCC.COILS:TF
|
Ppcc tf |
\PPCC_FL_OH_M
|
\ENGINEERING::TOP.PPCC.MAG:FL_OH_M
|
Ppcc fl_oh_m |
\PPCC_FL_PPP_L_2
|
\ENGINEERING::TOP.PPCC.MAG:FL_PPP_L_2
|
Ppcc fl_ppp_l_2 |
\PPCC_FL_PPP_U_2
|
\ENGINEERING::TOP.PPCC.MAG:FL_PPP_U_2
|
Ppcc fl_ppp_u_2 |
\PPCC_IP1_UNCORR
|
\ENGINEERING::TOP.PPCC.MAG:IP1_UNCORR
|
Ppcc ip1_uncorr |
\PPCC_IP2_UNCORR
|
\ENGINEERING::TOP.PPCC.MAG:IP2_UNCORR
|
Ppcc ip2_uncorr |
\PPCC_M_OH_L_1
|
\ENGINEERING::TOP.PPCC.MAG:M_OH_L_1
|
Ppcc m_oh_l_1 |
\PPCC_M_OH_U_1
|
\ENGINEERING::TOP.PPCC.MAG:M_OH_U_1
|
Ppcc m_oh_u_1 |
\PPCC_M_PPP_L_1
|
\ENGINEERING::TOP.PPCC.MAG:M_PPP_L_1
|
Ppcc m_ppp_l_1 |
\PPCC_M_PPP_U_1
|
\ENGINEERING::TOP.PPCC.MAG:M_PPP_U_1
|
Ppcc m_ppp_u_1 |
\PC_CHI_PERM
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHIPERM
|
Chi fault/pdp status |
\PC_CHI_BR_1_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_B1_CUR1
|
No description |
\PC_CHI_BR_1_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_B1_CUR1F
|
Label empty |
\PC_CHI_BR_2_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_B2_CUR1
|
No description |
\PC_CHI_BR_2_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_B2_CUR1F
|
Label empty |
\PC_CHI_GNDCUR
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_GNDC
|
Dtacq ross chi inst. gnd. cur. |
\PC_CHI_PSS_2S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_P2S_1PI
|
Label empty |
\PC_CHI_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_SVD1_1
|
Label empty |
\PC_CHI_SDS_VD1_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_SVD1_F
|
Label empty |
\PC_CHI_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_SVD2_1
|
Label empty |
\PC_CHI_SDS_VD2_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_SVD2_F
|
Label empty |
\PC_DCPS_TRI_WAVE
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DCPS_TRI_WAV
|
Dcps triangle wave signal |
\PC_DCPSAT_CH1_TD
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DCPT_CH1_TD
|
Label empty |
\PC_DCPSAT_CH2_TD
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DCPT_CH2_TD
|
Label empty |
\PC_DCPSAT_CH3_TD
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DCPT_CH3_TD
|
Label empty |
\PC_DCPSAT_CH4_TD
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DCPT_CH4_TD
|
Label empty |
\PC_DCPSAT_CH5_TD
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DCPT_CH5_TD
|
Label empty |
\PC_DCPSAT_CH6_TD
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DCPT_CH6_TD
|
Label empty |
\PC_DCPSAT_CH7_TD
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DCPT_CH7_TD
|
Label empty |
\PC_DCPSAT_CH8_TD
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DCPT_CH8_TD
|
Label empty |
\PC_DITFDT
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DM_DITFDT
|
D(ltf)/dt |
\PC_DM_FLUX
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DM_FLUX
|
Diamagnetic flux |
\PC_DM_ITF
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DM_ITF
|
Tf current for diamagnetics |
\PC_DM_VTF
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DM_VTF
|
Tf voltage for diamagnetics |
\PC_DT209_SPARE49
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DT209_SPR49
|
Dt209 spare, ch.49 |
\PC_DUMMY_LOAD_CURF
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DUMMYLDCURF
|
Label empty |
\PC_DUMMY_LOAD_CUR
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DUMMYLOADCUR
|
Pc dummy current |
\PC_ENG_SPARE
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:ENG_SPARE
|
Engineering spare channel |
\FG_ALPHA_A
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FG_PSS_A_1
|
Section a alpha fg command |
\FG_SUPPRESS_A
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FG_PSS_A_2
|
Section a suppress |
\FG_BYPASS_A
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FG_PSS_A_3
|
Section a bypass |
\FG_SPARE_A
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FG_PSS_A_4
|
Spare, section a |
\FG_ALPHA_B
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FG_PSS_B_1
|
Section b alpha fg command |
\FG_SUPPRESS_B
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FG_PSS_B_2
|
Section b suppress (temp ch.8) |
\FG_BYPASS_B
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FG_PSS_B_3
|
Section b bypass |
\FG_SPARE_B
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FG_PSS_B_4
|
Spare, section b (temp suppress) |
\TFJ_FISO_CH1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FISO10V_CH1
|
Fiso digitizer channel 1 |
\TFJ_FISO_CH2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FISO10V_CH2
|
Fiso digitizer channel 2 |
\TFJ_FISO_CH3
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FISO10V_CH3
|
Fiso digitizer channel 3 |
\TFJ_FISO_CH4
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FISO10V_CH4
|
Fiso digitizer channel 4 |
\TFJ_FISO_CH5
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FISO10V_CH5
|
Fiso digitizer channel 5 |
\TFJ_FISO_CH6
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FISO10V_CH6
|
Fiso digitizer channel 6 |
\TFJ_FISO_CH7
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FISO10V_CH7
|
Fiso digitizer channel 7 |
\TFJ_FISO_CH8
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FISO10V_CH8
|
Fiso digitizer channel 8 |
\PC_FO_CHAN_11
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FO_CHAN11
|
Fiber optic chassis ch.11 |
\PC_FO_CHAN_12
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FO_CHAN12
|
Fiber optic chassis ch.12 |
\PC_FO_CHAN_13
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FO_CHAN13
|
Fiber optic chassis ch.13 |
\PC_FO_CHAN_14
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FO_CHAN14
|
Fiber optic chassis ch.14 |
\PC_FO_CHAN_15
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FO_CHAN15
|
Fiber optic chassis ch.15 |
\PC_FO_CHAN_16
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FO_CHAN16
|
Fiber optic chassis ch.16 |
\PC_FUTURE_PERM
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:FUTUREPERM
|
Future fault/pdp status |
\PC_GIS_PERM
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:GISPERM
|
Outer vessel lower even sum current |
\PC_SPA_H910_REF
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:H910_TRI_REF
|
Camac h910 triangle wave |
\PC_HF_PSS_1A_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:HF_P1A_I
|
Label empty |
\PC_HF_PSS_1A_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:HF_P1A_V
|
Label empty |
\PC_HF_PSS_1B_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:HF_P1B_I
|
Label empty |
\PC_HF_PSS_1B_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:HF_P1B_V
|
Label empty |
\PC_HF_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:HF_SVD1_1
|
Dtacq ross hf sds vd1 |
\PC_HF_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:HF_SVD2_1
|
Dtacq ross hf sds vd2 |
\PC_HSC3_CHAN_13
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:HSC3_CHAN13
|
Hsc 3 ch. 13 |
\PC_IPCALC_SPARE_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:IPCALC_SPR_1
|
First part of inner vessel current |
\PC_IPCALC_SPARE_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:IPCALC_SPR_2
|
Ipcalc spare signal 2 |
\PC_IPCALC_TELEM_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:IPCALC_TLM_1
|
High gain plasma current 2 |
\PC_IPCALC_TELEM_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:IPCALC_TLM_2
|
Ipcalc telemetry 2 |
\PC_IVV_IN_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:IVV_IN_1
|
Total inner vessel current, 1st dsp |
\PC_IVV_IN_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:IVV_IN_2
|
Total inner vessel current, 2nd dsp |
\PC_IVV_IT_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:IVV_IT_1
|
First part of inner vessel current |
\PC_IVV_IT_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:IVV_IT_2
|
Second part of inner vessel current |
\PC_IVV_L_E_S
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:IVV_L_E_S
|
Outer vessel lower even sum current |
\PC_IVV_L_O_S
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:IVV_L_O_S
|
Outer vessel upper even sum current |
\PC_IVV_OUT_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:IVV_OUT_1
|
Total outer vessel current, 1st dsp |
\PC_IVV_OUT_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:IVV_OUT_2
|
Total outer vessel current, 2nd dsp |
\PC_IVV_TOT_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:IVV_TOT_1
|
Total vessel current, 1st dsp |
\PC_IVV_TOT_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:IVV_TOT_2
|
Total vessel current, 2nd dsp |
\PC_IVV_U_E_S
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:IVV_U_E_S
|
Outer vessel upper even sum current |
\PC_IVV_U_O_S
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:IVV_U_O_S
|
Outer vessel upper odd sum current |
\PC_MG_CURRENT
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:MG_CURRENT
|
Label empty |
\PC_MG_CURRENTF
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:MG_CURRENTF
|
Label empty |
\PC_MG_SPEED
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:MG_SPEED
|
Label empty |
\PC_MG_SPEEDF
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:MG_SPEEDF
|
Label empty |
\PC_MG_VOLTAGE
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:MG_VOLTAGE
|
Label empty |
\PC_MG_VOLTAGEF
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:MG_VOLTAGEF
|
Label empty |
\PC_NBP
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:NBP
|
Nb power |
\PC_NB_PERM_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:NB_PERM_1
|
Neutral beam permissive signal 1 |
\PC_NB_PERM_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:NB_PERM_2
|
Neutral beam permissive signal 2 |
\PC_OHPFCHI_HCS_FLT
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OHPC_HCS_FLT
|
Oh, pf, chi, hcs parallel lvl 1 fault |
\PC_OH_BR_1_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_B1_CUR1
|
Oh branch 1 current 1 |
\PC_OH_BR_1_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_B1_CUR1F
|
Label empty |
\PC_TF_BR_2_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_B1_CUR2
|
Oh branch 1 current 2 |
\PC_OH_BR_1_CUR_2F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_B1_CUR2F
|
Label empty |
\PC_OH_BR_2_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_B2_CUR1
|
Oh branch 2 current 1 |
\PC_OH_BR_2_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_B2_CUR1F
|
Label empty |
\PC_OH_BR_2_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_B2_CUR2
|
Oh branch 2 current 2 |
\PC_OH_BR_2_CUR_2F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_B2_CUR2F
|
Label empty |
| no tag available |
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_BR_1_C1
|
Label empty |
\PC_OH_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_CUR1
|
Dtacq oh current 1 |
\PC_OH_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_CUR2
|
Oh current 2 |
\PC_OH_GFC_N
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_GFC_N
|
Label empty |
\PC_OH_GFC_P
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_GFC_P
|
Label empty |
\PC_OH_GNDCUR
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_GNDC
|
Dtacq ross oh inst. gnd. cur. |
\PC_OH_PSS_10S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P10S_1PI
|
Label empty |
\PC_OH_PSS_10S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P10S_1PV
|
Label empty |
\PC_OH_PSS_10S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P10S_2PI
|
Label empty |
\PC_OH_PSS_10S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P10S_2PV
|
Label empty |
\PC_OH_PSS_11S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P11S_1PI
|
Label empty |
\PC_OH_PSS_11S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P11S_1PV
|
Label empty |
\PC_OH_PSS_11S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P11S_2PI
|
Label empty |
\PC_OH_PSS_11S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P11S_2PV
|
Label empty |
\PC_OH_PSS_1S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P1S_1PI
|
Oh coil : etf2-pss-5 section b current |
\PC_OH_PSS_1S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P1S_1PV
|
Oh coil : etf2-pss-5 section b voltage |
\PC_OH_PSS_1S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P1S_2PI
|
Oh coil : etf2-pss-6 section b current |
\PC_OH_PSS_1S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P1S_2PV
|
Oh coil : etf2-pss-6 section b voltage |
\PC_OH_PSS_2S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P2S_1PI
|
Oh coil : etf2-pss-5 section a current |
\PC_OH_PSS_2S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P2S_1PV
|
Oh coil : etf2-pss-5 section a voltage |
\PC_OH_PSS_2S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P2S_2PI
|
Oh coil : etf2-pss-6 section a current |
\PC_OH_PSS_2S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P2S_2PV
|
Oh coil : etf2-pss-6 section a voltage |
\PC_OH_PSS_3S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P3S_1PI
|
Oh coil : etf2-pss-3 section b current |
\PC_OH_PSS_3S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P3S_1PV
|
Oh coil : etf2-pss-3 section b voltage |
\PC_OH_PSS_3S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P3S_2PI
|
Oh coil : etf2-pss-4 section b current |
\PC_OH_PSS_3S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P3S_2PV
|
Oh coil : etf2-pss-4 section b voltage |
\PC_OH_PSS_4S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P4S_1PI
|
Oh coil : etf2-pss-3 section a current |
\PC_OH_PSS_4S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P4S_1PV
|
Oh coil : etf2-pss-3 section a voltage |
\PC_OH_PSS_4S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P4S_2PI
|
Oh coil : etf2-pss-4 section a current |
\PC_OH_PSS_4S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P4S_2PV
|
Oh coil : etf2-pss-4 section a voltage |
\PC_OH_PSS_5S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P5S_1PI
|
Oh coil : etf2-pss-1 section b current |
\PC_OH_PSS_5S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P5S_1PV
|
Oh coil : etf2-pss-1 section b voltage |
\PC_OH_PSS_5S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P5S_2PI
|
Oh coil : etf2-pss-2 section b current |
\PC_OH_PSS_5S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P5S_2PV
|
Oh coil : etf2-pss-2 section b voltage |
\PC_OH_PSS_6S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P6S_1PI
|
Oh coil : etf2-pss-1 section a current |
\PC_OH_PSS_6S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P6S_1PV
|
Oh coil : etf2-pss-1 section a voltage |
\PC_OH_PSS_6S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P6S_2PI
|
Oh coil : etf2-pss-2 section a current |
\PC_OH_PSS_6S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P6S_2PV
|
Oh coil : etf2-pss-2 section a voltage |
\PC_OH_PSS_7S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P7S_1PI
|
Oh coil : no longer active |
\PC_OH_PSS_7S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P7S_1PV
|
Oh coil : no longer active |
\PC_OH_PSS_7S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P7S_2PI
|
Oh coil : no longer active |
\PC_OH_PSS_7S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P7S_2PV
|
Oh coil : no longer active |
\PC_OH_PSS_8S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P8S_1PI
|
Oh coil : no longer active |
\PC_OH_PSS_8S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P8S_1PV
|
Oh coil : no longer active |
\PC_OH_PSS_8S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P8S_2PI
|
Oh coil : no longer active |
\PC_OH_PSS_8S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P8S_2PV
|
Oh coil : no longer active |
\PC_OH_PSS_9S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P9S_1PI
|
Label empty |
\PC_OH_PSS_9S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P9S_1PV
|
Label empty |
\PC_OH_PSS_9S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P9S_2PI
|
Label empty |
\PC_OH_PSS_9S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P9S_2PV
|
Label empty |
\PC_OH_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_SVD1_1
|
Dtacq ross oh sds vd1 |
\PC_OH_SDS_VD1_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_SVD1_F
|
Label empty |
\PC_OH_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_SVD2_1
|
Dtacq ross oh sds vd2 |
\PC_OH_SDS_VD2_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_SVD2_F
|
Label empty |
\PC_OH_TF_PERM
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_TFPERM
|
Oh/tf/pf1 fault/pdp status |
\PC_PCUR_1_HG
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PCUR_1_HG
|
High gain plasma current 1 |
\PC_PCUR_1_LG
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PCUR_1_LG
|
Dtacq low gain plasma current 1 |
\PC_PCUR_2_HG
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PCUR_2_HG
|
High gain plasma current 2 |
\PC_PCUR_2_LG
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PCUR_2_LG
|
Dtacq low gain plasma current 2 |
\PC_PSS_DCCTA1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTA1
|
Pss dcct-a section #1 via fd |
\PC_PSS_DCCTA10
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTA10
|
Pss dcct-a section #10 via fd |
\PC_PSS_DCCTA11
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTA11
|
Pss dcct-a section #11 via fd |
\PC_PSS_DCCTA12
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTA12
|
Pss dcct-a section #12 via fd |
\PC_PSS_DCCTA2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTA2
|
Pss dcct-a section #2 via fd |
\PC_PSS_DCCTA3
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTA3
|
Pss dcct-a section #3 via fd |
\PC_PSS_DCCTA4
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTA4
|
Pss dcct-a section #4 via fd |
\PC_PSS_DCCTA5
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTA5
|
Pss dcct-a section #5 via fd |
\PC_PSS_DCCTA6
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTA6
|
Pss dcct-a section #6 via fd |
\PC_PSS_DCCTA7
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTA7
|
Pss dcct-a section #7 via fd |
\PC_PSS_DCCTA8
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTA8
|
Pss dcct-a section #8 via fd |
\PC_PSS_DCCTA9
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTA9
|
Pss dcct-a section #9 via fd |
\PC_PSS_DCCTB1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTB1
|
Pss dcct-b section #1 via fd |
\PC_PSS_DCCTB10
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTB10
|
Pss dcct-b section #10 via fd |
\PC_PSS_DCCTB11
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTB11
|
Pss dcct-b section #11 via fd |
\PC_PSS_DCCTB12
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTB12
|
Pss dcct-b section #12 via fd |
\PC_PSS_DCCTB2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTB2
|
Pss dcct-b section #2 via fd |
\PC_PSS_DCCTB3
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTB3
|
Pss dcct-b section #3 via fd |
\PC_PSS_DCCTB4
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTB4
|
Pss dcct-b section #4 via fd |
\PC_PSS_DCCTB5
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTB5
|
Pss dcct-b section #5 via fd |
\PC_PSS_DCCTB6
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTB6
|
Pss dcct-b section #6 via fd |
\PC_PSS_DCCTB7
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTB7
|
Pss dcct-b section #7 via fd |
\PC_PSS_DCCTB8
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTB8
|
Pss dcct-b section #8 via fd |
\PC_PSS_DCCTB9
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PC_P_DCCTB9
|
Pss dcct-b section #9 via fd |
\PC_PF1AL_BR_1_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_B1_C1F
|
Label empty |
\PC_PF1AL_BR_1_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_B1_CR1
|
Branch current |
\PC_PF1AL_BR_2_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_B2_C1F
|
Label empty |
\PC_PF1AL_BR_2_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_B2_CR1
|
Branch current |
\PC_PF1AL_CUR_3_INVF
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_C3INVF
|
Label empty |
\PC_PF1AL_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_CUR1
|
Mh1 |
\PC_PF1AL_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_CUR1F
|
Label empty |
\PC_PF1AL_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_CUR2
|
Mh1 |
\PC_PF1AL_CUR_2F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_CUR2F
|
Label empty |
\PC_PF1AL_PSS_1S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_P1SI
|
Pf1al coil :eef4-pss-1 section b current |
\PC_PF1AL_PSS_1S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_P1SV
|
Pf1al coil :eef4-pss-1 section b voltage |
\PC_PF1AL_PSS_2S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_P2SI
|
Pf1al coil :eef4-pss-1 section a current |
\PC_PF1AL_PSS_2S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_P2SV
|
Pf1al coil :eef4-pss-1 section a voltage |
\PC_PF1AL_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_SVD1_1
|
Dtacq ross pf1al sds vd1 |
\PC_PF1AL_SDS_VD1_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_SVD1_F
|
Label empty |
\PC_PF1AL_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_SVD2_1
|
Dtacq ross pf1al sds vd2 |
\PC_PF1AL_SDS_VD2_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_SVD2_F
|
Label empty |
\PC_PF1AU_BR_1_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_B1_C1F
|
Label empty |
\PC_PF1AU_BR_1_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_B1_CR1
|
Branch current |
\PC_PF1AU_BR_2_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_B2_C1F
|
Label empty |
\PC_PF1AU_BR_2_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_B2_CR1
|
Branch current |
\PC_PF1AU_CHI_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_CHI_C1
|
Dtacq pf1au chi current 1 |
\PC_PF1AU_CHI_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_CHI_C2
|
Dtacq pf1au chi current 2 |
\PC_PF1AU_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_CUR1
|
Mh1 |
\PC_PF1AU_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_CUR1F
|
Label empty |
\PC_PF1AU_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_CUR2
|
Mh1 |
\PC_PF1AU_CUR_2F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_CUR2F
|
Label empty |
\PC_PF1AU_PSS_1S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_P1SI
|
Pf1au coil :eoh1-pss-1 section b current |
\PC_PF1AU_PSS_1S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_P1SV
|
Pf1au coil :eoh1-pss-1 section b voltage |
\PC_PF1AU_PSS_2S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_P2SI
|
Pf1au coil :eoh1-pss-1 section a current |
\PC_PF1AU_PSS_2S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_P2SV
|
Pf1au coil :eoh1-pss-1 section a voltage |
\PC_PF1AU_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_SVD1_1
|
Dtacq ross pf1au sds vd2 |
\PC_PF1AU_SDS_VD1_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_SVD1_F
|
Label empty |
\PC_PF1AU_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_SVD2_1
|
Label empty |
\PC_PF1AU_SDS_VD2_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_SVD2_F
|
Label empty |
\PC_PF1BL_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BL_CUR1
|
Dtacq pf1bl current 1 |
\PC_PF1BL_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BL_CUR2
|
Pf1bl current 2 |
\PC_PF1BL_PSS_1S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BL_P1S1PI
|
Pf1bl coil: etf2-pss-8 section b current |
\PC_PF1BL_PSS_1S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BL_P1S1PV
|
Pf1bl coil: etf2-pss-8 section b voltage |
\PC_PF1BL_PSS_1S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BL_P1S2PI
|
Pf1bl coil: etf2-pss-7 section b current |
\PC_PF1BL_PSS_1S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BL_P1S2PV
|
Pf1bl coil: etf2-pss-7 section b voltage |
\PC_PF1BL_PSS_2S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BL_P2S1PI
|
Pf1bl coil: etf2-pss-8 section a current |
\PC_PF1BL_PSS_2S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BL_P2S1PV
|
Pf1bl coil: etf2-pss-8 section a voltage |
\PC_PF1BL_PSS_2S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BL_P2S2PI
|
Pf1bl coil: etf2-pss-7 section a current |
\PC_PF1BL_PSS_2S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BL_P2S2PV
|
Pf1bl coil: etf2-pss-7 section a voltage |
\PC_PF1BL_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BL_SVD1_1
|
Dtacq ross pf1bl sds vd1 |
\PC_PF1BL_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BL_SVD2_1
|
Dtacq ross pf1bl sds vd2 |
\PC_PF1BU_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BU_CUR1
|
Dtacq pf1bu current 1 |
\PC_PF1BU_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BU_CUR2
|
Dtacq pf1bu current 2 |
\PC_PF1BU_PSS_1S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BU_P1S1PI
|
Pf1bu coil: etf2-pss-a section b current |
\PC_PF1BU_PSS_1S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BU_P1S1PV
|
Pf1bu coil: etf2-pss-a section b voltage |
\PC_PF1BU_PSS_1S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BU_P1S2PI
|
Pf1bu coil: etf2-pss-9 section b current |
\PC_PF1BU_PSS_1S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BU_P1S2PV
|
Pf1bu coil: etf2-pss-9 section b voltage |
\PC_PF1BU_PSS_2S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BU_P2S1PI
|
Pf1bu coil: etf2-pss-a section a current |
\PC_PF1BU_PSS_2S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BU_P2S1PV
|
Pf1bu coil: etf2-pss-a section a voltage |
\PC_PF1BU_PSS_2S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BU_P2S2PI
|
Pf1bu coil: etf2-pss-9 section a current |
\PC_PF1BU_PSS_2S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BU_P2S2PV
|
Pf1bu coil: etf2-pss-9 section a voltage |
\PC_PF1BU_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BU_SVD1_1
|
Dtacq ross pf1bu sds vd1 |
\PC_PF1BU_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1BU_SVD2_1
|
Dtacq ross pf1bu sds vd2 |
\PC_PF1B_PSS_1S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1B_P1S_I
|
Label empty |
\PC_PF1B_PSS_1S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1B_P1S_V
|
Label empty |
\PC_PF1B_PSS_2S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1B_P2S_I
|
Label empty |
\PC_PF1B_PSS_2S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1B_P2S_V
|
Label empty |
\PC_PF1B_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1B_SVD1_1
|
Label empty |
\PC_PF1B_SDS_VD1_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1B_SVD1_F
|
Label empty |
\PC_PF1B_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1B_SVD2_1
|
Label empty |
\PC_PF1B_SDS_VD2_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1B_SVD2_F
|
Label empty |
\PC_PF1CL_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CL_CUR1
|
Dtacq pf1cl current 1 |
\PC_PF1CL_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CL_CUR2
|
Pf1cl current 2 |
\PC_PF1CL_PSS_1S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CL_P1S1PI
|
Pf1cl coil: eef3-pss-1 section b current |
\PC_PF1CL_PSS_1S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CL_P1S1PV
|
Pf1cl coil: eef3-pss-1 section b voltage |
\PC_PF1CL_PSS_1S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CL_P1S2PI
|
Pf1cl coil: eef3-pss-2 section b current |
\PC_PF1CL_PSS_1S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CL_P1S2PV
|
Pf1cl coil: eef3-pss-2 section b voltage |
\PC_PF1CL_PSS_2S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CL_P2S1PI
|
Pf1cl coil: eef3-pss-1 section a current |
\PC_PF1CL_PSS_2S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CL_P2S1PV
|
Pf1cl coil: eef3-pss-1 section a voltage |
\PC_PF1CL_PSS_2S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CL_P2S2PI
|
Pf1cl coil: eef3-pss-2 section a current |
\PC_PF1CL_PSS_2S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CL_P2S2PV
|
Pf1cl coil: eef3-pss-2 section a voltage |
\PC_PF1CL_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CL_SVD1_1
|
Dtacq ross pf1cl sds vd1 |
\PC_PF1CL_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CL_SVD2_1
|
Dtacq ross pf1cl sds vd2 |
\PC_PF1CU_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CU_CUR1
|
Dtacq pf1cu current 1 |
\PC_PF1CU_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CU_CUR2
|
Dtacq pf1cu current 2 |
\PC_PF1CU_PSS_1S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CU_P1S1PI
|
Pf1cu coil: eef4-pss-2 section b current |
\PC_PF1CU_PSS_1S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CU_P1S1PV
|
Pf1cu coil: eef4-pss-2 section b voltage |
\PC_PF1CU_PSS_1S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CU_P1S2PI
|
Pf1cu coil: eoh3-pss-2 section b current |
\PC_PF1CU_PSS_1S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CU_P1S2PV
|
Pf1cu coil: eoh3-pss-2 section b voltage |
\PC_PF1CU_PSS_2S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CU_P2S1PI
|
Pf1cu coil: eef4-pss-2 section a current |
\PC_PF1CU_PSS_2S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CU_P2S1PV
|
Pf1cu coil: eef4-pss-2 section a voltage |
\PC_PF1CU_PSS_2S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CU_P2S2PI
|
Pf1cu coil: eoh3-pss-2 section a current |
\PC_PF1CU_PSS_2S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CU_P2S2PV
|
Pf1cu coil: eoh3-pss-2 section a voltage |
\PC_PF1CU_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CU_SVD1_1
|
Dtacq ross pf1cu sds vd1 |
\PC_PF1CU_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1CU_SVD2_1
|
Dtacq ross pf1cu sds vd2 |
\PC_PF1_PF2_PERM
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1_PF2PERM
|
Pf1/pf2 fault/pdp status |
\PC_PF2L_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2L_CUR1
|
Mh1 |
\PC_PF2L_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2L_CUR1F
|
Label empty |
\PC_PF2L_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2L_CUR2
|
Eshunt |
\PC_PF2L_CUR_2F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2L_CUR2F
|
Label empty |
\PC_PF2L_PSS_1S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2L_P1SI
|
Pf1cu coil: eoh3-pss-1 section b current |
\PC_PF2L_PSS_1S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2L_P1SV
|
Pf1cu coil: eoh3-pss-1 section b voltage |
\PC_PF2L_PSS_2S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2L_P2SI
|
Pf1cu coil: eoh3-pss-1 section a current |
\PC_PF2L_PSS_2S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2L_P2SV
|
Pf1cu coil: eoh3-pss-1 section a voltage |
\PC_PF2L_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2L_SVD1_1
|
Dtacq ross pf2l sds vd1 |
\PC_PF2L_SDS_VD1_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2L_SVD1_F
|
Label empty |
\PC_PF2L_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2L_SVD2_1
|
Dtacq ross pf2l sds vd2 |
\PC_PF2L_SDS_VD2_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2L_SVD2_F
|
Label empty |
\PC_PF2U_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2U_CUR1
|
Mh1 |
\PC_PF2U_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2U_CUR1F
|
Label empty |
\PC_PF2U_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2U_CUR2
|
Eshunt |
\PC_PF2U_CUR_2F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2U_CUR2F
|
Label empty |
\PC_PF2U_PSS_1S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2U_P1SI
|
Pf1cu coil: eoh5-pss-1 section b current |
\PC_PF2U_PSS_1S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2U_P1SV
|
Pf1cu coil: eoh5-pss-1 section b voltage |
\PC_PF2U_PSS_2S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2U_P2SI
|
Pf1cu coil: eoh5-pss-1 section a current |
\PC_PF2U_PSS_2S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2U_P2SV
|
Pf1cu coil: eoh5-pss-1 section a voltage |
\PC_PF2U_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2U_SVD1_1
|
Dtacq ross pf2u sds vd1 |
\PC_PF2U_SDS_VD1_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2U_SVD1_F
|
Label empty |
\PC_PF2U_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2U_SVD2_1
|
Dtacq ross pf2u sds vd2 |
\PC_PF2U_SDS_VD2_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2U_SVD2_F
|
Label empty |
\PC_PF3L_BR_2_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_B2_CR1F
|
Label empty |
\PC_PF3L_BR_2_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_B2_CUR1
|
No description |
\PC_PF3L_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_CUR1
|
Mh1 |
\PC_PF3L_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_CUR1F
|
Label empty |
\PC_PF3L_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_CUR2
|
Eshunt |
\PC_PF3L_CUR_2F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_CUR2F
|
Label empty |
\PC_PF3L_PSS_1S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_P1S_1PI
|
Pf13l coil: eoh4-pss-1 section b current |
\PC_PF3L_PSS_1S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_P1S_1PV
|
Pf13l coil: eoh4-pss-1 section b voltage |
\PC_PF3L_PSS_1S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_P1S_2PI
|
Pf13l coil: eef1-pss-2 section b current |
\PC_PF3L_PSS_1S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_P1S_2PV
|
Pf13l coil: eef1-pss-2 section b voltage |
\PC_PF3L_PSS_2S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_P2S_1PI
|
Pf13l coil: eoh4-pss-1 section a current |
\PC_PF3L_PSS_2S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_P2S_1PV
|
Pf13l coil: eoh4-pss-1 section a voltage |
\PC_PF3L_PSS_2S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_P2S_2PI
|
Pf13l coil: eef1-pss-2 section a current |
\PC_PF3L_PSS_2S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_P2S_2PV
|
Pf13l coil: eef1-pss-2 section a voltage |
\PC_PF3L_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_SVD1_1
|
Dtacq ross pf3l sds vd1 |
\PC_PF3L_SDS_VD1_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_SVD1_F
|
Label empty |
\PC_PF3L_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_SVD2_1
|
Dtacq ross pf3l sds vd2 |
\PC_PF3L_SDS_VD2_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_SVD2_F
|
Label empty |
\PC_PF3U_BR_2_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_B2_CR1F
|
Label empty |
\PC_PF3U_BR_2_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_B2_CUR1
|
No description |
\PC_PF3U_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_CUR1
|
Mh1 |
\PC_PF3U_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_CUR1F
|
Label empty |
\PC_PF3U_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_CUR2
|
Eshunt |
\PC_PF3U_CUR_2F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_CUR2F
|
Label empty |
\PC_PF3U_PSS_1S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_P1S_1PI
|
Pf13u coil: eoh2-pss-1 section b current |
\PC_PF3U_PSS_1S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_P1S_1PV
|
Pf13u coil: eoh2-pss-1 section b voltage |
\PC_PF3U_PSS_1S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_P1S_2PI
|
Pf13u coil: eef1-pss-1 section b current |
\PC_PF3U_PSS_1S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_P1S_2PV
|
Pf13u coil: eef1-pss-1 section b voltage |
\PC_PF3U_PSS_2S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_P2S_1PI
|
Pf13u coil: eoh2-pss-1 section a current |
\PC_PF3U_PSS_2S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_P2S_1PV
|
Pf13u coil: eoh2-pss-1 section a voltage |
\PC_PF3U_PSS_2S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_P2S_2PI
|
Pf13u coil: eef1-pss-1 section a current |
\PC_PF3U_PSS_2S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_P2S_2PV
|
Pf13u coil: eef1-pss-1 section a voltage |
\PC_PF3U_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_SVD1_1
|
Dtacq ross pf3u sds vd1 |
\PC_PF3U_SDS_VD1_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_SVD1_F
|
Label empty |
\PC_TF_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_SVD2_1
|
Dtacq ross pf3u sds vd2 |
\PC_PF3U_SDS_VD2_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_SVD2_F
|
Label empty |
\PC_PF45_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF45_CUR1
|
Mh1 |
\PC_PF45_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF45_CUR1F
|
Label empty |
\PC_PF45_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF45_CUR2
|
Eshunt |
\PC_PF45_CUR_2F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF45_CUR2F
|
Label empty |
\PC_PF45_PSS_1S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF45_P1S_I
|
Label empty |
\PC_PF45_PSS_1S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF45_P1S_V
|
Label empty |
\PC_PF45_PSS_2S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF45_P2S_I
|
Label empty |
\PC_PF45_PSS_2S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF45_P2S_V
|
Label empty |
\PC_PF45_PSS_3S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF45_P3S_I
|
Label empty |
\PC_PF45_PSS_3S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF45_P3S_V
|
Label empty |
\PC_PF45_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF45_SVD1_1
|
Label empty |
\PC_PF45_SDS_VD1_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF45_SVD1_F
|
Label empty |
\PC_PF45_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF45_SVD2_1
|
Label empty |
\PC_PF45_SDS_VD2_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF45_SVD2_F
|
Label empty |
\PC_PF4L_1S
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF4L_1S
|
Label empty |
\PC_PF4L_2S
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF4L_2S
|
Label empty |
\PC_PF4U_1S
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF4U_1S
|
Label empty |
\PC_PF4U_2S
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF4U_2S
|
Label empty |
\PC_PF4_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF4_CUR1
|
Pf4 current #1 |
\PC_PF4_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF4_CUR2
|
Pf4 current #2 |
\PC_PF4_PSS_1S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF4_P1SI
|
Pf4 coil: eef2-pss-1 section b current |
\PC_PF4_PSS_1S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF4_P1SV
|
Pf4 coil: eef2-pss-1 section b voltage |
\PC_PF4_PSS_2S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF4_P2SI
|
Pf4 coil: eef2-pss-1 section a current |
\PC_PF4_PSS_2S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF4_P2SV
|
Pf4 coil: eef2-pss-1 section a voltage |
\PC_PF4_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF4_SVD1_1
|
Dtacq ross pf4 sds vd1 |
\PC_PF4_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF4_SVD2_1
|
Dtacq ross pf4 sds vd2 |
\PC_PF5L_1S
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF5L_1S
|
Label empty |
\PC_PF5L_2S
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF5L_2S
|
Label empty |
\PC_PF5U_1S
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF5U_1S
|
Label empty |
\PC_PF5U_2S
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF5U_2S
|
Label empty |
\PC_PF5_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF5_CUR1
|
Pf5 current #1 |
\PC_PF5_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF5_CUR2
|
Pf5 current #2 |
\PC_PF5_PSS_1S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF5_P1SI
|
Pf5 coil: eoh6-pss-1 section b current |
\PC_PF5_PSS_1S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF5_P1SV
|
Pf5 coil: eoh6-pss-1 section b voltage |
\PC_PF5_PSS_2S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF5_P2SI
|
Pf5 coil: eoh5-pss-2 section b current |
\PC_PF5_PSS_2S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF5_P2SV
|
Pf5 coil: eoh5-pss-2 section b voltage |
\PC_PF5_PSS_3S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF5_P3SI
|
Pf5 coil: eoh6-pss-1 section a current |
\PC_PF5_PSS_3S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF5_P3SV
|
Pf5 coil: eoh6-pss-1 section a voltage |
\PC_PF5_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF5_SVD1_1
|
Dtacq ross pf5 sds vd1 |
\PC_PF5_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF5_SVD2_1
|
Dtacq ross pf5 sds vd2 |
\PC_PF_GFC_N
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF_GFC_N
|
Label empty |
\PC_PF_GFC_P
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF_GFC_P
|
Label empty |
\PC_PF_GNDCUR
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF_GNDC
|
Dtacq ross pf inst. gnd. cur. |
\PC_PF_RF_PERM
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF_RFPERM
|
Pf/rf fault/pdp status |
\PC_RF_PERM
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:RFPERM
|
Rf permissive |
\PC_ROG_1_HG
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:ROG_1_HG
|
High gain rogowski 1 signal |
\PC_ROG_1_LG
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:ROG_1_LG
|
Low gain rogowski 1 signal |
\PC_ROG_2_HG
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:ROG_2_HG
|
High gain rogowski 2 signal |
\PC_ROG_2_LG
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:ROG_2_LG
|
Low gain rogowski 2 signal |
\PC_RWM1_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:RWM1_I
|
Label empty |
\PC_RWM2_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:RWM2_I
|
Label empty |
\PC_RWM3_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:RWM3_I
|
Label empty |
\PC_RWM4_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:RWM4_I
|
Label empty |
\PC_RWM5_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:RWM5_I
|
Label empty |
\PC_RWM6_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:RWM6_I
|
Label empty |
\PC_RWM_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:RWM_SVD1_1
|
Dtacq ross rwm sds vd1 |
\PC_RWM_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:RWM_SVD2_1
|
Dtacq ross rwm sds vd2 |
\PC_SOP_EOP_GATE
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SOP_EOP_GATE
|
Neutral beam permissive signal 2 |
\PC_SP1_GNDCUR
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SP1_GNDC
|
Dtacq ross sp1 inst. gnd. cur. |
\PC_SP2_GNDCUR
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SP2_GNDC
|
Dtacq ross sp2 inst. gnd. cur. |
\PC_SP3_GNDCUR
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SP3_GNDC
|
Dtacq ross sp3 inst. gnd. cur. |
\PC_SP4_GNDCUR
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SP4_GNDC
|
Dtacq ross sp4 inst. gnd. cur. |
\PC_SPA2_ACP_FLT
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA2_ACP_FLT
|
Spa2 acp fault voltage |
\PC_SPA2_CHAN14
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA2_CHAN14
|
Spa2 spare channel |
\PC_SPA2_CHAN15
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA2_CHAN15
|
Spa2 spare channel |
\PC_SPA2_CHAN16
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA2_CHAN16
|
Spa2 spare channel |
\PC_SPA2_FLTSTATUS
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA2_FLTSTS
|
Spa2 fault status |
\PC_SPA2_IDC
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA2_IDC
|
Spa2 dc-link current. total for su4-5-6. |
\PC_SPA2_SU4_CHRG_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA2_SU4_CHI
|
Spa2 su4 charging current |
\PC_SPA2_SU4_FLT
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA2_SU4_FLT
|
Spa2 su4 fault |
\PC_SPA2_SU4_PERM
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA2_SU4_PRM
|
Spa2 su4 permissive |
\PC_SPA2_SU4_REF
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA2_SU4_REF
|
Spa2 su4 reference |
\PC_SPA2_SU5_CHRG_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA2_SU5_CHI
|
Spa2 su5 charging current |
\PC_SPA2_SU5_FLT
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA2_SU5_FLT
|
Spa2 su5 fault |
\PC_SPA2_SU5_PERM
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA2_SU5_PRM
|
Spa2 su5 permissive |
\PC_SPA2_SU5_REF
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA2_SU5_REF
|
Spa2 su5 reference |
\PC_SPA2_SU6_CHRG_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA2_SU6_CHI
|
Spa2 su6 charging current |
\PC_SPA2_SU6_FLT
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA2_SU6_FLT
|
Spa2 su6 fault |
\PC_SPA2_SU6_PERM
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA2_SU6_PRM
|
Spa2 su6 permissive |
\PC_SPA2_SU6_REF
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA2_SU6_REF
|
Spa2 su6 reference |
\PC_SPA2_VDC
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA2_VDC
|
Spa2 dc-link voltage |
\PC_SPARE_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPARE_CUR1
|
Spare |
\PC_SPARE_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPARE_CUR1F
|
Label empty |
\PC_SPARE_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPARE_CUR2
|
Spare |
\PC_SPARE_CUR_2F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPARE_CUR2F
|
Label empty |
\PC_SPA1_ACP_FLT
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_ACP_FLT
|
Spa1 acp fault voltage |
\PC_SPA_IDC
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_IDC
|
Spa1 dc-link current. total for subunits 1-2-3. |
\PC_SPA1_SU1_CHRG_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU1_CHI
|
Spa subunit 1 charging current |
\PC_SPA_SU1_FLT
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU1_FLT
|
Spa su1 fault |
\PC_SPA_SU1_I1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU1_I1
|
Spa su1 output current 1 |
\PC_SPA_SU1_I2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU1_I2
|
Spa su1 output current 2 |
\PC_SPA_SU1_PRM
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU1_PRM
|
Spa su1 permissive |
\PC_SPA_SU1_REF
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU1_REF
|
Spa su1 reference waveform |
\PC_SPA_SU1_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU1_V
|
Spa su1 output voltage |
\PC_SPA_SU23_CHRG_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU23_CHI
|
Spa subunits 2 and 3 charging current |
\PC_SPA_SU2_CHRG_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU2_CHI
|
Spa subunit 2 charging current |
\PC_SPA_SU2_FLT
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU2_FLT
|
Spa su2 fault |
\PC_SPA_SU2_I1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU2_I1
|
Spa su2 output current 1 |
\PC_SPA_SU2_I2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU2_I2
|
Spa su2 output current 2 |
\PC_SPA_SU2_PRM
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU2_PRM
|
Spa su2 permissive |
\PC_SPA_SU2_REF
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU2_REF
|
Spa su2 reference waveform |
\PC_SPA_SU2_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU2_V
|
Spa su2 output voltage |
\PC_SPA_SU3_CHRG_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU3_CHI
|
Charging current spa subunit 3 |
\PC_SPA_SU3_FLT
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU3_FLT
|
Spa su3 fault |
\PC_SPA_SU3_I1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU3_I1
|
Spa su3 output current 1 |
\PC_SPA_SU3_I2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU3_I2
|
Spa su3 output current 2 |
\PC_SPA_SU3_PRM
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU3_PRM
|
Spa su3 permissive |
\PC_SPA_SU3_REF
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU3_REF
|
Spa su3 reference waveform |
\PC_SPA_SU3_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU3_V
|
Spa su3 output voltage |
\PC_SPA_SU4_I1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU4_I1
|
Spa su4 output current 1 |
\PC_SPA_SU4_I2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU4_I2
|
Spa su4 output current 2 |
\PC_SPA_SU4_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU4_V
|
Spa su4 output voltage |
\PC_SPA_SU5_I1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU5_I1
|
Spa su5 output current 1 |
\PC_SPA_SU5_I2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU5_I2
|
Spa su5 output current 2 |
\PC_SPA_SU5_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU5_V
|
Spa su5 output voltage |
\PC_SPA_SU6_I1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU6_I1
|
Spa su6 output current 1 |
\PC_SPA_SU6_I2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU6_I2
|
Spa su6 output current 2 |
\PC_SPA_SU6_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_SU6_V
|
Spa su6 output voltage |
\PC_SPA1_VDC
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPA_VDC
|
Spa1 dc-link voltage |
\PC_SPARE2_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPR2_SVD1_1
|
Dtacq ross spare2 sds vd1 |
\PC_SPARE2_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPR2_SVD2_1
|
Dtacq ross spare2 sds vd2 |
\PC_SPR_GFC_N
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPR_GFC_N
|
Label empty |
\PC_SPR_GFC_P
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SPR_GFC_P
|
Label empty |
\PC_TF1_PSS_9C_IA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF1_P9C_IA
|
Tf coil: etf1-pss-9 section a current |
\PC_TF1_PSS_9C_IB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF1_P9C_IB
|
Tf coil: etf1-pss-9 section b current |
\PC_TF1_PSS_9C_VA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF1_P9C_VA
|
Tf coil: etf1-pss-9 section a voltage |
\PC_TF1_PSS_9C_VB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF1_P9C_VB
|
Tf coil: etf1-pss-9 section b voltage |
\PC_TF1_PSS_AC_IA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF1_PAC_IA
|
Tf coil: etf1-pss-a section a current |
\PC_TF1_PSS_AC_IB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF1_PAC_IB
|
Tf coil: etf1-pss-a section b current |
\PC_TF1_PSS_AC_VA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF1_PAC_VA
|
Tf coil: etf1-pss-a section a voltage |
\PC_TF1_PSS_AC_VB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF1_PAC_VB
|
Tf coil: etf1-pss-a section b voltage |
\PC_TF_BR_1_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_B1_CUR1
|
Mh1 |
\PC_TF_BR_1_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_B1_CUR1F
|
Label empty |
\PC_TF_BR_1_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_B1_CUR2
|
Mh1 |
\PC_TF_BR_1_CUR_2F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_B1_CUR2F
|
Label empty |
\PC_TF_BR_2_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_B2_CUR1
|
Mh1 |
\PC_TF_BR_2_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_B2_CUR1F
|
Label empty |
\PC_TF_BR_2_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_B2_CUR2
|
Mh2 |
\PC_TF_BR_2_CUR_2F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_B2_CUR2F
|
Label empty |
\PC_TF_BR_3_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_B3_CUR1
|
Mh1 |
\PC_TF_BR_3_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_B3_CUR1F
|
Label empty |
\PC_TF_BR_3_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_B3_CUR2
|
Mh3 |
\PC_TF_BR_3_CUR_2F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_B3_CUR2F
|
Label empty |
\PC_TF_BR_4_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_B4_CUR1
|
Mh1 |
\PC_TF_BR_4_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_B4_CUR1F
|
Label empty |
\PC_TF_BR_4_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_B4_CUR2
|
Mh4 |
\PC_TF_BR_4_CUR_2F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_B4_CUR2F
|
Label empty |
\PC_TF_BR_12_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_BR12_CUR1
|
Tf branch lkat 1/2 cur 1 |
\PC_TF_BR_12_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_BR12_CUR2
|
Tf branch lkat 1/2 cur 2 |
\PC_TF_BR_34_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_BR34_CUR1
|
Tf branch lkat 3/4 cur 1 |
\PC_TF_BR_34_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_BR34_CUR2
|
Tf branch lkat 3/4 cur 2 |
\PC_TF_BR_56_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_BR56_CUR1
|
Tf branch lkat 5/6 cur 1 |
\PC_TF_BR_56_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_BR56_CUR2
|
Tf branch lkat 5/6 cur 2 |
\PC_TF_BR_78_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_BR78_CUR1
|
Tf branch lkat 7/8 cur 1 |
\PC_TF_BR_78_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_BR78_CUR2
|
Tf branch lkat 7/8 cur 2 |
\PC_TF_BR_1_CUR_3
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_BR_1_C3
|
Tf branch 1 current |
\PC_TF_BR_2_CUR_3
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_BR_2_C3
|
Tf branch 2 current |
\PC_TF_BR_3_CUR_3
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_BR_3_C3
|
Tf branch 3 current |
\PC_TF_BR_4_CUR_3
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_BR_4_C3
|
Tf branch 4 current |
\PC_TF_BR_5_CUR_3
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_BR_5_C3
|
Tf branch 5 current |
\PC_TF_BR_6_CUR_3
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_BR_6_C3
|
Tf branch 6 current |
\PC_TF_BR_7_CUR_3
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_BR_7_C3
|
Tf branch 7 current |
\PC_TF_BR_8_CUR_3
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_BR_8_C3
|
Tf branch 8 current |
\PC_TF_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_CUR1
|
Dtacq tf current 1 |
\PC_TF_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_CUR2
|
Tf current 2 |
\PC_TF_GFC_N
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_GFC_N
|
Label empty |
\PC_TF_GFC_P
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_GFC_P
|
Label empty |
\PC_TF_GNDCUR
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_GNDC
|
Dtacq ross tf inst. gnd. cur. |
\PC_TF_HCS_FLT
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_H_FLT
|
Tf hcs parallel lvl 1 fault |
\PC_TF_LKAT_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_LKAT_CUR1
|
Tf lkat total cur 1 |
\PC_TF_LKAT_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_LKAT_CUR2
|
Tf lkat total cur 2 |
\PC_TF_PSS_1S_1P_IA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_1PIA
|
Tf coil: etf1-pss-1 section a current |
\PC_TF_PSS_1S_1P_IB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_1PIB
|
Tf coil: etf1-pss-1 section b current |
\PC_TF_PSS_1S_1P_VA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_1PVA
|
Tf coil: etf1-pss-1 section a voltage |
\PC_TF_PSS_1S_1P_VB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_1PVB
|
Tf coil: etf1-pss-1 section b voltage |
\PC_TF_PSS_1S_2P_IA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_2PIA
|
Tf coil: etf1-pss-2 section a current |
\PC_TF_PSS_1S_2P_IB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_2PIB
|
Tf coil: etf1-pss-2 section b current |
\PC_TF_PSS_1S_2P_VA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_2PVA
|
Tf coil: etf1-pss-2 section a voltage |
\PC_TF_PSS_1S_2P_VB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_2PVB
|
Tf coil: etf1-pss-2 section b voltage |
\PC_TF_PSS_1S_3P_IA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_3PIA
|
Tf coil: etf1-pss-3 section a current |
\PC_TF_PSS_1S_3P_IB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_3PIB
|
Tf coil: etf1-pss-3 section b current |
\PC_TF_PSS_1S_3P_VA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_3PVA
|
Tf coil: etf1-pss-3 section a voltage |
\PC_TF_PSS_1S_3P_VB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_3PVB
|
Tf coil: etf1-pss-3 section b voltage |
\PC_TF_PSS_1S_4P_IA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_4PIA
|
Tf coil: etf1-pss-4 section a current |
\PC_TF_PSS_1S_4P_IB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_4PIB
|
Tf coil: etf1-pss-4 section b current |
\PC_TF_PSS_1S_4P_VA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_4PVA
|
Tf coil: etf1-pss-4 section a voltage |
\PC_TF_PSS_1S_4P_VB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_4PVB
|
Tf coil: etf1-pss-4 section b voltage |
\PC_TF_PSS_1S_5P_IA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_5PIA
|
Tf coil: etf1-pss-5 section a current |
\PC_TF_PSS_1S_5P_IB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_5PIB
|
Tf coil: etf1-pss-5 section b current |
\PC_TF_PSS_1S_5P_VA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_5PVA
|
Tf coil: etf1-pss-5 section a voltage |
\PC_TF_PSS_1S_5P_VB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_5PVB
|
Tf coil: etf1-pss-5 section b voltage |
\PC_TF_PSS_1S_6P_IA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_6PIA
|
Tf coil: etf1-pss-6 section a current |
\PC_TF_PSS_1S_6P_IB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_6PIB
|
Tf coil: etf1-pss-6 section b current |
\PC_TF_PSS_1S_6P_VA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_6PVA
|
Tf coil: etf1-pss-6 section a voltage |
\PC_TF_PSS_1S_6P_VB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_6PVB
|
Tf coil: etf1-pss-6 section b voltage |
\PC_TF_PSS_1S_7P_IA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_7PIA
|
Tf coil: etf1-pss-7 section a current |
\PC_TF_PSS_1S_7P_IB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_7PIB
|
Tf coil: etf1-pss-7 section b current |
\PC_TF_PSS_1S_7P_VA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_7PVA
|
Tf coil: etf1-pss-7 section a voltage |
\PC_TF_PSS_1S_7P_VB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_7PVB
|
Tf coil: etf1-pss-7 section b voltage |
\PC_TF_PSS_1S_8P_IA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_8PIA
|
Tf coil: etf1-pss-8 section a current |
\PC_TF_PSS_1S_8P_IB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_8PIB
|
Tf coil: etf1-pss-8 section b current |
\PC_TF_PSS_1S_8P_VA
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_8PVA
|
Tf coil: etf1-pss-8 section a voltage |
\PC_TF_PSS_1S_8P_VB
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_8PVB
|
Tf coil: etf1-pss-8 section b voltage |
\PC_TF_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_SVD1_1
|
Dtacq ross tf sds vd1 |
\PC_TF_SDS_VD1_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_SVD1_F
|
Label empty |
\PC_TF_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_SVD2_1
|
Dtacq ross tf sds vd2 |
\PC_TF_SDS_VD2_F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_SVD2_F
|
Label empty |
\GS_ENT_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:ENT_TD
|
Label empty |
\GS_FVSPARE1_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:FVSPARE1_TD
|
Label empty |
\GS_FVSPARE2_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:FVSPARE2_TD
|
Label empty |
\GS_IG110_TORR
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:GS_IG110_TR
|
Label empty |
\GS_IG_TORR
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:GS_IG_TORR
|
Label empty |
\GS_IG110_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:IG110_TD
|
Label empty |
\GS_IG_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:IG_TD
|
Label empty |
\MIG3_EMISSIONCURR
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:MIG3EMIS_TD
|
Micro ion gauge - bay l midplane |
\MIG3_IONCURR
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:MIG3ION_TD
|
Micro ion gauge - bay l midplane |
\MIG4_EMISSIONCURR
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:MIG4EMIS_TD
|
Micro ion gauge - bay d top |
\MIG4_IONCURR
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:MIG4ION_TD
|
Micro ion gauge - bay d top |
\MIG5_EMISSIONCURR
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:MIG5EMIS_TD
|
Micro ion gauge - bay c midplane |
\MIG5_IONCURR
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:MIG5ION_TD
|
Micro ion gauge - bay c midplane |
\GS_PE02_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PE02_TD
|
Label empty |
\GS_PE101_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PE101_TD
|
Label empty |
\GS_PE102_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PE102_TD
|
Label empty |
\GS_PE103_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PE103_TD
|
Label empty |
\GS_PE104_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PE104_TD
|
Label empty |
\GS_PE105_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PE105_TD
|
Label empty |
| no tag available |
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PE110_TD
|
Label empty |
\GS_PE111_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PE111_TD
|
Label empty |
\GS_PE112_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PE112_TD
|
Label empty |
\GS_PE113_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PE113_TD
|
Label empty |
\GS_PE114_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PE114_TD
|
Label empty |
\GS_PE115_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PE115_TD
|
Label empty |
\GS_PE17_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PE17_TD
|
Label empty |
\GS_PLCSCAN_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PLCSCAN_TD
|
Label empty |
\GS_PZV1_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PZV1_TD
|
Label empty |
\GS_PZV2_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PZV2_TD
|
Label empty |
\GS_PZV3_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PZV3_TD
|
Label empty |
\GS_PZV4_DAC_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PZV4_DAC_TD
|
Label empty |
\GS_PZV4_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PZV4_TD
|
Label empty |
\GS_SAV119_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:SAV119_TD
|
Label empty |
\GS_SAV120122_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:SAV120122_TD
|
Bay f massive gas injection valve-set command |
\GS_SAV120_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:SAV120_TD
|
Label empty |
\GS_SAV121_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:SAV121_TD
|
Label empty |
\GS_SAV122_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:SAV122_TD
|
Label empty |
\GS_SAV125A_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:SAV125A_TD
|
Label empty |
\GS_SAV125_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:SAV125_TD
|
Label empty |
| no tag available |
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:SAV129_TD
|
Label empty |
\GS_SAV130132_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:SAV130132_TD
|
Bay j massive gas injection valve-set command |
\GS_VMEDAC_TD
|
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:VMEDAC_TD
|
Label empty |
\TC_CB_U_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:CB_U_1
|
Ceramic break temperature |
\TC_CB_U_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:CB_U_2
|
Ceramic break temperature |
\TC_CB_U_3
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:CB_U_3
|
Ceramic break temperature |
\TC_CB_U_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:CB_U_4
|
Ceramic break temperature |
\TC_CSC_L_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:CSC_L_1
|
Center stack temperature |
\TC_CSC_L_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:CSC_L_2
|
Center stack temperature |
\TC_CSC_L_3
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:CSC_L_3
|
Center stack temperature |
\TC_CSC_L_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:CSC_L_4
|
Center stack temperature |
\TC_CSC_L_5
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:CSC_L_5
|
Center stack temperature |
\TC_CSC_L_6
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:CSC_L_6
|
Center stack temperature |
\TC_CSC_L_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:CSC_L_7
|
Center stack temperature |
\TC_CSC_L_8
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:CSC_L_8
|
Center stack temperature |
\TC_CSC_U_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:CSC_U_1
|
Center stack temperature |
\TC_CSC_U_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:CSC_U_2
|
Center stack temperature |
\TC_CSC_U_3
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:CSC_U_3
|
Center stack temperature |
\TC_CSC_U_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:CSC_U_4
|
Center stack temperature |
\TC_CSC_U_5
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:CSC_U_5
|
Center stack temperature |
\TC_CSC_U_6
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:CSC_U_6
|
Center stack temperature |
\TC_CSC_U_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:CSC_U_7
|
Center stack temperature |
\TC_EVV_L_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_L_1
|
Vacuum vessel temperature |
\TC_EVV_L_10
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_L_10
|
Vacuum vessel temperature |
\TC_EVV_L_11
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_L_11
|
Vacuum vessel temperature |
\TC_EVV_L_12
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_L_12
|
Vacuum vessel temperature |
\TC_EVV_L_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_L_2
|
Vacuum vessel temperature |
\TC_EVV_L_3
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_L_3
|
Vacuum vessel temperature |
\TC_EVV_L_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_L_4
|
Vacuum vessel temperature |
\TC_EVV_L_5
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_L_5
|
Vacuum vessel temperature |
\TC_EVV_L_6
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_L_6
|
Vacuum vessel temperature |
\TC_EVV_L_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_L_7
|
Vacuum vessel temperature |
\TC_EVV_L_8
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_L_8
|
Vacuum vessel temperature |
\TC_EVV_L_9
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_L_9
|
Vacuum vessel temperature |
\TC_EVV_M_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_1
|
Vacuum vessel temperature |
\TC_EVV_M_10
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_10
|
Vacuum vessel temperature |
\TC_EVV_M_11
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_11
|
Vacuum vessel temperature |
\TC_EVV_M_12
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_12
|
Vacuum vessel temperature |
\TC_EVV_M_13
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_13
|
Vacuum vessel temperature |
\TC_EVV_M_14
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_14
|
Vacuum vessel temperature |
\TC_EVV_M_15
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_15
|
Vacuum vessel temperature |
\TC_EVV_M_16
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_16
|
Vacuum vessel temperature |
\TC_EVV_M_17
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_17
|
Vacuum vessel temperature |
\TC_EVV_M_18
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_18
|
Vacuum vessel temperature |
\TC_EVV_M_19
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_19
|
Vacuum vessel temperature |
\TC_EVV_M_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_2
|
Vacuum vessel temperature |
\TC_EVV_M_20
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_20
|
Vacuum vessel temperature |
\TC_EVV_M_21
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_21
|
Vacuum vessel temperature |
\TC_EVV_M_22
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_22
|
Vacuum vessel temperature |
\TC_EVV_M_23
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_23
|
Vacuum vessel temperature |
\TC_EVV_M_24
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_24
|
Vacuum vessel temperature |
\TC_EVV_M_3
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_3
|
Vacuum vessel temperature |
\TC_EVV_M_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_4
|
Vacuum vessel temperature |
\TC_EVV_M_5
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_5
|
Vacuum vessel temperature |
\TC_EVV_M_6
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_6
|
Vacuum vessel temperature |
\TC_EVV_M_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_7
|
Vacuum vessel temperature |
\TC_EVV_M_8
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_8
|
Vacuum vessel temperature |
\TC_EVV_M_9
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_M_9
|
Vacuum vessel temperature |
\TC_EVV_U_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_U_1
|
Vacuum vessel temperature |
\TC_EVV_U_10
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_U_10
|
Vacuum vessel temperature |
\TC_EVV_U_11
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_U_11
|
Vacuum vessel temperature |
\TC_EVV_U_12
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_U_12
|
Vacuum vessel temperature |
\TC_EVV_U_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_U_2
|
Vacuum vessel temperature |
\TC_EVV_U_3
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_U_3
|
Vacuum vessel temperature |
\TC_EVV_U_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_U_4
|
Vacuum vessel temperature |
\TC_EVV_U_5
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_U_5
|
Vacuum vessel temperature |
\TC_EVV_U_6
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_U_6
|
Vacuum vessel temperature |
\TC_EVV_U_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_U_7
|
Vacuum vessel temperature |
\TC_EVV_U_8
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_U_8
|
Vacuum vessel temperature |
\TC_EVV_U_9
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:EVV_U_9
|
Vacuum vessel temperature |
\TC_HHFW_L_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HHFW_L_1
|
Antenna temperature |
\TC_HHFW_L_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HHFW_L_2
|
Antenna temperature |
\TC_HHFW_L_3
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HHFW_L_3
|
Antenna temperature |
\TC_HHFW_U_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HHFW_U_1
|
Antenna temperature |
\TC_HHFW_U_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HHFW_U_2
|
Antenna temperature |
\TC_HHFW_U_3
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HHFW_U_3
|
Antenna temperature |
\TC_HTHS_L_14
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HTHS_L_14
|
Hths temperature |
\TC_HTHS_L_15
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HTHS_L_15
|
Hths temperature |
\TC_HTHS_L_16
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HTHS_L_16
|
Hths temperature |
\TC_HTHS_L_20
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HTHS_L_20
|
Hths temperature |
\TC_HTHS_L_21
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HTHS_L_21
|
Hths temperature |
\TC_HTHS_L_22
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HTHS_L_22
|
Hths temperature |
\TC_HTHS_L_25
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HTHS_L_25
|
Hths temperature |
\TC_HTHS_L_27
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HTHS_L_27
|
Hths temperature |
\TC_HTHS_U_10
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HTHS_U_10
|
Hths temperature |
\TC_HTHS_U_11
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HTHS_U_11
|
Hths temperature |
\TC_HTHS_U_12
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HTHS_U_12
|
Hths temperature |
\TC_HTHS_U_13
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HTHS_U_13
|
Hths temperature |
\TC_HTHS_U_17
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HTHS_U_17
|
Hths temperature |
\TC_HTHS_U_18
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HTHS_U_18
|
Hths temperature |
\TC_HTHS_U_19
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HTHS_U_19
|
Hths temperature |
\TC_HTHS_U_23
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HTHS_U_23
|
Hths temperature |
\TC_HTHS_U_24
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HTHS_U_24
|
Hths temperature |
\TC_HTHS_U_26
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:HTHS_U_26
|
Hths temperature |
\TC_IBDA_L_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDA_L_1
|
Inboard divertor temperature |
\TC_IBDA_L_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDA_L_2
|
Inboard divertor temperature |
\TC_IBDA_L_3
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDA_L_3
|
Inboard divertor temperature |
\TC_IBDA_L_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDA_L_4
|
Inboard divertor temperature |
\TC_IBDA_U_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDA_U_1
|
Inboard divertor temperature |
\TC_IBDA_U_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDA_U_2
|
Inboard divertor temperature |
\TC_IBDA_U_3
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDA_U_3
|
Inboard divertor temperature |
\TC_IBDA_U_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDA_U_4
|
Inboard divertor temperature |
\TC_IBDH_L_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_L_1
|
Inboard divertor temperature |
\TC_IBDH_L_10
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_L_10
|
Inboard divertor temperature |
\TC_IBDH_L_11
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_L_11
|
Inboard divertor temperature |
\TC_IBDH_L_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_L_2
|
Inboard divertor temperature |
\TC_IBDH_L_3
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_L_3
|
Inboard divertor temperature |
\TC_IBDH_L_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_L_4
|
Inboard divertor temperature |
\TC_IBDH_L_5
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_L_5
|
Inboard divertor temperature |
\TC_IBDH_L_6
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_L_6
|
Inboard divertor temperature |
\TC_IBDH_L_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_L_7
|
Inboard divertor temperature |
\TC_IBDH_L_8
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_L_8
|
Inboard divertor temperature |
\TC_IBDH_L_9
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_L_9
|
Inboard divertor temperature |
\TC_IBDH_U_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_U_1
|
Inboard divertor temperature |
\TC_IBDH_U_10
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_U_10
|
Inboard divertor temperature |
\TC_IBDH_U_11
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_U_11
|
Inboard divertor temperature |
\TC_IBDH_U_12
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_U_12
|
Inboard divertor temperature |
\TC_IBDH_U_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_U_2
|
Inboard divertor temperature |
\TC_IBDH_U_3
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_U_3
|
Inboard divertor temperature |
\TC_IBDH_U_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_U_4
|
Inboard divertor temperature |
\TC_IBDH_U_5
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_U_5
|
Inboard divertor temperature |
\TC_IBDH_U_6
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_U_6
|
Inboard divertor temperature |
\TC_IBDH_U_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_U_7
|
Inboard divertor temperature |
\TC_IBDH_U_8
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_U_8
|
Inboard divertor temperature |
\TC_IBDH_U_9
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDH_U_9
|
Inboard divertor temperature |
\TC_IBDV_L_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_L_1
|
Inboard divertor temperature |
\TC_IBDV_L_10
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_L_10
|
Inboard divertor temperature |
\TC_IBDV_L_11
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_L_11
|
Inboard divertor temperature |
\TC_IBDV_L_12
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_L_12
|
Inboard divertor temperature |
\TC_IBDV_L_13
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_L_13
|
Inboard divertor temperature |
\TC_IBDV_L_14
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_L_14
|
Inboard divertor temperature |
\TC_IBDV_L_15
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_L_15
|
Inboard divertor temperature |
\TC_IBDV_L_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_L_2
|
Inboard divertor temperature |
\TC_IBDV_L_3
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_L_3
|
Inboard divertor temperature |
\TC_IBDV_L_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_L_4
|
Inboard divertor temperature |
\TC_IBDV_L_6
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_L_6
|
Inboard divertor temperature |
\TC_IBDV_L_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_L_7
|
Inboard divertor temperature |
\TC_IBDV_L_8
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_L_8
|
Inboard divertor temperature |
\TC_IBDV_L_9
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_L_9
|
Inboard divertor temperature |
\TC_IBDV_U_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_U_1
|
Inboard divertor temperature |
\TC_IBDV_U_10
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_U_10
|
Inboard divertor temperature |
\TC_IBDV_U_11
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_U_11
|
Inboard divertor temperature |
\TC_IBDV_U_12
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_U_12
|
Inboard divertor temperature |
\TC_IBDV_U_13
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_U_13
|
Inboard divertor temperature |
\TC_IBDV_U_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_U_2
|
Inboard divertor temperature |
\TC_IBDV_U_3
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_U_3
|
Inboard divertor temperature |
\TC_IBDV_U_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_U_4
|
Inboard divertor temperature |
\TC_IBDV_U_5
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_U_5
|
Inboard divertor temperature |
\TC_IBDV_U_6
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_U_6
|
Inboard divertor temperature |
\TC_IBDV_U_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_U_7
|
Inboard divertor temperature |
\TC_IBDV_U_8
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_U_8
|
Inboard divertor temperature |
\TC_IBDV_U_9
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:IBDV_U_9
|
Inboard divertor temperature |
\TC_OBD_L_AB_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_AB_7
|
Outboard divertor temperature |
\TC_OBD_L_BC_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_BC_7
|
Outboard divertor temperature |
\TC_OBD_L_CD_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_CD_2
|
Outboard divertor temperature |
\TC_OBD_L_CD_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_CD_4
|
Outboard divertor temperature |
\TC_OBD_L_CD_6
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_CD_6
|
Outboard divertor temperature |
\TC_OBD_L_CD_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_CD_7
|
Outboard divertor temperature |
\TC_OBD_L_DE_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_DE_7
|
Outboard divertor temperature |
\TC_OBD_L_FG_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_FG_1
|
Outboard divertor temperature |
\TC_OBD_L_FG_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_FG_2
|
Outboard divertor temperature |
\TC_OBD_L_FG_3
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_FG_3
|
Outboard divertor temperature |
\TC_OBD_L_FG_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_FG_4
|
Outboard divertor temperature |
\TC_OBD_L_FG_5
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_FG_5
|
Outboard divertor temperature |
\TC_OBD_L_FG_6
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_FG_6
|
Outboard divertor temperature |
\TC_OBD_L_FG_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_FG_7
|
Outboard divertor temperature |
\TC_OBD_L_FG_8
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_FG_8
|
Outboard divertor temperature |
\TC_OBD_L_FG_9
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_FG_9
|
Outboard divertor temperature |
\TC_OBD_L_HI_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_HI_7
|
Outboard divertor temperature |
\TC_OBD_L_IJ_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_IJ_7
|
Outboard divertor temperature |
\TC_OBD_L_JK_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_JK_7
|
Outboard divertor temperature |
\TC_OBD_L_KL_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_KL_2
|
Outboard divertor temperature |
\TC_OBD_L_KL_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_KL_4
|
Outboard divertor temperature |
\TC_OBD_L_KL_6
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_KL_6
|
Outboard divertor temperature |
\TC_OBD_L_KL_8
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_KL_8
|
Outboard divertor temperature |
\TC_OBD_L_KL_9
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_KL_9
|
Outboard divertor temperature |
\TC_OBD_L_LA_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_L_LA_7
|
Outboard divertor temperature |
\TC_OBD_U_AB_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_AB_7
|
Outboard divertor temperature |
\TC_OBD_U_BC_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_BC_7
|
Outboard divertor temperature |
\TC_OBD_U_CD_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_CD_1
|
Outboard divertor temperature |
\TC_OBD_U_CD_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_CD_2
|
Outboard divertor temperature |
\TC_OBD_U_CD_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_CD_4
|
Outboard divertor temperature |
\TC_OBD_U_CD_6
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_CD_6
|
Outboard divertor temperature |
\TC_OBD_U_CD_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_CD_7
|
Outboard divertor temperature |
\TC_OBD_U_DE_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_DE_7
|
Outboard divertor temperature |
\TC_OBD_U_FG_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_FG_1
|
Outboard divertor temperature |
\TC_OBD_U_FG_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_FG_2
|
Outboard divertor temperature |
\TC_OBD_U_FG_3
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_FG_3
|
Outboard divertor temperature |
\TC_OBD_U_FG_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_FG_4
|
Outboard divertor temperature |
\TC_OBD_U_FG_5
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_FG_5
|
Outboard divertor temperature |
\TC_OBD_U_FG_6
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_FG_6
|
Outboard divertor temperature |
\TC_OBD_U_FG_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_FG_7
|
Outboard divertor temperature |
\TC_OBD_U_FG_8
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_FG_8
|
Outboard divertor temperature |
\TC_OBD_U_FG_9
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_FG_9
|
Outboard divertor temperature |
\TC_OBD_U_GH_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_GH_7
|
Outboard divertor temperature |
\TC_OBD_U_JK_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_JK_7
|
Outboard divertor temperature |
\TC_OBD_U_KL_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_KL_1
|
Outboard divertor temperature |
\TC_OBD_U_KL_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_KL_2
|
Outboard divertor temperature |
\TC_OBD_U_KL_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_KL_4
|
Outboard divertor temperature |
\TC_OBD_U_KL_6
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_KL_6
|
Outboard divertor temperature |
\TC_OBD_U_LA_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_LA_7
|
Outboard divertor temperature |
\TC_OBD_U_LA_8
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_LA_8
|
Outboard divertor temperature |
\TC_OBD_U_LA_9
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OBD_U_LA_9
|
Outboard divertor temperature |
\TC_OH_L_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_L_1
|
Oh coil temperature |
\TC_OH_L_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_L_2
|
Oh coil temperature |
\TC_OH_L_3
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_L_3
|
Oh coil temperature |
\TC_OH_L_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_L_4
|
Oh coil temperature |
\TC_OH_L_5
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_L_5
|
Oh coil temperature |
\TC_OH_L_6
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_L_6
|
Oh coil temperature |
\TC_OH_L_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_L_7
|
Oh coil temperature |
\TC_OH_L_8
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_L_8
|
Oh coil temperature |
\TC_OH_U_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_U_1
|
Oh coil temperature |
\TC_OH_U_10
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_U_10
|
Oh coil temperature |
\TC_OH_U_11
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_U_11
|
Oh coil temperature |
\TC_OH_U_12
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_U_12
|
Oh coil temperature |
\TC_OH_U_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_U_2
|
Oh coil temperature |
\TC_OH_U_3
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_U_3
|
Oh coil temperature |
\TC_OH_U_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_U_4
|
Oh coil temperature |
\TC_OH_U_5
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_U_5
|
Oh coil temperature |
\TC_OH_U_6
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_U_6
|
Oh coil temperature |
\TC_OH_U_7
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_U_7
|
Oh coil temperature |
\TC_OH_U_8
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_U_8
|
Oh coil temperature |
\TC_OH_U_9
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:OH_U_9
|
Oh coil temperature |
\TC_PF1A_L_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PF1A_L_1
|
Pf coil temperature |
\TC_PF1A_L_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PF1A_L_2
|
Pf coil temperature |
\TC_PF1A_U_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PF1A_U_1
|
Pf coil temperature |
\TC_PF1A_U_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PF1A_U_2
|
Pf coil temperature |
\TC_PF1B_L_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PF1B_L_1
|
Pf coil temperature |
\TC_PF1B_L_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PF1B_L_2
|
Pf coil temperature |
\TC_PF1B_U_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PF1B_U_1
|
Pf coil temperature |
\TC_PF1B_U_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PF1B_U_2
|
Pf coil temperature |
\TC_PF1C_L_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PF1C_L_1
|
Pf coil temperature |
\TC_PF1C_L_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PF1C_L_2
|
Pf coil temperature |
\TC_PF1C_U_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PF1C_U_1
|
Pf coil temperature |
\TC_PF1C_U_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PF1C_U_2
|
Pf coil temperature |
\TC_PPPS_L_E_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPPS_L_E_1
|
Prot. plate support temperature |
\TC_PPPS_L_E_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPPS_L_E_2
|
Prot. plate support temperature |
\TC_PPPS_L_K_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPPS_L_K_1
|
Prot. plate support temperature |
\TC_PPPS_L_K_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPPS_L_K_2
|
Prot. plate support temperature |
\TC_PPPS_U_E_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPPS_U_E_1
|
Prot. plate support temperature |
\TC_PPPS_U_E_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPPS_U_E_2
|
Prot. plate support temperature |
\TC_PPPS_U_K_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPPS_U_K_1
|
Prot. plate support temperature |
\TC_PPPS_U_K_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPPS_U_K_2
|
Prot. plate support temperature |
\TC_PPP_L_CD_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPP_L_CD_1
|
Primary protective plate temperature |
\TC_PPP_L_CD_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPP_L_CD_2
|
Primary protective plate temperature |
\TC_PPP_L_FG_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPP_L_FG_1
|
Primary protective plate temperature |
\TC_PPP_L_FG_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPP_L_FG_2
|
Primary protective plate temperature |
\TC_PPP_L_IJ_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPP_L_IJ_1
|
Primary protective plate temperature |
\TC_PPP_L_IJ_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPP_L_IJ_2
|
Primary protective plate temperature |
\TC_PPP_L_LA_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPP_L_LA_1
|
Primary protective plate temperature |
\TC_PPP_L_LA_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPP_L_LA_2
|
Primary protective plate temperature |
\TC_PPP_U_CD_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPP_U_CD_1
|
Primary protective plate temperature |
\TC_PPP_U_CD_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPP_U_CD_2
|
Primary protective plate temperature |
\TC_PPP_U_FG_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPP_U_FG_1
|
Primary protective plate temperature |
\TC_PPP_U_FG_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPP_U_FG_2
|
Primary protective plate temperature |
\TC_PPP_U_IJ_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPP_U_IJ_1
|
Primary protective plate temperature |
\TC_PPP_U_IJ_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPP_U_IJ_2
|
Primary protective plate temperature |
\TC_PPP_U_LA_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPP_U_LA_1
|
Primary protective plate temperature |
\TC_PPP_U_LA_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:PPP_U_LA_2
|
Primary protective plate temperature |
\TC_SGI_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SGI_1
|
Sgi probe temperature |
\TC_SGI_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SGI_2
|
Sgi probe temperature |
\TC_SGI_3
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SGI_3
|
Sgi probe temperature |
\TC_SGI_4
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SGI_4
|
Sgi probe temperature |
\TC_SPPS_L_E_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPPS_L_E_1
|
Prot. plate support temperature |
\TC_SPPS_L_E_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPPS_L_E_2
|
Prot. plate support temperature |
\TC_SPPS_L_K_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPPS_L_K_1
|
Prot. plate support temperature |
\TC_SPPS_L_K_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPPS_L_K_2
|
Prot. plate support temperature |
\TC_SPPS_U_E_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPPS_U_E_1
|
Prot. plate support temperature |
\TC_SPPS_U_E_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPPS_U_E_2
|
Prot. plate support temperature |
\TC_SPPS_U_K_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPPS_U_K_1
|
Prot. plate support temperature |
\TC_SPPS_U_K_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPPS_U_K_2
|
Prot. plate support temperature |
\TC_SPP_L_CD_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPP_L_CD_1
|
Secondary protective plate temperature |
\TC_SPP_L_CD_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPP_L_CD_2
|
Secondary protective plate temperature |
\TC_SPP_L_FG_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPP_L_FG_1
|
Secondary protective plate temperature |
\TC_SPP_L_FG_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPP_L_FG_2
|
Secondary protective plate temperature |
\TC_SPP_L_IJ_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPP_L_IJ_1
|
Secondary protective plate temperature |
\TC_SPP_L_IJ_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPP_L_IJ_2
|
Secondary protective plate temperature |
\TC_SPP_L_LA_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPP_L_LA_1
|
Secondary protective plate temperature |
\TC_SPP_L_LA_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPP_L_LA_2
|
Secondary protective plate temperature |
\TC_SPP_U_CD_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPP_U_CD_1
|
Secondary protective plate temperature |
\TC_SPP_U_CD_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPP_U_CD_2
|
Secondary protective plate temperature |
\TC_SPP_U_FG_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPP_U_FG_1
|
Secondary protective plate temperature |
\TC_SPP_U_FG_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPP_U_FG_2
|
Secondary protective plate temperature |
\TC_SPP_U_IJ_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPP_U_IJ_1
|
Secondary protective plate temperature |
\TC_SPP_U_IJ_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPP_U_IJ_2
|
Secondary protective plate temperature |
\TC_SPP_U_LA_1
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPP_U_LA_1
|
Secondary protective plate temperature |
\TC_SPP_U_LA_2
|
\ENGINEERING::TOP.EPICS.TC.TCSIGNALS:SPP_U_LA_2
|
Secondary protective plate temperature |
\MGI1_PP_ICHRG_PCT
|
\ENGINEERING::TOP.EPICS.GAS.MGI.MGI1.MEASUREMENT.PREPULSE:ICHRG_PCT
|
Trace of charger current percentage - pre-pulse |
\MGI1_PP_SCR_AMPS
|
\ENGINEERING::TOP.EPICS.GAS.MGI.MGI1.MEASUREMENT.PREPULSE:ISCR
|
Trace of scr current - pre-pulse |
\MGI1_PP_TVPS_STATUS
|
\ENGINEERING::TOP.EPICS.GAS.MGI.MGI1.MEASUREMENT.PREPULSE:TVPS_PERM
|
Trace of tvps status - prepulse |
\MGI1_PP_TEQ0_STATUS
|
\ENGINEERING::TOP.EPICS.GAS.MGI.MGI1.MEASUREMENT.PREPULSE:TZERO
|
Trace of pulse fiducial - pre-pulse |
\MGI1_PP_CAP_VOLTS
|
\ENGINEERING::TOP.EPICS.GAS.MGI.MGI1.MEASUREMENT.PREPULSE:VCAP
|
Trace of capacitor voltage - pre-pulse |
\MGI1_PP_VCHRG_OUT
|
\ENGINEERING::TOP.EPICS.GAS.MGI.MGI1.MEASUREMENT.PREPULSE:VCHRG_OUT
|
Trace of charger output voltage - pre-pulse |
\MGI1_PP_VCHRG_PCT
|
\ENGINEERING::TOP.EPICS.GAS.MGI.MGI1.MEASUREMENT.PREPULSE:VCHRG_PCT
|
Trace of charger voltage percentage - pre-pulse |
\MGI1_ICHRG_PCT
|
\ENGINEERING::TOP.EPICS.GAS.MGI.MGI1.MEASUREMENT.PULSE:ICHRG_PCT
|
Trace of charger current percentage |
\MGI1_SCR_AMPS
|
\ENGINEERING::TOP.EPICS.GAS.MGI.MGI1.MEASUREMENT.PULSE:ISCR
|
Trace of scr current |
\MGI1_TVPS_STATUS
|
\ENGINEERING::TOP.EPICS.GAS.MGI.MGI1.MEASUREMENT.PULSE:TVPS_PERM
|
Trace of tvps status |
\MGI1_TEQ0_STATUS
|
\ENGINEERING::TOP.EPICS.GAS.MGI.MGI1.MEASUREMENT.PULSE:TZERO
|
Trace of pulse fiducial |
\MGI1_CAP_VOLTS
|
\ENGINEERING::TOP.EPICS.GAS.MGI.MGI1.MEASUREMENT.PULSE:VCAP
|
Trace of capacitor voltage |
\MGI1_VCHRG_OUT
|
\ENGINEERING::TOP.EPICS.GAS.MGI.MGI1.MEASUREMENT.PULSE:VCHRG_OUT
|
Trace of charger output voltage |
\MGI1_VCHRG_PCT
|
\ENGINEERING::TOP.EPICS.GAS.MGI.MGI1.MEASUREMENT.PULSE:VCHRG_PCT
|
Trace of charger voltage percentage |
\ICHI
|
\ENGINEERING::TOP.ANALYSIS:ICHI
|
Chi injected current |
\IP1UNC
|
\ENGINEERING::TOP.ANALYSIS:IP1UNC
|
Plasma current 1 (uncorrected) |
\IP2UNC
|
\ENGINEERING::TOP.ANALYSIS:IP2UNC
|
Plasma current 2 (uncorrected) |
\IPF1B
|
\ENGINEERING::TOP.ANALYSIS:IPF1B
|
Pf1b coil current per turn |
\ITFLI
|
\ENGINEERING::TOP.ANALYSIS:ITFLI
|
Tf lower inner bundle connector current |
\ITFLO
|
\ENGINEERING::TOP.ANALYSIS:ITFLO
|
Tf lower outer bundle connector current |
\ITFUI
|
\ENGINEERING::TOP.ANALYSIS:ITFUI
|
Tf upper inner bundle connector current |
\ITFUO
|
\ENGINEERING::TOP.ANALYSIS:ITFUO
|
Tf upper outer bundle connector current |
\TC_REF_TEMP
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPA_01
|
Test cell temperature |
\TC_PF1A_L_1
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPA_02
|
Pf1a coil temperature |
\TC_PF1A_L_2
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPA_03
|
Pf1a coil temperature |
\TC_PF1A_U_1
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPA_04
|
Pf1a coil temperature |
\TC_PF1A_U_2
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPA_05
|
Pf1a coil temperature |
\TC_OH_U_9
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPA_06
|
Oh coil temperature |
\TC_OH_U_10
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPA_07
|
Oh coil temperature |
\TC_OH_U_11
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPA_08
|
Oh coil temperature |
\TC_OH_U_12
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPA_09
|
Oh coil temperature |
\TC_OH_U_1
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPA_10
|
Oh coil temperature |
\TC_OH_U_2
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPA_11
|
Oh coil temperature |
\TC_OH_U_3
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPA_12
|
Oh coil temperature |
\TC_OH_U_4
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPA_13
|
Oh coil temperature |
\TC_OH_U_5
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPA_14
|
Oh coil temperature |
\TC_OH_U_6
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPA_15
|
Oh coil temperature |
\TC_OH_U_7
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPA_16
|
Oh coil temperature |
\TC_OH_U_8
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPB_01
|
Oh coil temperature |
\TC_OH_L_1
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPB_02
|
Oh coil temperature |
\TC_OH_L_2
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPB_03
|
Oh coil temperature |
\TC_OH_L_3
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPB_04
|
Oh coil temperature |
\TC_OH_L_4
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPB_05
|
Oh coil temperature |
\TC_OH_L_5
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPB_06
|
Oh coil temperature |
\TC_OH_L_6
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPB_07
|
Oh coil temperature |
\TC_OH_L_7
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPB_08
|
Oh coil temperature |
\TC_OH_L_8
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPB_09
|
Oh coil temperature |
\TC_C3_GRPB_10
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPB_10
|
Unused channel |
\TC_C3_GRPB_11
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPB_11
|
Unused channel |
\TC_C3_GRPB_12
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPB_12
|
Unused channel |
\TC_C3_GRPB_13
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPB_13
|
Unused channel |
\TC_C3_GRPB_14
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPB_14
|
Unused channel |
\TC_C3_GRPB_15
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPB_15
|
Unused channel |
\TC_C3_GRPB_16
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPB_16
|
Unused channel |
\TC_IBDV_L_1
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPC_01
|
Inboard divertor temperature |
\TC_IBDV_L_2
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPC_02
|
Inboard divertor temperature |
\TC_IBDH_L_1
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPC_03
|
Inboard divertor temperature |
\TC_IBDH_L_2
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPC_04
|
Inboard divertor temperature |
\TC_IBDV_U_1
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPC_05
|
Inboard divertor temperature |
\TC_IBDV_U_2
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPC_06
|
Inboard divertor temperature |
\TC_IBDH_U_1
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPC_07
|
Inboard divertor temperature |
\TC_IBDH_U_2
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPC_08
|
Inboard divertor temperature |
\TC_CSC_U_1
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPC_09
|
Center stack temperature |
\TC_CSC_U_2
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPC_10
|
Center stack temperature |
\TC_CSC_U_3
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPC_11
|
Center stack temperature |
\TC_CSC_L_2
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPC_12
|
Center stack temperature |
\TC_CSC_L_3
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPC_13
|
Center stack temperature |
\TC_CSC_L_4
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPC_14
|
Center stack temperature |
\TC_CSC_L_5
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPC_15
|
Center stack temperature |
\TC_CSC_L_6
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPC_16
|
Center stack temperature |
\TC_CSC_U_4
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPD_01
|
Center stack temperature |
\TC_CSC_U_5
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPD_02
|
Center stack temperature |
\TC_CSC_U_10
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPD_03
|
Center stack temperature |
\TC_CSC_L_1
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPD_04
|
Center stack temperature |
\TC_CSC_L_7
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPD_05
|
Center stack temperature |
\TC_CSC_L_8
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPD_06
|
Center stack temperature |
\TC_CSC_U_11
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPD_07
|
Center stack temperature |
\TC_CSC_U_12
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPD_08
|
Center stack temperature |
\TC_CSC_U_13
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPD_09
|
Center stack temperature |
\TC_CSC_U_14
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPD_10
|
Center stack temperature |
\TC_CSC_U_15
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPD_11
|
Center stack temperature |
\TC_CSC_U_16
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPD_12
|
Center stack temperature |
\TC_CSC_U_6
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPD_13
|
Center stack temperature |
\TC_CSC_U_7
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPD_14
|
Center stack temperature |
\TC_CSC_U_8
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPD_15
|
Center stack temperature |
\TC_CSC_U_9
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPD_16
|
Center stack temperature |
\TC_CB_U_SE
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPE_01
|
Upr ceramicbrk temp., se |
\TC_CB_U_NW
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPE_02
|
Upr ceramicbrk temp., nw |
\TC_CB_L_SE
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPE_03
|
Lwr ceramicbrk temp., se |
\TC_CB_L_NW
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPE_04
|
Lwr ceramicbrk temp., nw |
\TC_C3_GRPE_05
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPE_05
|
Label empty |
\TC_C3_GRPE_06
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPE_06
|
Label empty |
\TC_C3_GRPE_07
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPE_07
|
Label empty |
\TC_C3_GRPE_08
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPE_08
|
Label empty |
\TC_C3_GRPE_09
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPE_09
|
Label empty |
\TC_C3_GRPE_10
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPE_10
|
Label empty |
\TC_C3_GRPE_11
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPE_11
|
Label empty |
\TC_C3_GRPE_12
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPE_12
|
Label empty |
\TC_C3_GRPE_13
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPE_13
|
Label empty |
\TC_C3_GRPE_14
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPE_14
|
Label empty |
\TC_C3_GRPE_15
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPE_15
|
Label empty |
\TC_C3_GRPE_16
|
\ENGINEERING::TOP.EPICS.TC:C3_GRPE_16
|
Label empty |
\TC_OBD_L_1
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPA_01
|
Outboard divertor temperature |
\TC_OBD_L_2
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPA_02
|
Outboard divertor temperature |
\TC_OBD_L_3
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPA_03
|
Outboard divertor temperature |
\TC_OBD_L_4
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPA_04
|
Outboard divertor temperature |
\TC_OBD_L_5
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPA_05
|
Outboard divertor temperature |
\TC_PPP_L_1
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPA_06
|
Primary prot. plate temperature |
\TC_PPP_L_2
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPA_07
|
Primary prot. plate temperature |
\TC_SPP_L_1
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPA_08
|
Secondary prot. plate temperature |
\TC_SPP_L_2
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPA_09
|
Secondary prot. plate temperature |
\TC_OBD_U_1
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPA_10
|
Outboard divertor temperature |
\TC_OBD_U_2
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPA_11
|
Outboard divertor temperature |
\TC_OBD_U_3
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPA_12
|
Outboard divertor temperature |
\TC_OBD_U_4
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPA_13
|
Outboard divertor temperature |
\TC_OBD_U_5
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPA_14
|
Outboard divertor temperature |
\TC_PPP_U_1
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPA_15
|
Primary prot. plate temperature |
\TC_PPP_U_2
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPA_16
|
Primary prot. plate temperature |
\TC_SPP_U_1
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPB_01
|
Secondary prot. plate temperature |
\TC_SPP_U_2
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPB_02
|
Secondary prot. plate temperature |
\TC_OBD_L_6
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPB_03
|
Outboard divertor temperature |
\TC_OBD_L_7
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPB_04
|
Outboard divertor temperature |
\TC_OBD_L_8
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPB_05
|
Outboard divertor temperature |
\TC_OBD_L_9
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPB_06
|
Outboard divertor temperature |
\TC_OBD_L_10
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPB_07
|
Outboard divertor temperature |
\TC_PPP_L_3
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPB_08
|
Primary prot. plate temperature |
\TC_PPP_L_4
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPB_09
|
Primary prot. plate temperature |
\TC_SPP_L_3
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPB_10
|
Secondary prot. plate temperature |
\TC_SPP_L_4
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPB_11
|
Secondary prot. plate temperature |
\TC_OBD_U_6
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPB_12
|
Outboard divertor temperature |
\TC_OBD_U_7
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPB_13
|
Outboard divertor temperature |
\TC_OBD_U_8
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPB_14
|
Outboard divertor temperature |
\TC_OBD_U_9
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPB_15
|
Outboard divertor temperature |
\TC_OBD_U_10
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPB_16
|
Outboard divertor temperature |
\TC_PPP_U_3
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPC_01
|
Primary prot. plate temperature |
\TC_PPP_U_4
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPC_02
|
Primary prot. plate temperature |
\TC_SPP_U_3
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPC_03
|
Secondary prot. plate temperature |
\TC_SPP_U_4
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPC_04
|
Secondary prot. plate temperature |
\TC_EVV_M_1
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPC_05
|
Vacuum vessel temperature |
\TC_EVV_M_2
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPC_06
|
Vacuum vessel temperature |
\TC_EVV_M_3
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPC_07
|
Vacuum vessel temperature |
\TC_EVV_M_4
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPC_08
|
Vacuum vessel temperature |
\TC_EVV_M_5
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPC_09
|
Vacuum vessel temperature |
\TC_EVV_M_6
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPC_10
|
Vacuum vessel temperature |
\TC_EVV_M_7
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPC_11
|
Vacuum vessel temperature |
\TC_EVV_M_8
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPC_12
|
Vacuum vessel temperature |
\TC_EVV_M_9
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPC_13
|
Vacuum vessel temperature |
\TC_EVV_M_10
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPC_14
|
Vacuum vessel temperature |
\TC_HIGHK_E
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPC_15
|
High-k temperature,east |
\TC_HIGHK_W
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPC_16
|
High-k temperature,west |
\TC_EVV_L_1
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPD_01
|
Vacuum vessel temperature |
\TC_EVV_L_2
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPD_02
|
Vacuum vessel temperature |
\TC_EVV_L_3
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPD_03
|
Vacuum vessel temperature |
\TC_EVV_L_4
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPD_04
|
Vacuum vessel temperature |
\TC_EVV_L_5
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPD_05
|
Vacuum vessel temperature |
\TC_EVV_L_6
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPD_06
|
Vacuum vessel temperature |
\TC_EVV_L_7
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPD_07
|
Vacuum vessel temperature |
\TC_EVV_L_8
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPD_08
|
Vacuum vessel temperature |
\TC_EVV_L_9
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPD_09
|
Vacuum vessel temperature |
\TC_EVV_L_10
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPD_10
|
Vacuum vessel temperature |
\TC_EVV_L_11
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPD_11
|
Vacuum vessel temperature |
\TC_EVV_L_12
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPD_12
|
Vacuum vessel temperature |
\TC_EVV_U_1
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPD_13
|
Vacuum vessel temperature |
\TC_EVV_U_2
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPD_14
|
Vacuum vessel temperature |
\TC_EVV_U_3
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPD_15
|
Vacuum vessel temperature |
\TC_EVV_U_4
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPD_16
|
Vacuum vessel temperature |
\TC_NBPP_A1
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPE_01
|
Nb prot. plate temperature |
\TC_NBPP_A2
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPE_02
|
Nb prot. plate temperature |
\TC_NBPP_A3
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPE_03
|
Nb prot. plate temperature |
\TC_NBPP_A4
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPE_04
|
Nb prot. plate temperature |
\TC_NBPP_B1
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPE_05
|
Nb prot. plate temperature |
\TC_NBPP_B2A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPE_06
|
Nb prot. plate temperature |
\TC_NBPP_B2B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPE_07
|
Nb prot. plate temperature |
\TC_NBPP_B3A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPE_08
|
Nb prot. plate temperature |
\TC_EVV_U_5
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPE_09
|
Vacuum vessel temperature |
\TC_EVV_U_6
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPE_10
|
Vacuum vessel temperature |
\TC_EVV_U_7
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPE_11
|
Vacuum vessel temperature |
\TC_EVV_U_8
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPE_12
|
Vacuum vessel temperature |
\TC_EVV_U_9
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPE_13
|
Vacuum vessel temperature |
\TC_EVV_U_10
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPE_14
|
Vacuum vessel temperature |
\TC_EVV_U_11
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPE_15
|
Vacuum vessel temperature |
\TC_EVV_U_12
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPE_16
|
Vacuum vessel temperature |
\TC_NBPP_B3B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPF_01
|
Nb prot. plate temperature |
\TC_NBPP_B4A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPF_02
|
Nb prot. plate temperature |
\TC_NBPP_B4B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPF_03
|
Nb prot. plate temperature |
\TC_NBPP_C1
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPF_04
|
Nb prot. plate temperature |
\TC_NBPP_C2A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPF_05
|
Nb prot. plate temperature |
\TC_NBPP_C2B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPF_06
|
Nb prot. plate temperature |
\TC_NBPP_A5
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPF_07
|
Nb prot. plate temperature |
\TC_NBPP_A6
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPF_08
|
Nb prot. plate temperature |
\TC_NBPP_A7
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPF_09
|
Nb prot. plate temperature |
\TC_NBPP_A8
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPF_10
|
Nb prot. plate temperature |
\TC_NBPP_B5A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPF_11
|
Nb prot. plate temperature |
\TC_NBPP_B5B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPF_12
|
Nb prot. plate temperature |
\TC_NBPP_B6A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPF_13
|
Nb prot. plate temperature |
\TC_NBPP_B6B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPF_14
|
Nb prot. plate temperature |
\TC_NBPP_B7A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPF_15
|
Nb prot. plate temperature |
\TC_NBPP_B7B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPF_16
|
Nb prot. plate temperature |
\TC_NBPP_B8
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPG_01
|
Nb prot. plate temperature |
\TC_NBPP_C7A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPG_02
|
Nb prot. plate temperature |
\TC_NBPP_C7B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPG_03
|
Nb prot. plate temperature |
\TC_NBPP_C8
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPG_04
|
Nb prot. plate temperature |
\TC_NBPP_C3A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPG_05
|
Nb prot. plate temperature |
\TC_NBPP_C3B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPG_06
|
Nb prot. plate temperature |
\TC_NBPP_C4A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPG_07
|
Nb prot. plate temperature |
\TC_NBPP_C4B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPG_08
|
Nb prot. plate temperature |
\TC_NBPP_C5A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPG_09
|
Nb prot. plate temperature |
\TC_NBPP_C5B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPG_10
|
Nb prot. plate temperature |
\TC_NBPP_C6A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPG_11
|
Nb prot. plate temperature |
\TC_NBPP_C6B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPG_12
|
Nb prot. plate temperature |
\TC_NBPP_D3A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPG_13
|
Nb prot. plate temperature |
\TC_NBPP_D3B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPG_14
|
Nb prot. plate temperature |
\TC_NBPP_D4A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPG_15
|
Nb prot. plate temperature |
\TC_NBPP_D4B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPG_16
|
Nb prot. plate temperature |
\TC_NBPP_D5A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPH_01
|
Nb prot. plate temperature |
\TC_NBPP_D5B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPH_02
|
Nb prot. plate temperature |
\TC_NBPP_D6A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPH_03
|
Nb prot. plate temperature |
\TC_NBPP_D6B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPH_04
|
Nb prot. plate temperature |
\TC_NBPP_D1
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPH_05
|
Nb prot. plate temperature |
\TC_NBPP_D2A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPH_06
|
Nb prot. plate temperature |
\TC_NBPP_D2B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPH_07
|
Nb prot. plate temperature |
\TC_NBPP_E1
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPH_08
|
Nb prot. plate temperature |
\TC_NBPP_E2A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPH_09
|
Nb prot. plate temperature |
\TC_NBPP_E2B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPH_10
|
Nb prot. plate temperature |
\TC_NBPP_E3A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPH_11
|
Nb prot. plate temperature |
\TC_NBPP_E3B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPH_12
|
Nb prot. plate temperature |
\TC_NBPP_E4A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPH_13
|
Nb prot. plate temperature |
\TC_NBPP_E4B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPH_14
|
Nb prot. plate temperature |
\TC_NBPP_F1
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPH_15
|
Nb prot. plate temperature |
\TC_NBPP_F2
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPH_16
|
Nb prot. plate temperature |
\TC_NBPP_F3
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPI_01
|
Nb prot. plate temperature |
\TC_NBPP_F4
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPI_02
|
Nb prot. plate temperature |
\TC_NBPP_D7A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPI_03
|
Nb prot. plate temperature |
\TC_NBPP_D7B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPI_04
|
Nb prot. plate temperature |
\TC_NBPP_D8
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPI_05
|
Nb prot. plate temperature |
\TC_NBPP_E5A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPI_06
|
Nb prot. plate temperature |
\TC_NBPP_E5B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPI_07
|
Nb prot. plate temperature |
\TC_NBPP_E6A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPI_08
|
Nb prot. plate temperature |
\TC_NBPP_E6B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPI_09
|
Nb prot. plate temperature |
\TC_NBPP_E7A
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPI_10
|
Nb prot. plate temperature |
\TC_NBPP_E7B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPI_11
|
Nb prot. plate temperature |
\TC_NBPP_E8
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPI_12
|
Nb prot. plate temperature |
\TC_NBPP_F5
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPI_13
|
Nb prot. plate temperature |
\TC_NBPP_F6
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPI_14
|
Nb prot. plate temperature |
\TC_NBPP_F7
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPI_15
|
Nb prot. plate temperature |
\TC_NBPP_F8
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPI_16
|
Nb prot. plate temperature |
\TC_NBDD_T1
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPJ_01
|
Nb drift duct temperature |
\TC_NBDD_T2
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPJ_02
|
Nb drift duct temperature |
\TC_NBDD_T3
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPJ_03
|
Nb drift duct temperature |
\TC_NBDD_T4
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPJ_04
|
Nb drift duct temperature |
\TC_NBDD_B1
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPJ_05
|
Nb drift duct temperature |
\TC_NBDD_B2
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPJ_06
|
Nb drift duct temperature |
\TC_NBDD_B3
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPJ_07
|
Nb drift duct temperature |
\TC_NBDD_B4
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPJ_08
|
Nb drift duct temperature |
\TC_C4_GRPJ_09
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPJ_09
|
Unused channel |
\TC_C4_GRPJ_10
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPJ_10
|
Unused channel |
\TC_C4_GRPJ_11
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPJ_11
|
Unused channel |
\TC_C4_GRPJ_12
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPJ_12
|
Unused channel |
\TC_C4_GRPJ_13
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPJ_13
|
Unused channel |
\TC_C4_GRPJ_14
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPJ_14
|
Unused channel |
\TC_C4_GRPJ_15
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPJ_15
|
Unused channel |
\TC_C4_GRPJ_16
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPJ_16
|
Unused channel |
\TC_SGI_1
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPK_01
|
Sgi thermocouple |
\TC_SGI_2
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPK_02
|
Sgi thermocouple |
\TC_KSPARE03
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPK_03
|
Unused channel |
\TC_KSPARE04
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPK_04
|
Unused channel |
\TC_C4_GRPK_05
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPK_05
|
Sflip upper tc |
\TC_C4_GRPK_06
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPK_06
|
Sflip lower tc |
\TC_C4_GRPK_07
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPK_07
|
Nb prot. baffle #1,front |
\TC_NBPB_1F
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPK_08
|
Nb prot. baffle #2, front |
\TC_NBPB_2F
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPK_09
|
Nb prot. baffle #2, back |
\TC_NBPB_2B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPK_10
|
Nb prot. baffle #3, front |
\TC_NBPB_3F
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPK_11
|
Nb prot. baffle #3, back |
\TC_NBPB_3B
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPK_12
|
Unused channel |
\TC_KSPARE13
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPK_13
|
Unused channel |
\TC_KSPARE14
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPK_14
|
Unused channel |
\TC_KSPARE15
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPK_15
|
Unused channel |
\TC_KSPARE16
|
\ENGINEERING::TOP.EPICS.TC:C4_GRPK_16
|
Unused channel |
\PPCC_TF_BR1_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB000
|
Ppcc 000:tf_br_1_cur_1 |
\PPCC_TF_BR2_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB001
|
Ppcc 001:tf_br_2_cur_1 |
\PPCC_TF_BR3_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB002
|
Ppcc 002:tf_br_3_cur_1 |
\PPCC_TF_BR4_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB003
|
Ppcc 003:tf_br_4_cur_1 |
\PPCC_OH_BR1_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB004
|
Ppcc 004:oh_br1_cur_1(+) |
\PPCC_OH_BR2_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB005
|
Ppcc 005:oh_br2_cur_1(-) |
\PPCC_PF1AL_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB006
|
Ppcc 006:pf1al_cur_1 |
\PPCC_PF1AU_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB007
|
Ppcc 007:pf1au_cur_1 |
\PPCC_PF1B_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB008
|
Ppcc 008:pf1b_cur_1 |
\PPCC_PF2L_CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB009
|
Ppcc 009:pf2l_cur_2 |
\PPCC_PF2U_CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB010
|
Ppcc 010:pf2u_cur_2 |
\PPCC_PF3L_CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB011
|
Ppcc 011:pf3l_cur_2 |
\PPCC_PF3U_CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB012
|
Ppcc 012:pf3u_cur_2 |
\PPCC_PF5_CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB013
|
Ppcc 013:pf5_cur_2 |
\PPCC_CHI_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB014
|
Ppcc 014:chi_cur_1 |
\PPCC_PF4_CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB015
|
Ppcc 015:pf4_cur_2 |
\PPCC_TF_BR1_CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB016
|
Ppcc 016:tf_br_1_cur_2 |
\PPCC_TF_BR2_CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB017
|
Ppcc 017:tf_br_2_cur_2 |
\PPCC_TF_BR3_CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB018
|
Ppcc 018:tf_br_3_cur_2 |
\PPCC_TF_BR4_CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB019
|
Ppcc 019:tf_br_4_cur_2 |
\PPCC_OH_BR1_CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB020
|
Ppcc 020:oh_fwd_cur_2 |
\PPCC_OH_BR2_CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB021
|
Ppcc 021:oh_cur_cur_2 |
\PPCC_PF1AL_CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB022
|
Ppcc 022:pf1al_cur_2 |
\PPCC_PF1AU_CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB023
|
Ppcc 023:pf1au_cur_2 |
\PPCC_PF1B_CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB024
|
Ppcc 024:pf1b_cur_2 |
\PPCC_PF2L_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB025
|
Ppcc 025:pf2l_cur_1 |
\PPCC_PF2U_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB026
|
Ppcc 026:pf2u_cur_1 |
\PPCC_PF3L_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB027
|
Ppcc 027:pf3l_cur_1 |
\PPCC_PF3U_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB028
|
Ppcc 028:pf3u_cur_1 |
\PPCC_PF5_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB029
|
Ppcc 029:pf5_cur1 |
\PPCC_CHI_CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB030
|
Ppcc 030:chi_cur_2 |
\PPCC_PF4_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB031
|
Ppcc 031:pf4_cur1 |
\PPCC_PF3L_BR2_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB032
|
Ppcc 032:pf3l_br2_cur_1(-) |
\PPCC_PF3U_BR2_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB033
|
Ppcc 033:pf3u_br2_cur_1(-) |
\PPCC_CHI_BR1_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB034
|
Ppcc 034:chi_br_1_cur_1 |
\PPCC_CHI_BR2_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB035
|
Ppcc 035:chi_br_2_cur_1 |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB036
|
Ppcc 036:f_flsppu3 |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB037
|
Ppcc 037:f_flsppl3 |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB038
|
Ppcc 038:b_l1dmsppgu3 |
\PPCC_PLASMA_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB039
|
Ppcc 039:ip_1 |
\PPCC_DUMMY_CUR
|
\ENGINEERING::TOP.PPCC.DAS:CALIB040
|
Ppcc 040:dummy_cur |
\PPCC_PLASMA_CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB041
|
Ppcc 041:ip_2 |
\PPCC_NB_POWER
|
\ENGINEERING::TOP.PPCC.DAS:CALIB042
|
Ppcc 042:nb power |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB043
|
Ppcc 043:b_l1dmsppgl3 |
\PPCC_PF1AU_BR2_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB044
|
Ppcc 044:pf1au_br2 cur1(-) |
\PPCC_PF1AL_BR2_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB045
|
Ppcc 044:pf1al_br2 cur1(-) |
\PPCC_PF1AU_BR1_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB046
|
Ppcc 044:pf1au_br1 cur1(+) |
\PPCC_PF1AL_CUR3_INV
|
\ENGINEERING::TOP.PPCC.DAS:CALIB047
|
Ppcc 047:pf1al_cur_3_inv |
\PPCC_TF_FLT
|
\ENGINEERING::TOP.PPCC.DAS:CALIB048
|
Ppcc 048:tf_flt |
\PPCC_OH_FLT
|
\ENGINEERING::TOP.PPCC.DAS:CALIB049
|
Ppcc 049:oh_flt |
\PPCC_PF_CHI_FLT
|
\ENGINEERING::TOP.PPCC.DAS:CALIB050
|
Ppcc 050:pf/chi_flt |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB051
|
Ppcc 051:fl_pp_u_4-fl_oh_m |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB052
|
Ppcc 052:fl_pp_l_4-fl_oh_m |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB053
|
Ppcc 053:fl_oh_m |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB054
|
Ppcc 054:l1dm_pppg_u |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB055
|
Ppcc 055:l1dm_pppg_l |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB056
|
Ppcc 056:1dm_csc_u_1 |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB057
|
Ppcc 057:1dm_csc_l_1 |
\PPCC_CHI_VOLTAGE
|
\ENGINEERING::TOP.PPCC.DAS:CALIB058
|
Ppcc 058:chi_voltage |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB059
|
Ppcc 059:spare |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB060
|
Ppcc 060:spare |
\PPCC_FAST_SLOW_CLOCK
|
\ENGINEERING::TOP.PPCC.DAS:CALIB061
|
Ppcc 061:fast/slow clock |
\PPCC_SOP_EOP_WINDOW
|
\ENGINEERING::TOP.PPCC.DAS:CALIB062
|
Ppcc 062:sop-eop window |
\PPCC_CHAN_63_REF
|
\ENGINEERING::TOP.PPCC.DAS:CALIB063
|
Ppcc 063:ref (-9.9v) |
\PPCC_SPA_SU1_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB064
|
Ppcc 064:spa_su1_cur1 |
\PPCC_SPA_SU1_CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB065
|
Ppcc 065:spa_su1_cur2 |
\PPCC_SPA_SU2_CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB066
|
Ppcc 066:spa_su2_cur1 |
\PPCC_SPA_SU2_CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB067
|
Ppcc 067:spa_su2_cur2 |
\PPCC_SPA_SU3CUR1
|
\ENGINEERING::TOP.PPCC.DAS:CALIB068
|
Ppcc 068:spa_su3_cur1 |
\PPCC_SPA_SU3CUR2
|
\ENGINEERING::TOP.PPCC.DAS:CALIB069
|
Ppcc 069:spa_su3_cur2 |
\PPCC_SPA_CHARGING_CUR
|
\ENGINEERING::TOP.PPCC.DAS:CALIB070
|
Ppcc 070:spa_chrg_cur |
\PPCC_SPA_SU1_V
|
\ENGINEERING::TOP.PPCC.DAS:CALIB071
|
Ppcc 071:spa_su1_v |
\PPCC_SPA_SU2_V
|
\ENGINEERING::TOP.PPCC.DAS:CALIB072
|
Ppcc 072:spa_su2_v |
\PPCC_SPA_SU3_V
|
\ENGINEERING::TOP.PPCC.DAS:CALIB073
|
Ppcc 073:spa_su3_v |
\PPCC_SPA_CHARGING_V
|
\ENGINEERING::TOP.PPCC.DAS:CALIB074
|
Ppcc 074:spa_chrg_v |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB075
|
Ppcc 075:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB076
|
Ppcc 076:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB077
|
Ppcc 077:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB078
|
Ppcc 078:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB079
|
Ppcc 079:xx |
\PPCC_SPA_SU1_PERMISSIVE
|
\ENGINEERING::TOP.PPCC.DAS:CALIB080
|
Ppcc 080:spa_su1_permissive |
\PPCC_SPA_SU2_PERMISSIVE
|
\ENGINEERING::TOP.PPCC.DAS:CALIB081
|
Ppcc 081:spa_su2_permissive |
\PPCC_SPA_SU3_PERMISSIVE
|
\ENGINEERING::TOP.PPCC.DAS:CALIB082
|
Ppcc 082:spa_su3_permissive |
\PPCC_SPA_SU2_VDC
|
\ENGINEERING::TOP.PPCC.DAS:CALIB083
|
Ppcc 083:spa_su2_vdc |
\PPCC_SPA_SU3_VDC
|
\ENGINEERING::TOP.PPCC.DAS:CALIB084
|
Ppcc 084:spa_su3_vdc |
\PPCC_SPA_SU23_IDC
|
\ENGINEERING::TOP.PPCC.DAS:CALIB085
|
Ppcc 085:spa_su23_idc |
\PPCC_SPA_SU3_IDC
|
\ENGINEERING::TOP.PPCC.DAS:CALIB086
|
Ppcc 086:spa_su3_idc |
\PPCC_SPA_SUI1_INPUT
|
\ENGINEERING::TOP.PPCC.DAS:CALIB087
|
Ppcc 086:spa_su1_input |
\PPCC_SPA_SU2_INPUT
|
\ENGINEERING::TOP.PPCC.DAS:CALIB088
|
Ppcc 087:spa_su2_input |
\PPCC_SPA_SUI_3_INPUT
|
\ENGINEERING::TOP.PPCC.DAS:CALIB089
|
Ppcc 088:spa_su3_input |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB090
|
Ppcc 090:xx |
\PPCC_SPA_SU1_FAULT
|
\ENGINEERING::TOP.PPCC.DAS:CALIB091
|
Ppcc 091:spa_su1_fault |
\PPCC_SPA_SU2_FAULT
|
\ENGINEERING::TOP.PPCC.DAS:CALIB092
|
Ppcc 091:spa_su1_fault |
\PPCC_SPA_SU3_FAULT
|
\ENGINEERING::TOP.PPCC.DAS:CALIB093
|
Ppcc 091:spa_su1_fault |
\PPCC_SPA_ACP_FAULT
|
\ENGINEERING::TOP.PPCC.DAS:CALIB094
|
Ppcc 094:spa/acp fault |
\PPCC_CHAN_95_REF
|
\ENGINEERING::TOP.PPCC.DAS:CALIB095
|
Ppcc 095:ref (-2.5v ) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB096
|
Ppcc 096:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB097
|
Ppcc 097:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB098
|
Ppcc 098:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB099
|
Ppcc 099:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB100
|
Ppcc 100:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB101
|
Ppcc 101:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB102
|
Ppcc 102:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB103
|
Ppcc 103:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB104
|
Ppcc 104:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB105
|
Ppcc 105:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB106
|
Ppcc 106:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB107
|
Ppcc 107:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB108
|
Ppcc 108:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB109
|
Ppcc 109:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB110
|
Ppcc 110:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB111
|
Ppcc 111:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB112
|
Ppcc 112:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB113
|
Ppcc 113:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB114
|
Ppcc 114:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB115
|
Ppcc 115:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB116
|
Ppcc 116:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB117
|
Ppcc 117:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB118
|
Ppcc 118:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB119
|
Ppcc 119:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB120
|
Ppcc 120:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB121
|
Ppcc 121:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB122
|
Ppcc 122:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB123
|
Ppcc 123:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB124
|
Ppcc 124:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB125
|
Ppcc 125:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB126
|
Ppcc 126:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB127
|
Ppcc 127:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB128
|
Ppcc 128:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB129
|
Ppcc 129:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB130
|
Ppcc 130:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB131
|
Ppcc 131:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB132
|
Ppcc 132:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB133
|
Ppcc 133:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB134
|
Ppcc 134:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB135
|
Ppcc 135:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB136
|
Ppcc 136:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB137
|
Ppcc 137:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB138
|
Ppcc 138:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB139
|
Ppcc 139:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB140
|
Ppcc 140:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB141
|
Ppcc 141:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB142
|
Ppcc 142:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB143
|
Ppcc 143:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB144
|
Ppcc 144:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB145
|
Ppcc 145:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB146
|
Ppcc 146:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB147
|
Ppcc 147:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB148
|
Ppcc 148:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB149
|
Ppcc 149:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB150
|
Ppcc 150:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB151
|
Ppcc 151:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB152
|
Ppcc 152:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB153
|
Ppcc 153:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB154
|
Ppcc 154:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB155
|
Ppcc 155:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB156
|
Ppcc 156:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB157
|
Ppcc 157:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB158
|
Ppcc 158:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB159
|
Ppcc 159:class4 ref (-7.5v) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB160
|
Ppcc 160:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB161
|
Ppcc 161:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB162
|
Ppcc 162:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB163
|
Ppcc 163:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB164
|
Ppcc 164:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB165
|
Ppcc 165:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB166
|
Ppcc 166:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB167
|
Ppcc 167:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB168
|
Ppcc 168:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB169
|
Ppcc 169:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB170
|
Ppcc 170:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB171
|
Ppcc 171:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB172
|
Ppcc 172:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB173
|
Ppcc 173:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB174
|
Ppcc 174:classrwm ref (-2.5v) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB175
|
Ppcc 175:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB176
|
Ppcc 176:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB177
|
Ppcc 177:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB178
|
Ppcc 178:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB179
|
Ppcc 179:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB180
|
Ppcc 180:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB181
|
Ppcc 181:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB182
|
Ppcc 182:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB183
|
Ppcc 183:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB184
|
Ppcc 184:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB185
|
Ppcc 185:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB186
|
Ppcc 186:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB187
|
Ppcc 187:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB188
|
Ppcc 188:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB189
|
Ppcc 189:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB190
|
Ppcc 190:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB191
|
Ppcc:191:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB192
|
Ppcc 192:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB193
|
Ppcc 193:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB194
|
Ppcc 194:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB195
|
Ppcc 195:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB196
|
Ppcc 196:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB197
|
Ppcc 197:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB198
|
Ppcc 198:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB199
|
Ppcc 199:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB200
|
Ppcc 200:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB201
|
Ppcc 201:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB202
|
Ppcc 202:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB203
|
Ppcc 203:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB204
|
Ppcc 204:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB205
|
Ppcc 205:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB206
|
Ppcc 206:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB207
|
Ppcc 207:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB208
|
Ppcc 208:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB209
|
Ppcc 209:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB210
|
Ppcc 210:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB211
|
Ppcc 211:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB212
|
Ppcc 212:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB213
|
Ppcc 213:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB214
|
Ppcc 214:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB215
|
Ppcc 215:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB216
|
Ppcc 216:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB217
|
Ppcc 217:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB218
|
Ppcc 218:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB219
|
Ppcc 219:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB220
|
Ppcc 220:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB221
|
Ppcc 221:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB222
|
Ppcc 222:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB223
|
Ppcc 223:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB224
|
Ppcc 224:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB225
|
Ppcc 225:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB226
|
Ppcc 226:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB227
|
Ppcc 227:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB228
|
Ppcc 228:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB229
|
Ppcc 229:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB230
|
Ppcc 230:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB231
|
Ppcc 231:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB232
|
Ppcc 232:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB233
|
Ppcc 233:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB234
|
Ppcc 234:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB235
|
Ppcc 235:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB236
|
Ppcc 236:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB237
|
Ppcc 237:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB238
|
Ppcc 238:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB239
|
Ppcc 239:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB240
|
Ppcc 240:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB241
|
Ppcc 241:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB242
|
Ppcc 242:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB243
|
Ppcc 243:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB244
|
Ppcc 244:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB245
|
Ppcc 245:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB246
|
Ppcc 246:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB247
|
Ppcc 247:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB248
|
Ppcc 248:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB249
|
Ppcc 249:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB250
|
Ppcc 250:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB251
|
Ppcc 251:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB252
|
Ppcc 252:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB253
|
Ppcc 253:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB254
|
Ppcc 254:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB255
|
Ppcc 255:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB256
|
Ppcc 256:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB257
|
Ppcc 257:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB258
|
Ppcc 258:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB259
|
Ppcc 259:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB260
|
Ppcc 260:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB261
|
Ppcc 261:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB262
|
Ppcc 262:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB263
|
Ppcc 263:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB264
|
Ppcc 264:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB265
|
Ppcc 265:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB266
|
Ppcc 266:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB267
|
Ppcc 267:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB268
|
Ppcc 268:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB269
|
Ppcc 269:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB270
|
Ppcc 270:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB271
|
Ppcc 271:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB272
|
Ppcc 272:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB273
|
Ppcc 273:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB274
|
Ppcc 274:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB275
|
Ppcc 275:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB276
|
Ppcc 276:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB277
|
Ppcc 277:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB278
|
Ppcc 278:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB279
|
Ppcc 279:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB280
|
Ppcc 280:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB281
|
Ppcc 281:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB282
|
Ppcc 282:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB283
|
Ppcc 283:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB284
|
Ppcc 284:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB285
|
Ppcc 285:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB286
|
Ppcc 286:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB287
|
Ppcc 287:class23 ref(-5.0v) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB288
|
Ppcc 288:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB289
|
Ppcc 289:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB290
|
Ppcc 290:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB291
|
Ppcc 291:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB292
|
Ppcc 292:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB293
|
Ppcc 293:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB294
|
Ppcc 294:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB295
|
Ppcc 295:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB296
|
Ppcc 296:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB297
|
Ppcc 297:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB298
|
Ppcc 298:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB299
|
Ppcc 299:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB300
|
Ppcc 300:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB301
|
Ppcc 301:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB302
|
Ppcc 302:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB303
|
Ppcc 303:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB304
|
Ppcc 304:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB305
|
Ppcc 305:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB306
|
Ppcc 306:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB307
|
Ppcc 307:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB308
|
Ppcc 308:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB309
|
Ppcc 309:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB310
|
Ppcc 310:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB311
|
Ppcc 311:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB312
|
Ppcc 312:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB313
|
Ppcc 313:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB314
|
Ppcc 314:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB315
|
Ppcc 315:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB316
|
Ppcc 316:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB317
|
Ppcc 317:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB318
|
Ppcc 318:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB319
|
Ppcc 319:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB320
|
Ppcc 320:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB321
|
Ppcc 321:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB322
|
Ppcc 322:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB323
|
Ppcc 323:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB324
|
Ppcc 324:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB325
|
Ppcc 325:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB326
|
Ppcc 326:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB327
|
Ppcc 327:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB328
|
Ppcc 328:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB329
|
Ppcc 329:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB330
|
Ppcc 330:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB331
|
Ppcc 331:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB332
|
Ppcc 332:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB333
|
Ppcc 333:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB334
|
Ppcc 334:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB335
|
Ppcc 335:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB336
|
Ppcc 336:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB337
|
Ppcc 337:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB338
|
Ppcc 338:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB339
|
Ppcc 339:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB340
|
Ppcc 340:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB341
|
Ppcc 341:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB342
|
Ppcc 342:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB343
|
Ppcc 343:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB344
|
Ppcc 344:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB345
|
Ppcc 345:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB346
|
Ppcc 346:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB347
|
Ppcc 347:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB348
|
Ppcc 348:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB349
|
Ppcc 349:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB350
|
Ppcc 350:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB351
|
Ppcc 351 classrf ref (+7.5v) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:CALIB352
|
Ppcc 352:xx |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW000
|
Ppcc 000:tf_br_1_cur_1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW001
|
Ppcc 001:tf_br_2_cur_1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW002
|
Ppcc 002:tf_br_3_cur_1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW003
|
Ppcc 003:tf_br_4_cur_1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW004
|
Ppcc 004:oh_br1_cur_1(+) (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW005
|
Ppcc 005:oh_br2_cur_1(-) (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW006
|
Ppcc 006:pf1al_cur_1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW007
|
Ppcc 007:pf1au_cur_1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW008
|
Ppcc 008:pf1b_cur_1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW009
|
Ppcc 009:pf2l_cur_2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW010
|
Ppcc 010:pf2u_cur_2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW011
|
Ppcc 011:pf3l_cur_2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW012
|
Ppcc 012:pf3u_cur_2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW013
|
Ppcc 013:pf5_cur_2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW014
|
Ppcc 014:chi_cur_1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW015
|
Ppcc 015:pf4_cur_2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW016
|
Ppcc 016:tf_br_1_cur_2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW017
|
Ppcc 017:tf_br_2_cur_2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW018
|
Ppcc 018:tf_br_3_cur_2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW019
|
Ppcc 019:tf_br_4_cur_2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW020
|
Ppcc 020:oh_fwd_cur_2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW021
|
Ppcc 021:oh_cur_cur_2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW022
|
Ppcc 022:pf1al_cur_2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW023
|
Ppcc 023:pf1au_cur_2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW024
|
Ppcc 024:pf1b_cur_2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW025
|
Ppcc 025:pf2l_cur_1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW026
|
Ppcc 026:pf2u_cur_1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW027
|
Ppcc 027:pf3l_cur_1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW028
|
Ppcc 028:pf3u_cur_1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW029
|
Ppcc 029:pf5_cur1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW030
|
Ppcc 030:chi_cur_2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW031
|
Ppcc 031:pf4_cur1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW032
|
Ppcc 032:pf3l_br2_cur_1(-) (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW033
|
Ppcc 033:pf3u_br2_cur_1(-) (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW034
|
Ppcc 034:chi_br_1_cur_1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW035
|
Ppcc 035:chi_br_2_cur_1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW036
|
Ppcc 036:f_flsppu3 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW037
|
Ppcc 037:f_flsppl3 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW038
|
Ppcc 038:b_l1dmsppgu3 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW039
|
Ppcc 039:ip_1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW040
|
Ppcc 040:dummy_cur (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW041
|
Ppcc 041:ip_2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW042
|
Ppcc 042:nb power (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW043
|
Ppcc 043:b_l1dmsppgl3 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW044
|
Ppcc 044:pf1au_br2 cur1(-) (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW045
|
Ppcc 044:pf1al_br2 cur1(-) (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW046
|
Ppcc 044:pf1au_br1 cur1(+) (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW047
|
Ppcc 047:pf1al_cur_3_inv (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW048
|
Ppcc 048:tf_flt (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW049
|
Ppcc 049:oh_flt (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW050
|
Ppcc 050:pf/chi_flt (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW051
|
Ppcc 051:fl_pp_u_4-fl_oh_m (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW052
|
Ppcc 052:fl_pp_l_4-fl_oh_m (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW053
|
Ppcc 053:fl_oh_m (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW054
|
Ppcc 054:l1dm_pppg_u (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW055
|
Ppcc 055:l1dm_pppg_l (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW056
|
Ppcc 056:1dm_csc_u_1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW057
|
Ppcc 057:1dm_csc_l_1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW058
|
Ppcc 058:chi_voltage (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW059
|
Ppcc 059:spare (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW060
|
Ppcc 060:spare (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW061
|
Ppcc 061:fast/slow clock (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW062
|
Ppcc 062:sop-eop window (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW063
|
Ppcc 063:ref (-9.9v) (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW064
|
Ppcc 064:spa_su1_cur1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW065
|
Ppcc 065:spa_su1_cur2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW066
|
Ppcc 066:spa_su2_cur1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW067
|
Ppcc 067:spa_su2_cur2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW068
|
Ppcc 068:spa_su3_cur1 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW069
|
Ppcc 069:spa_su3_cur2 (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW070
|
Ppcc 070:spa_chrg_cur (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW071
|
Ppcc 071:spa_su1_v (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW072
|
Ppcc 072:spa_su2_v (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW073
|
Ppcc 073:spa_su3_v (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW074
|
Ppcc 074:spa_chrg_v (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW075
|
Ppcc 075:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW076
|
Ppcc 076:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW077
|
Ppcc 077:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW078
|
Ppcc 078:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW079
|
Ppcc 079:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW080
|
Ppcc 080:spa_su1_permissive (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW081
|
Ppcc 081:spa_su2_permissive (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW082
|
Ppcc 082:spa_su3_permissive (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW083
|
Ppcc 083:spa_su2_vdc (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW084
|
Ppcc 084:spa_su3_vdc (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW085
|
Ppcc 085:spa_su23_idc (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW086
|
Ppcc 086:spa_su3_idc (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW087
|
Ppcc 086:spa_su1_input (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW088
|
Ppcc 087:spa_su2_input (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW089
|
Ppcc 088:spa_su3_input (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW090
|
Ppcc 090:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW091
|
Ppcc 091:spa_su1_fault (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW092
|
Ppcc 091:spa_su1_fault (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW093
|
Ppcc 091:spa_su1_fault (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW094
|
Ppcc 094:spa/acp fault (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW095
|
Ppcc 095:ref (-2.5v ) (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW096
|
Ppcc 096:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW097
|
Ppcc 097:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW098
|
Ppcc 098:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW099
|
Ppcc 099:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW100
|
Ppcc 100:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW101
|
Ppcc 101:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW102
|
Ppcc 102:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW103
|
Ppcc 103:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW104
|
Ppcc 104:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW105
|
Ppcc 105:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW106
|
Ppcc 106:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW107
|
Ppcc 107:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW108
|
Ppcc 108:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW109
|
Ppcc 109:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW110
|
Ppcc 110:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW111
|
Ppcc 111:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW112
|
Ppcc 112:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW113
|
Ppcc 113:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW114
|
Ppcc 114:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW115
|
Ppcc 115:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW116
|
Ppcc 116:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW117
|
Ppcc 117:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW118
|
Ppcc 118:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW119
|
Ppcc 119:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW120
|
Ppcc 120:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW121
|
Ppcc 121:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW122
|
Ppcc 122:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW123
|
Ppcc 123:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW124
|
Ppcc 124:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW125
|
Ppcc 125:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW126
|
Ppcc 126:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW127
|
Ppcc 127:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW128
|
Ppcc 128:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW129
|
Ppcc 129:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW130
|
Ppcc 130:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW131
|
Ppcc 131:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW132
|
Ppcc 132:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW133
|
Ppcc 133:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW134
|
Ppcc 134:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW135
|
Ppcc 135:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW136
|
Ppcc 136:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW137
|
Ppcc 137:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW138
|
Ppcc 138:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW139
|
Ppcc 139:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW140
|
Ppcc 140:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW141
|
Ppcc 141:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW142
|
Ppcc 142:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW143
|
Ppcc 143:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW144
|
Ppcc 144:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW145
|
Ppcc 145:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW146
|
Ppcc 146:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW147
|
Ppcc 147:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW148
|
Ppcc 148:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW149
|
Ppcc 149:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW150
|
Ppcc 150:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW151
|
Ppcc 151:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW152
|
Ppcc 152:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW153
|
Ppcc 153:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW154
|
Ppcc 154:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW155
|
Ppcc 155:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW156
|
Ppcc 156:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW157
|
Ppcc 157:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW158
|
Ppcc 158:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW159
|
Ppcc 159:class4 ref (-7.5v) (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW160
|
Ppcc 160:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW161
|
Ppcc 161:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW162
|
Ppcc 162:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW163
|
Ppcc 163:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW164
|
Ppcc 164:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW165
|
Ppcc 165:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW166
|
Ppcc 166:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW167
|
Ppcc 167:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW168
|
Ppcc 168:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW169
|
Ppcc 169:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW170
|
Ppcc 170:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW171
|
Ppcc 171:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW172
|
Ppcc 172:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW173
|
Ppcc 173:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW174
|
Ppcc 174:classrwm ref (-2.5v) (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW175
|
Ppcc 175:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW176
|
Ppcc 176:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW177
|
Ppcc 177:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW178
|
Ppcc 178:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW179
|
Ppcc 179:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW180
|
Ppcc 180:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW181
|
Ppcc 181:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW182
|
Ppcc 182:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW183
|
Ppcc 183:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW184
|
Ppcc 184:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW185
|
Ppcc 185:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW186
|
Ppcc 186:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW187
|
Ppcc 187:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW188
|
Ppcc 188:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW189
|
Ppcc 189:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW190
|
Ppcc 190:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW191
|
Ppcc:191:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW192
|
Ppcc 192:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW193
|
Ppcc 193:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW194
|
Ppcc 194:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW195
|
Ppcc 195:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW196
|
Ppcc 196:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW197
|
Ppcc 197:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW198
|
Ppcc 198:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW199
|
Ppcc 199:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW200
|
Ppcc 200:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW201
|
Ppcc 201:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW202
|
Ppcc 202:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW203
|
Ppcc 203:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW204
|
Ppcc 204:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW205
|
Ppcc 205:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW206
|
Ppcc 206:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW207
|
Ppcc 207:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW208
|
Ppcc 208:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW209
|
Ppcc 209:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW210
|
Ppcc 210:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW211
|
Ppcc 211:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW212
|
Ppcc 212:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW213
|
Ppcc 213:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW214
|
Ppcc 214:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW215
|
Ppcc 215:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW216
|
Ppcc 216:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW217
|
Ppcc 217:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW218
|
Ppcc 218:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW219
|
Ppcc 219:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW220
|
Ppcc 220:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW221
|
Ppcc 221:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW222
|
Ppcc 222:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW223
|
Ppcc 223:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW224
|
Ppcc 224:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW225
|
Ppcc 225:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW226
|
Ppcc 226:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW227
|
Ppcc 227:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW228
|
Ppcc 228:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW229
|
Ppcc 229:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW230
|
Ppcc 230:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW231
|
Ppcc 231:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW232
|
Ppcc 232:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW233
|
Ppcc 233:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW234
|
Ppcc 234:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW235
|
Ppcc 235:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW236
|
Ppcc 236:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW237
|
Ppcc 237:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW238
|
Ppcc 238:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW239
|
Ppcc 239:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW240
|
Ppcc 240:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW241
|
Ppcc 241:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW242
|
Ppcc 242:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW243
|
Ppcc 243:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW244
|
Ppcc 244:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW245
|
Ppcc 245:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW246
|
Ppcc 246:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW247
|
Ppcc 247:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW248
|
Ppcc 248:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW249
|
Ppcc 249:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW250
|
Ppcc 250:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW251
|
Ppcc 251:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW252
|
Ppcc 252:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW253
|
Ppcc 253:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW254
|
Ppcc 254:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW255
|
Ppcc 255:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW256
|
Ppcc 256:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW257
|
Ppcc 257:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW258
|
Ppcc 258:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW259
|
Ppcc 259:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW260
|
Ppcc 260:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW261
|
Ppcc 261:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW262
|
Ppcc 262:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW263
|
Ppcc 263:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW264
|
Ppcc 264:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW265
|
Ppcc 265:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW266
|
Ppcc 266:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW267
|
Ppcc 267:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW268
|
Ppcc 268:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW269
|
Ppcc 269:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW270
|
Ppcc 270:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW271
|
Ppcc 271:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW272
|
Ppcc 272:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW273
|
Ppcc 273:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW274
|
Ppcc 274:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW275
|
Ppcc 275:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW276
|
Ppcc 276:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW277
|
Ppcc 277:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW278
|
Ppcc 278:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW279
|
Ppcc 279:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW280
|
Ppcc 280:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW281
|
Ppcc 281:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW282
|
Ppcc 282:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW283
|
Ppcc 283:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW284
|
Ppcc 284:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW285
|
Ppcc 285:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW286
|
Ppcc 286:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW287
|
Ppcc 287:class23 ref(-5.0v) (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW288
|
Ppcc 288:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW289
|
Ppcc 289:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW290
|
Ppcc 290:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW291
|
Ppcc 291:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW292
|
Ppcc 292:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW293
|
Ppcc 293:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW294
|
Ppcc 294:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW295
|
Ppcc 295:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW296
|
Ppcc 296:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW297
|
Ppcc 297:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW298
|
Ppcc 298:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW299
|
Ppcc 299:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW300
|
Ppcc 300:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW301
|
Ppcc 301:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW302
|
Ppcc 302:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW303
|
Ppcc 303:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW304
|
Ppcc 304:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW305
|
Ppcc 305:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW306
|
Ppcc 306:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW307
|
Ppcc 307:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW308
|
Ppcc 308:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW309
|
Ppcc 309:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW310
|
Ppcc 310:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW311
|
Ppcc 311:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW312
|
Ppcc 312:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW313
|
Ppcc 313:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW314
|
Ppcc 314:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW315
|
Ppcc 315:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW316
|
Ppcc 316:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW317
|
Ppcc 317:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW318
|
Ppcc 318:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW319
|
Ppcc 319:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW320
|
Ppcc 320:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW321
|
Ppcc 321:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW322
|
Ppcc 322:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW323
|
Ppcc 323:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW324
|
Ppcc 324:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW325
|
Ppcc 325:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW326
|
Ppcc 326:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW327
|
Ppcc 327:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW328
|
Ppcc 328:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW329
|
Ppcc 329:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW330
|
Ppcc 330:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW331
|
Ppcc 331:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW332
|
Ppcc 332:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW333
|
Ppcc 333:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW334
|
Ppcc 334:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW335
|
Ppcc 335:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW336
|
Ppcc 336:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW337
|
Ppcc 337:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW338
|
Ppcc 338:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW339
|
Ppcc 339:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW340
|
Ppcc 340:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW341
|
Ppcc 341:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW342
|
Ppcc 342:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW343
|
Ppcc 343:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW344
|
Ppcc 344:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW345
|
Ppcc 345:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW346
|
Ppcc 346:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW347
|
Ppcc 347:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW348
|
Ppcc 348:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW349
|
Ppcc 349:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW350
|
Ppcc 350:xx (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW351
|
Ppcc 351 classrf ref (+7.5v) (raw) |
| no tag available |
\ENGINEERING::TOP.PPCC.DAS:RAW352
|
Ppcc 352:xx (raw) |
\PC_BL1DMSPPGL3
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:BL1DMSPPGL3
|
?? |
\PC_BL1DMSPPGU3
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:BL1DMSPPGU3
|
?? |
\PC_CHI_GFC_N
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_GFC_N
|
Label empty |
\PC_CHI_GFC_P
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_GFC_P
|
Label empty |
\PC_CHI_GNDCUR
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_GNDC
|
Label empty |
\PC_CHI_PSS_1S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_P1S_1PI
|
Label empty |
\PC_CHI_PSS_1S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_P1S_1PV
|
Label empty |
\PC_CHI_PSS_1S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_P1S_2PI
|
Label empty |
\PC_CHI_PSS_1S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_P1S_2PV
|
Label empty |
\PC_CHI_PSS_2S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_P2S_1PV
|
Label empty |
\PC_CHI_PSS_2S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_P2S_2PI
|
Label empty |
\PC_CHI_PSS_2S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_P2S_2PV
|
Label empty |
| no tag available |
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_SVD1_1
|
Label empty |
| no tag available |
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_SVD2_1
|
Label empty |
\PC_CHI_TOT_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_TOT_CUR1
|
Mh1 |
\PC_CHI_TOT_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_TOT_CUR2
|
No description |
\PC_CHI_TOT_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_T_CUR1F
|
Label empty |
\PC_CHI_TOT_CUR_2F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:CHI_T_CUR2F
|
Label empty |
\PC_DITFDT
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DM_DITFDT
|
Diamag loop tf curr deriv |
\PC_DM_FLUX
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DM_FLUX
|
Diamag loop flux |
\PC_DM_ITF
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DM_ITF
|
Diamag loop tf current |
\PC_DM_VTF
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:DM_VTF
|
Diamag loop tf voltage |
\PC_F_FLSPPL3
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:F_FLSPPL3
|
?? |
\PC_F_FLSPPU3
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:F_FLSPPU3
|
?? |
\PC_NB_PERM
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:NBPERM
|
Nb fault/pdp status |
\PC_OH_BR_1_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_B1_CUR1
|
Mh1 |
\PC_OH_BR_1_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_B1_CUR2
|
Mh1 |
\PC_OH_BR_2_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_B2_CUR1
|
Mh1 |
\PC_OH_BR_2_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_B2_CUR2
|
Mh2 |
\PC_OH_HCS_FLT
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_H_FLT
|
Label empty |
\PC_OH_PSS_2S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P2S_1PI
|
Label empty |
\PC_OH_PSS_2S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P2S_1PV
|
Label empty |
\PC_OH_PSS_2S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P2S_2PI
|
Label empty |
\PC_OH_PSS_2S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P2S_2PV
|
Label empty |
\PC_OH_PSS_3S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P3S_1PI
|
Label empty |
\PC_OH_PSS_3S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P3S_1PV
|
Label empty |
\PC_OH_PSS_3S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P3S_2PI
|
Label empty |
\PC_OH_PSS_3S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P3S_2PV
|
Label empty |
\PC_OH_PSS_4S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P4S_1PI
|
Label empty |
\PC_OH_PSS_4S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P4S_1PV
|
Label empty |
\PC_OH_PSS_4S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P4S_2PI
|
Label empty |
\PC_OH_PSS_4S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P4S_2PV
|
Label empty |
\PC_OH_PSS_5S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P5S_1PI
|
Label empty |
\PC_OH_PSS_5S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P5S_1PV
|
Label empty |
\PC_OH_PSS_5S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P5S_2PI
|
Label empty |
\PC_OH_PSS_5S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P5S_2PV
|
Label empty |
\PC_OH_PSS_6S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P6S_1PI
|
Label empty |
\PC_OH_PSS_6S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P6S_1PV
|
Label empty |
\PC_OH_PSS_6S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P6S_2PI
|
Label empty |
\PC_OH_PSS_6S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P6S_2PV
|
Label empty |
\PC_OH_PSS_7S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P7S_1PI
|
Label empty |
\PC_OH_PSS_7S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P7S_1PV
|
Label empty |
\PC_OH_PSS_7S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P7S_2PI
|
Label empty |
\PC_OH_PSS_7S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P7S_2PV
|
Label empty |
\PC_OH_PSS_8S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P8S_1PI
|
Label empty |
\PC_OH_PSS_8S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P8S_1PV
|
Label empty |
\PC_OH_PSS_8S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P8S_2PI
|
Label empty |
\PC_OH_PSS_8S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_P8S_2PV
|
Label empty |
\PC_OH_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_SVD1_1
|
Label empty |
\PC_OH_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_SVD2_1
|
Label empty |
\PC_OH_TOT_CUR
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_TOT_CUR
|
Oh sum |
\PC_OH_TOT_CURF
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:OH_TOT_CURF
|
Label empty |
| no tag available |
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_CUR1
|
Mh1 |
\PC_PF1AL_PSS_1S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_P1S_I
|
Label empty |
\PC_PF1AL_PSS_1S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_P1S_V
|
Label empty |
\PC_PF1AL_PSS_2S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_P2S_I
|
Label empty |
\PC_PF1AL_PSS_2S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_P2S_V
|
Label empty |
\PC_PF1AL_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_SVD1_1
|
Label empty |
\PC_PF1AL_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AL_SVD2_1
|
Label empty |
| no tag available |
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_CUR1
|
Mh1 |
\PC_PF1AU_PSS_1S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_P1S_I
|
Label empty |
\PC_PF1AU_PSS_1S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_P1S_V
|
Label empty |
\PC_PF1AU_PSS_2S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_P2S_I
|
Label empty |
\PC_PF1AU_PSS_2S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_P2S_V
|
Label empty |
\PC_PF1AU_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1AU_SVD1_1
|
Label empty |
| no tag available |
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1B_CUR1
|
Mh1 |
\PC_PF1B_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1B_CUR1F
|
Label empty |
\PC_PF1B_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1B_CUR2
|
Mh1 |
\PC_PF1B_CUR_2F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF1B_CUR2F
|
Label empty |
\PC_PF2345_GFC_N
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2345_GFC_N
|
Label empty |
\PC_PF2345_GFC_P
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2345_GFC_P
|
Label empty |
| no tag available |
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2L_CUR2
|
Eshunt |
\PC_PF2L_PSS_1S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2L_P1S_I
|
Label empty |
\PC_PF2L_PSS_1S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2L_P1S_V
|
Label empty |
\PC_PF2L_PSS_2S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2L_P2S_I
|
Label empty |
\PC_PF2L_PSS_2S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2L_P2S_V
|
Label empty |
\PC_PF2L_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2L_SVD1_1
|
Label empty |
\PC_PF2L_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2L_SVD2_1
|
Label empty |
\PC_PF2U_PSS_1S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2U_P1S_I
|
Label empty |
\PC_PF2U_PSS_1S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2U_P1S_V
|
Label empty |
\PC_PF2U_PSS_2S_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2U_P2S_I
|
Label empty |
\PC_PF2U_PSS_2S_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2U_P2S_V
|
Label empty |
\PC_PF2U_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2U_SVD1_1
|
Label empty |
\PC_PF2U_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF2U_SVD2_1
|
Label empty |
\PC_PF3L_PSS_1S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_P1S_1PI
|
Label empty |
\PC_PF3L_PSS_1S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_P1S_1PV
|
Label empty |
\PC_PF3L_PSS_1S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_P1S_2PI
|
Label empty |
\PC_PF3L_PSS_1S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_P1S_2PV
|
Label empty |
\PC_PF3L_PSS_2S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_P2S_1PI
|
Label empty |
\PC_PF3L_PSS_2S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_P2S_1PV
|
Label empty |
\PC_PF3L_PSS_2S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_P2S_2PI
|
Label empty |
\PC_PF3L_PSS_2S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_P2S_2PV
|
Label empty |
\PC_PF3L_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_SVD1_1
|
Label empty |
\PC_PF3L_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3L_SVD2_1
|
Label empty |
\PC_PF3U_PSS_1S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_P1S_1PI
|
Label empty |
\PC_PF3U_PSS_1S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_P1S_1PV
|
Label empty |
\PC_PF3U_PSS_1S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_P1S_2PI
|
Label empty |
\PC_PF3U_PSS_1S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_P1S_2PV
|
Label empty |
\PC_PF3U_PSS_2S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_P2S_1PI
|
Label empty |
\PC_PF3U_PSS_2S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_P2S_1PV
|
Label empty |
\PC_PF3U_PSS_2S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_P2S_2PI
|
Label empty |
\PC_PF3U_PSS_2S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_P2S_2PV
|
Label empty |
\PC_PF3U_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_SVD1_1
|
Label empty |
\PC_PF3U_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF3U_SVD2_1
|
Label empty |
\PC_PFCHI_HCS_FLT
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PFCHI_H_FLT
|
Label empty |
\PC_PF_GNDCUR
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PF_GNDC
|
Label empty |
\PC_PLASMA_CUR_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PLASMA_CUR1
|
Plasma current (pc) |
\PC_PLASMA_CUR_1F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PLASMA_CUR1F
|
Label empty |
\PC_PLASMA_CUR_2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PLASMA_CUR2
|
Plasma current (pc) 2 |
\PC_PLASMA_CUR_2F
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:PLASMA_CUR2F
|
Label empty |
\RWM1_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:RWM1_I
|
Label empty |
\RWM2_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:RWM2_I
|
Label empty |
\RWM3_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:RWM3_I
|
Label empty |
\RWM4_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:RWM4_I
|
Label empty |
\RWM5_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:RWM5_I
|
Label empty |
\RWM6_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:RWM6_I
|
Label empty |
\PC_SP1_GNDCUR
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SP1_GNDC
|
Label empty |
\PC_SP2_GNDCUR
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SP2_GNDC
|
Label empty |
\PC_SP3_GNDCUR
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SP3_GNDC
|
Label empty |
\PC_SP4_GNDCUR
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:SP4_GNDC
|
Label empty |
\TFJ_01_01_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_01_01_V
|
Label empty |
\TFJ_01_02_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_01_02_V
|
Label empty |
\TFJ_02_02_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_02_02_V
|
Label empty |
\TFJ_02_03_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_02_03_V
|
Label empty |
\TFJ_03_03_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_03_03_V
|
Label empty |
\TFJ_03_04_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_03_04_V
|
Label empty |
\TFJ_04_04_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_04_04_V
|
Label empty |
\TFJ_04_05_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_04_05_V
|
Label empty |
\TFJ_05_05_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_05_05_V
|
Label empty |
\TFJ_05_06_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_05_06_V
|
Label empty |
\TFJ_06_06_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_06_06_V
|
Label empty |
\TFJ_06_07_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_06_07_V
|
Label empty |
\TFJ_07_07_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_07_07_V
|
Label empty |
\TFJ_07_08_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_07_08_V
|
Label empty |
\TFJ_08_08_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_08_08_V
|
Label empty |
\TFJ_08_09_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_08_09_V
|
Label empty |
\TFJ_09_09_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_09_09_V
|
Label empty |
\TFJ_09_10_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_09_10_V
|
Label empty |
\TFJ_10_10_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_10_10_V
|
Label empty |
\TFJ_10_11_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_10_11_V
|
Label empty |
\TFJ_11_11_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_11_11_V
|
Label empty |
\TFJ_11_12_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_11_12_V
|
Label empty |
\TFJ_12_12_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_12_12_V
|
Label empty |
\TFJ_12_13_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_12_13_V
|
Label empty |
\TFJ_13_13_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_13_13_V
|
Label empty |
\TFJ_13_14_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_13_14_V
|
Label empty |
\TFJ_14_14_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_14_14_V
|
Label empty |
\TFJ_14_15_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_14_15_V
|
Label empty |
\TFJ_15_15_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_15_15_V
|
Label empty |
\TFJ_15_16_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_15_16_V
|
Label empty |
\TFJ_16_16_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_16_16_V
|
Label empty |
\TFJ_16_17_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_16_17_V
|
Label empty |
\TFJ_17_17_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_17_17_V
|
Label empty |
\TFJ_17_18_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_17_18_V
|
Label empty |
\TFJ_18_18_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_18_18_V
|
Label empty |
\TFJ_18_19_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_18_19_V
|
Label empty |
\TFJ_19_19_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_19_19_V
|
Label empty |
\TFJ_19_20_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_19_20_V
|
Label empty |
\TFJ_20_20_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_20_20_V
|
Label empty |
\TFJ_20_21_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_20_21_V
|
Label empty |
\TFJ_21_21_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_21_21_V
|
Label empty |
\TFJ_21_22_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_21_22_V
|
Label empty |
\TFJ_22_22_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_22_22_V
|
Label empty |
\TFJ_22_23_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_22_23_V
|
Label empty |
\TFJ_23_23_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_23_23_V
|
Label empty |
\TFJ_23_24_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_23_24_V
|
Label empty |
\TFJ_24_24_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_24_24_V
|
Label empty |
\TFJ_24_25_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_24_25_V
|
Label empty |
\TFJ_25_25_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_25_25_V
|
Label empty |
\TFJ_25_26_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_25_26_V
|
Label empty |
\TFJ_26_26_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_26_26_V
|
Label empty |
\TFJ_26_27_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_26_27_V
|
Label empty |
\TFJ_27_27_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_27_27_V
|
Label empty |
\TFJ_27_28_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_27_28_V
|
Label empty |
\TFJ_28_28_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_28_28_V
|
Label empty |
\TFJ_28_29_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_28_29_V
|
Label empty |
\TFJ_29_29_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_29_29_V
|
Label empty |
\TFJ_29_30_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_29_30_V
|
Label empty |
\TFJ_30_30_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_30_30_V
|
Label empty |
\TFJ_30_31_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_30_31_V
|
Label empty |
\TFJ_31_31_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_31_31_V
|
Label empty |
\TFJ_31_32_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_31_32_V
|
Label empty |
\TFJ_3232SP09
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_3232SP09
|
Label empty |
\TFJ_3232SP10
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_3232SP10
|
Label empty |
\TFJ_3232SP11
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_3232SP11
|
Label empty |
\TFJ_3232SP12
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_3232SP12
|
Label empty |
\TFJ_3232SP13
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_3232SP13
|
Label empty |
\TFJ_3232SP14
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_3232SP14
|
Label empty |
\TFJ_3232SP15
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_3232SP15
|
Label empty |
\TFJ_3232SP16
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_3232SP16
|
Label empty |
\TFJ_3232SP17
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_3232SP17
|
Label empty |
\TFJ_3232SP18
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_3232SP18
|
Label empty |
\TFJ_3232SP19
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_3232SP19
|
Label empty |
\TFJ_3232SP20
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_3232SP20
|
Label empty |
\TFJ_3232SP21
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_3232SP21
|
Label empty |
\TFJ_3232SP22
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_3232SP22
|
Label empty |
\TFJ_3232SP23
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_3232SP23
|
Label empty |
\TFJ_3232SP24
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_3232SP24
|
Label empty |
\TFJ_32_32_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_32_32_V
|
Label empty |
\TFJ_32_33_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_32_33_V
|
Label empty |
\TFJ_33_33_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_33_33_V
|
Label empty |
\TFJ_33_34_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_33_34_V
|
Label empty |
\TFJ_34_34_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_34_34_V
|
Label empty |
\TFJ_34_35_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_34_35_V
|
Label empty |
\TFJ_35_35_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_35_35_V
|
Label empty |
\TFJ_35_36_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_35_36_V
|
Label empty |
\TFJ_36_01_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_36_01_V
|
Label empty |
\TFJ_36_36_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_36_36_V
|
Label empty |
\TFJ_COIL_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_COIL_I
|
Label empty |
\TFJ_FISO_CH1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_FISO_CH1
|
Label empty |
\TFJ_FISO_CH2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_FISO_CH2
|
Label empty |
\TFJ_FISO_CH3
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_FISO_CH3
|
Label empty |
\TFJ_FISO_CH4
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_FISO_CH4
|
Label empty |
\TFJ_FISO_CH5
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_FISO_CH5
|
Label empty |
\TFJ_FISO_CH6
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_FISO_CH6
|
Label empty |
\TFJ_FISO_CH7
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_FISO_CH7
|
Label empty |
\TFJ_FISO_CH8
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_FISO_CH8
|
Label empty |
\TFJ_GAINBIT0
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_GAINBIT0
|
Label empty |
\TFJ_GAINBIT1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_GAINBIT1
|
Label empty |
\TFJ_GAINBIT2
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_GAINBIT2
|
Label empty |
\TFJ_GAINBIT3
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_GAINBIT3
|
Label empty |
\TFJ_SPARE01
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_SPARE01
|
Label empty |
\TFJ_SPARE02
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_SPARE02
|
Label empty |
\TFJ_SPARE03
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_SPARE03
|
Label empty |
\TFJ_SPARE04
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_SPARE04
|
Label empty |
\TFJ_SPARE05
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_SPARE05
|
Label empty |
\TFJ_SPARE06
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_SPARE06
|
Label empty |
\TFJ_SPARE09
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_SPARE09
|
Label empty |
\TFJ_SPARE10
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_SPARE10
|
Label empty |
\TFJ_SPARE11
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_SPARE11
|
Label empty |
\TFJ_SPARE12
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_SPARE12
|
Label empty |
\TFJ_SPARE13
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_SPARE13
|
Label empty |
\TFJ_SPARE14
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_SPARE14
|
Label empty |
\TFJ_SPARE15
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_SPARE15
|
Label empty |
\TFJ_SPARE16
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_SPARE16
|
Label empty |
\TFJ_SPARE17
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_SPARE17
|
Label empty |
\TFJ_SPARE18
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_SPARE18
|
Label empty |
\TFJ_SPARE19
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TFJ_SPARE19
|
Label empty |
\PC_TF_GNDCUR
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_GNDC
|
Label empty |
\PC_TF_HCS_FLT
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_H_FLT
|
Label empty |
\PC_TF_PSS_1S_1P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_1PI
|
Label empty |
\PC_TF_PSS_1S_1P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_1PV
|
Label empty |
\PC_TF_PSS_1S_2P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_2PI
|
Label empty |
\PC_TF_PSS_1S_2P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_2PV
|
Label empty |
\PC_TF_PSS_1S_3P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_3PI
|
Label empty |
\PC_TF_PSS_1S_3P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_3PV
|
Label empty |
\PC_TF_PSS_1S_4P_I
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_4PI
|
Label empty |
\PC_TF_PSS_1S_4P_V
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_P1S_4PV
|
Label empty |
\PC_TF_PF1_GFC_N
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_PF1_GFC_N
|
Label empty |
\PC_TF_PF1_GFC_P
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_PF1_GFC_P
|
Label empty |
\PC_TF_SDS_VD1_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_SVD1_1
|
Label empty |
\PC_TF_SDS_VD2_1
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_SVD2_1
|
Label empty |
\PC_TF_TOT_CUR
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_TOT_CUR
|
Tf sum |
\PC_TF_TOT_CURF
|
\ENGINEERING::TOP.EPICS.FCPC.DIGITIZERS:TF_TOT_CURF
|
Label empty |
| no tag available |
\ENGINEERING::TOP.EPICS.GAS.DIGITIZERS:PZV4_DAC_TD
|
Label empty |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
| no tag available |
\IMBALANCE::TOP:PF4_SENSOR
|
Current imbalance analog input ch5 |
| no tag available |
\IMBALANCE::TOP:PF5_SENSOR
|
Current imbalance analog input ch4 |
| no tag available |
\IMBALANCE::TOP:TF_SENSOR1
|
Current imbalance analog input ch0 |
| no tag available |
\IMBALANCE::TOP:TF_SENSOR2
|
Current imbalance analog input ch1 |
| no tag available |
\IMBALANCE::TOP:TF_SENSOR3
|
Current imbalance analog input ch2 |
| no tag available |
\IMBALANCE::TOP:TF_SENSOR4
|
Current imbalance analog input ch3 |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
\OH1
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI01
|
Oh compression ring 1 |
\OH2
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI02
|
Oh compression ring 2 |
\PF4U-D
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI03
|
Pf4 slides upper d |
\PF4U-F
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI04
|
Pf4 slides upper f |
\PF4U-J
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI05
|
Pf4 slides upper j |
\PF4U-L
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI06
|
Pf4 slides upper l |
\PF5U-D
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI07
|
Pf5 slides upper d |
\PF5U-F
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI08
|
Pf5 slides upper f |
\PF5U-J
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI09
|
Pf5 slides upper j |
\PF5U-L
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI10
|
Pf5 slides upper l |
\PF4L-D
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI11
|
Pf4 slides lower d |
\PF4L-F
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI12
|
Pf4 slides lower f |
\PF4L-J
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI13
|
Pf4 slides lower j |
\PF4L-L
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI14
|
Pf4 slides lower l |
\PF5L-D
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI15
|
Pf5 slides lower d |
\PF5L-F
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI16
|
Pf5 slides lower f |
\PF5L-J
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI17
|
Pf5 slides lower j |
\PF5L-L
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI18
|
Pf5 slides lower l |
\CSD1
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI19
|
Halo side load 1 |
\CSD2
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI20
|
Halo side load 2 |
\CSD3
|
\MACHINE_INST::TOP.OPSENS:SIGNAL_AI21
|
Halo side load 3 |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
\NE_C3_INTEG
|
\MICROWAVE::TOP.EBW:TRAD
|
Ebw raw video signal |
\DEN_FIRETIP
|
\MICROWAVE::TOP.FIRETIP.ANALYSIS:DENSITY
|
Ne - firetip ch2 ave |
\DEN_FIRETIP64
|
\MICROWAVE::TOP.FIRETIP.ANALYSIS:DENSITY64
|
Ne - firetip ch2 ave 64fc |
\DEN_FIRETIPC1
|
\MICROWAVE::TOP.FIRETIP.ANALYSIS:DENSITYC1
|
Ne - firetip ch1 ave |
\DEN_FIRETIPC3
|
\MICROWAVE::TOP.FIRETIP.ANALYSIS:DENSITYC3
|
Label empty |
\DEN_FIRETIPC7
|
\MICROWAVE::TOP.FIRETIP.ANALYSIS:DENSITYC7
|
Label empty |
\PCSDENSITY
|
\MICROWAVE::TOP.FIRETIP.ANALYSIS:DENSITYNPCS
|
Number density of plasma |
\DEN_FAST_FIRETIPC1
|
\MICROWAVE::TOP.FIRETIP.ANALYSIS:FASTDENSITY1
|
Firetip fast dtaq ch1 |
\DEN_FAST_FIRETIPC2
|
\MICROWAVE::TOP.FIRETIP.ANALYSIS:FASTDENSITY2
|
Firetip fast dtaq ch2 |
\DEN_FAST_FIRETIPC3
|
\MICROWAVE::TOP.FIRETIP.ANALYSIS:FASTDENSITY3
|
Firetip fast dtaq ch3 |
\DEN_FAST_FIRETIPC4
|
\MICROWAVE::TOP.FIRETIP.ANALYSIS:FASTDENSITY4
|
Firetip fast dtaq ch4 |
\DEN_FAST_FIRETIPC5
|
\MICROWAVE::TOP.FIRETIP.ANALYSIS:FASTDENSITY5
|
Firetip fast dtaq ch5 |
\DEN_FAST_FIRETIPC7
|
\MICROWAVE::TOP.FIRETIP.ANALYSIS:FASTDENSITY7
|
Firetip fast dtaq ch7 |
\NE_C1_INTEG
|
\MICROWAVE::TOP.FIRETIP.ANALYSIS:NE_C1_INTEG
|
Ne - firetip ch1 integ |
\DEN_FIRETIPC4
|
\MICROWAVE::TOP.FIRETIP.ANALYSIS:NE_C2_INTEG
|
Ne - firetip ch2 integ |
\NE_C3_INTEG
|
\MICROWAVE::TOP.FIRETIP.ANALYSIS:NE_C3_INTEG
|
Label empty |
\NE_C7_INTEG
|
\MICROWAVE::TOP.FIRETIP.ANALYSIS:NE_C7_INTEG
|
Label empty |
| no tag available |
\MICROWAVE::TOP.EBW:TRAD
|
Ebw raw video signal |
| no tag available |
\MICROWAVE::TOP.FIRETIP.ANALYSIS:DENSITY
|
Ne - firetip ch2 ave |
| no tag available |
\MICROWAVE::TOP.FIRETIP.ANALYSIS:DENSITY64
|
Ne - firetip ch2 ave 64fc |
| no tag available |
\MICROWAVE::TOP.FIRETIP.ANALYSIS:DENSITYC1
|
Ne - firetip ch1 ave |
| no tag available |
\MICROWAVE::TOP.FIRETIP.ANALYSIS:DENSITYC3
|
Label empty |
| no tag available |
\MICROWAVE::TOP.FIRETIP.ANALYSIS:DENSITYC7
|
Label empty |
| no tag available |
\MICROWAVE::TOP.FIRETIP.ANALYSIS:NE_C1_INTEG
|
Ne - firetip ch1 integ |
\NE_C2_INTEG
|
\MICROWAVE::TOP.FIRETIP.ANALYSIS:NE_C2_INTEG
|
Ne - firetip ch2 integ |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
\MSE_CIF_Q0
|
\MSE::TOP.MSE_CIF.ANALYSIS:MSE_Q0
|
Mse q0 |
\MSE_CIF_R0
|
\MSE::TOP.MSE_CIF.ANALYSIS:MSE_R0
|
Mse r0 |
\MSE_CIF_PA
|
\MSE::TOP.MSE_CIF.ANALYSIS:PA
|
Mse pitch angles |
| no tag available |
\MSE::TOP.MSE_CIF.ANALYSIS:MSE_R0
|
Mse r0 |
| no tag available |
\MSE::TOP.MSE_CIF.ANALYSIS:PA
|
Mse pitch angles |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
\NB_1AF_IACCHVE
|
\NBI::TOP.NB_1A:F_IACCHVE
|
Nb 1a accel current. |
\NB_1AF_VACCHVE
|
\NBI::TOP.NB_1A:F_VACCHVE
|
Nb 1a accel voltage. |
\NB_1AF_I_MRACCEL
|
\NBI::TOP.NB_1A:I_MRACCEL
|
Nb 1a mod reg current. |
\NB_1AS_I_ACCHVE
|
\NBI::TOP.NB_1A:S_I_ACCHVE
|
Nb 1a accel current - slow. |
\NB_1AS_V_ACCHVE
|
\NBI::TOP.NB_1A:S_V_ACCHVE
|
Nb 1a accel voltage - slow. |
\NB_1AF_V_MRACCEL
|
\NBI::TOP.NB_1A:V_MRACCEL
|
Nb 1a mod reg voltage. |
\NB_1BF_IACCHVE
|
\NBI::TOP.NB_1B:F_IACCHVE
|
Nb 1b accel current. |
\NB_1BF_VACCHVE
|
\NBI::TOP.NB_1B:F_VACCHVE
|
Nb 1b accel voltage. |
\NB_1BF_I_MRACCEL
|
\NBI::TOP.NB_1B:I_MRACCEL
|
Nb 1b mod reg current. |
\NB_1BS_I_ACCHVE
|
\NBI::TOP.NB_1B:S_I_ACCHVE
|
Nb 1b accel current - slow. |
\NB_1BS_V_ACCHVE
|
\NBI::TOP.NB_1B:S_V_ACCHVE
|
Nb 1b accel voltage - slow. |
\NB_1BF_V_MRACCEL
|
\NBI::TOP.NB_1B:V_MRACCEL
|
Nb 1b mod reg voltage. |
\NB_1CF_IACCHVE
|
\NBI::TOP.NB_1C:F_IACCHVE
|
Nb 1c accel current. |
\NB_1CF_VACCHVE
|
\NBI::TOP.NB_1C:F_VACCHVE
|
Nb 1c accel voltage. |
\NB_1CF_I_MRACCEL
|
\NBI::TOP.NB_1C:I_MRACCEL
|
Nb 1c mod reg current. |
\NB_1CS_I_ACCHVE
|
\NBI::TOP.NB_1C:S_I_ACCHVE
|
Nb 1c accel current - slow. |
\NB_1CS_V_ACCHVE
|
\NBI::TOP.NB_1C:S_V_ACCHVE
|
Nb 1c accel voltage - slow. |
\NB_1CF_V_MRACCEL
|
\NBI::TOP.NB_1C:V_MRACCEL
|
Nb 1c mod reg voltage. |
\NB_2AF_IACCHVE
|
\NBI::TOP.NB_2A:F_IACCHVE
|
Nb 2a accel current. |
\NB_2AF_VACCHVE
|
\NBI::TOP.NB_2A:F_VACCHVE
|
Nb 2a accel voltage. |
\NB_2AF_I_MRACCEL
|
\NBI::TOP.NB_2A:I_MRACCEL
|
Nb 2a mod reg current. |
\NB_2AS_I_ACCHVE
|
\NBI::TOP.NB_2A:S_I_ACCHVE
|
Nb 2a accel current - slow. |
\NB_2AS_V_ACCHVE
|
\NBI::TOP.NB_2A:S_V_ACCHVE
|
Nb 2a accel voltage - slow. |
\NB_2AF_V_MRACCEL
|
\NBI::TOP.NB_2A:V_MRACCEL
|
Nb 2a mod reg voltage. |
\NB_2BF_IACCHVE
|
\NBI::TOP.NB_2B:F_IACCHVE
|
Nb 2b accel current. |
\NB_2BF_VACCHVE
|
\NBI::TOP.NB_2B:F_VACCHVE
|
Nb 2b accel voltage. |
\NB_2BF_I_MRACCEL
|
\NBI::TOP.NB_2B:I_MRACCEL
|
Nb 2b mod reg current. |
\NB_2BS_I_ACCHVE
|
\NBI::TOP.NB_2B:S_I_ACCHVE
|
Nb 2b accel current - slow. |
\NB_2BS_V_ACCHVE
|
\NBI::TOP.NB_2B:S_V_ACCHVE
|
Nb 2b accel voltage - slow. |
\NB_2BF_V_MRACCEL
|
\NBI::TOP.NB_2B:V_MRACCEL
|
Nb 2b mod reg voltage. |
\NB_2CF_IACCHVE
|
\NBI::TOP.NB_2C:F_IACCHVE
|
Nb 2c accel current. |
\NB_2CF_VACCHVE
|
\NBI::TOP.NB_2C:F_VACCHVE
|
Nb 2c accel voltage. |
\NB_2CF_I_MRACCEL
|
\NBI::TOP.NB_2C:I_MRACCEL
|
Nb 2c mod reg current. |
\NB_2CS_I_ACCHVE
|
\NBI::TOP.NB_2C:S_I_ACCHVE
|
Nb 2c accel current - slow. |
\NB_2CS_V_ACCHVE
|
\NBI::TOP.NB_2C:S_V_ACCHVE
|
Nb 1c accel voltage - slow. |
\NB_2CF_V_MRACCEL
|
\NBI::TOP.NB_2C:V_MRACCEL
|
Nb 2c mod reg voltage. |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
\CHI_IOUT_ALT
|
\OPERATIONS::TOP.CHI.CAPBANK_CHI:IOUT_ALT
|
Chi capbank output current (jelfom) |
\CHI_I_OUT
|
\OPERATIONS::TOP.CHI.CAPBANK_CHI:I_DISCHARGE
|
Chi capbank discharge current |
\CHI_CAPBANK2_VOLTAGE
|
\OPERATIONS::TOP.CHI.CAPBANK_CHI:VBANK2
|
Chi capbank 2 voltage |
\CHI_CAPBANK3_VOLTAGE
|
\OPERATIONS::TOP.CHI.CAPBANK_CHI:VBANK3
|
Chi capbank 3 voltage |
\CHI_VOUT_ALT
|
\OPERATIONS::TOP.CHI.CAPBANK_CHI:VOUT_ALT
|
Chi capbank output voltage (jelfom) |
\CHI_V_OUT
|
\OPERATIONS::TOP.CHI.CAPBANK_CHI:V_CAPACITOR
|
Chi capbank voltage |
\HS_BOTTOM_IVV
|
\OPERATIONS::TOP.CHI.VV_MONITOR:BOTTOM_IVV
|
Bottom inner vv data |
\HS_BOTTOM_OVV
|
\OPERATIONS::TOP.CHI.VV_MONITOR:BOTTOM_OVV
|
Bottom outer vv data |
\HS_TOP_IVV
|
\OPERATIONS::TOP.CHI.VV_MONITOR:TOP_IVV
|
Top inner vv data |
\HS_TOP_OVV
|
\OPERATIONS::TOP.CHI.VV_MONITOR:TOP_OVV
|
Top outer vv data |
\CHI_FAST_PRESSURE
|
\OPERATIONS::TOP.CHI.MONITOR.PRESSURE:PCHIFASTPRES
|
Fast neutral pressure signal (only an empty formula for now) |
\CHI_PE106
|
\OPERATIONS::TOP.CHI.MONITOR.PRESSURE:PCHIPE106
|
Chi puff pressure |
\CHI_PZV4
|
\OPERATIONS::TOP.CHI.MONITOR.VOLTAGE:VCHIPZV4
|
Chi piezo voltage |
\CHI_SPARE
|
\OPERATIONS::TOP.CHI.MONITOR.VOLTAGE:VCHISPARE
|
Spare chi signal |
\CHI_VOLTAGE
|
\OPERATIONS::TOP.CHI.MONITOR.VOLTAGE:VCHIVOLTAGE
|
Chi voltage |
\V_CLASS3RACKS
|
\OPERATIONS::TOP.CHI.MONITOR.VOLTAGE:VCLASS3RACKS
|
Potential between class 2/3 diagnostic racks and ntc ground |
\V_CLASS4RACKS
|
\OPERATIONS::TOP.CHI.MONITOR.VOLTAGE:VCLASS4RACKS
|
Potential between class 4 diagnostic racks and ntc ground |
\I_HCCHIINAMP
|
\OPERATIONS::TOP.HALOCUR.ROGOWSKI.CURRENT:IHCCHIINAMP
|
Sum of rogoski signals on the inner chi bus |
\I_HCCHIOUTAMP
|
\OPERATIONS::TOP.HALOCUR.ROGOWSKI.CURRENT:IHCCHIOUTAMP
|
Sum of rogoski signals on the outer chi bus |
\I_ROGCHICIN
|
\OPERATIONS::TOP.HALOCUR.ROGOWSKI.CURRENT:IROGCHICIN
|
Rogowski on inner vessel chi bus bar at bay c |
\I_ROGCHICOUT
|
\OPERATIONS::TOP.HALOCUR.ROGOWSKI.CURRENT:IROGCHICOUT
|
Rogowski on outer vessel chi bus bar at bay c |
\I_ROGCHIEIN
|
\OPERATIONS::TOP.HALOCUR.ROGOWSKI.CURRENT:IROGCHIEIN
|
Rogowski on inner vessel chi bus bar at bay e |
\I_ROGCHIEOUT
|
\OPERATIONS::TOP.HALOCUR.ROGOWSKI.CURRENT:IROGCHIEOUT
|
Rogowski on outer vessel chi bus bar at bay e |
\I_ROGCHIJIN
|
\OPERATIONS::TOP.HALOCUR.ROGOWSKI.CURRENT:IROGCHIJIN
|
Rogowski on inner vessel chi bus bar at bay j |
\I_ROGCHIJOUT
|
\OPERATIONS::TOP.HALOCUR.ROGOWSKI.CURRENT:IROGCHIJOUT
|
Rogowski on outer vessel chi bus bar at bay j |
\B_1DMCSCROT1
|
\OPERATIONS::TOP.HALOCUR.TOR_MIR.B:B1DMCSCROT1
|
Rotated mirnov on the cs measuring the toroidal field |
\B_1DMCSCROT2
|
\OPERATIONS::TOP.HALOCUR.TOR_MIR.B:B1DMCSCROT2
|
Rotated mirnov on the cs measuring the toroidal field |
\B_1DMCSCROT3
|
\OPERATIONS::TOP.HALOCUR.TOR_MIR.B:B1DMCSCROT3
|
Rotated mirnov on the cs measuring the toroidal field |
\B_1DMCSCROT4
|
\OPERATIONS::TOP.HALOCUR.TOR_MIR.B:B1DMCSCROT4
|
Rotated mirnov on the cs measuring the toroidal field |
\B_1DMCSCROT5
|
\OPERATIONS::TOP.HALOCUR.TOR_MIR.B:B1DMCSCROT5
|
Rotated mirnov on the cs measuring the toroidal field |
\B_HCDOBDORLAB
|
\OPERATIONS::TOP.HALOCUR.TOR_MIR.B:BHCDOBDORLAB
|
Bt sensor in lower outboard divertor outside the outermost bbq rail between bays a and b |
\B_HCDOBDORLCD
|
\OPERATIONS::TOP.HALOCUR.TOR_MIR.B:BHCDOBDORLCD
|
Bt sensor in lower outboard divertor outside the outermost bbq rail between bays c and d |
\I_HCCSCROTAMP
|
\OPERATIONS::TOP.HALOCUR.TOR_MIR.CURRENT:IHCCSCROTAMP
|
Halo current on cs inferred from tilted mirnov coils via tdi function |
\F_DIAMAG1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FDIAMAG1
|
Diamagnetic flux measured by irogevvul1 return loop - difference of total and vacuum computed in analog electronics |
\F_DIAMAG2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FDIAMAG2
|
Diamagnetic flux measured by irogevvul2 return loop - difference of total and vacuum computed in analog electronics |
\F_FLCSCL4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLCSCL4
|
Flux loop on cs casing near lower organ pipes |
\F_FLCSCU4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLCSCU4
|
Flux loop on cs casing near upper organ pipes |
\F_FLEVVL2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLEVVL2
|
Flux loop on lower external vacuum vessel surface |
\F_FLEVVL3
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLEVVL3
|
Flux loop on lower external vacuum vessel surface |
\F_FLEVVL4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLEVVL4
|
Flux loop on lower external vacuum vessel surface |
\F_FLEVVL5
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLEVVL5
|
Flux loop on lower external vacuum vessel surface |
\F_FLEVVL6
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLEVVL6
|
Flux loop on lower external vacuum vessel surface |
\F_FLEVVL7
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLEVVL7
|
Flux loop on lower external vacuum vessel surface |
\F_FLEVVU2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLEVVU2
|
Flux loop on upper external vacuum vessel surface |
\F_FLEVVU3
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLEVVU3
|
Flux loop on upper external vacuum vessel surface |
\F_FLEVVU4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLEVVU4
|
Flux loop on upper external vacuum vessel surface |
\F_FLEVVU5
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLEVVU5
|
Flux loop on upper external vacuum vessel surface |
\F_FLEVVU6
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLEVVU6
|
Flux loop on upper external vacuum vessel surface |
\F_FLEVVU7
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLEVVU7
|
Flux loop on upper external vacuum vessel surface |
\F_FLIVVL1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLIVVL1
|
Flux loop on lower inner vacuum vessel wall |
\F_FLIVVL2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLIVVL2
|
Flux loop on lower inner vacuum vessel wall |
\F_FLIVVU1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLIVVU1
|
Flux loop on upper inner vacuum vessel wall |
\F_FLIVVU2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLIVVU2
|
Flux loop on upper inner vacuum vessel wall |
\F_FLMDLL1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLMDLL1
|
Flux loop on pf-1al winding mandrel top |
\F_FLMDLL2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLMDLL2
|
Flux loop on pf-1bl winding madrel top |
\F_FLMDLU1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLMDLU1
|
Flux loop on pf-1au winding mandrel top |
\F_FLMDLU2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLMDLU2
|
Flux loop on pf-1bu winding madrel top |
\F_FLOBDL1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLOBDL1
|
Flux loop on lower outboard divertor plate |
\F_FLOBDL2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLOBDL2
|
Flux loop on lower outboard divertor plate |
\F_FLOBDL3
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLOBDL3
|
Flux loop on lower outboard divertor plate |
\F_FLOBDU1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLOBDU1
|
Flux loop on upper outboard divertor plate |
\F_FLOBDU2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLOBDU2
|
Flux loop on upper outboard divertor plate |
\F_FLOBDU3
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLOBDU3
|
Flux loop on upper outboard divertor plate |
\F_FLOHL1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLOHL1
|
Flux loop on oh coil |
\F_FLOHL2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLOHL2
|
Flux loop on lower oh coil |
\F_FLOHL3
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLOHL3
|
Flux loop on oh coil |
\F_FLOHL4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLOHL4
|
Flux loop on lower oh coil |
\F_FLOHM
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLOHM
|
Flux loop on oh coil mid-plane |
\F_FLOHU1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLOHU1
|
Flux loop on oh coil |
\F_FLOHU2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLOHU2
|
Flux loop on upper oh coil |
\F_FLOHU3
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLOHU3
|
Flux loop on oh coil |
\F_FLOHU4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLOHU4
|
Flux loop on upper oh coil |
\F_FLPF1AL1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPF1AL1
|
Flux loop on lower pf1al coil |
\F_FLPF1AL2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPF1AL2
|
Flux loop on lower pf1a coil |
\F_FLPF1AL3
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPF1AL3
|
Flux loop on lower pf1al coil |
\F_FLPF1AL4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPF1AL4
|
Flux loop on lower pf1a coil |
\F_FLPF1AU1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPF1AU1
|
Flux loop on upper pf1au coil |
\F_FLPF1AU2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPF1AU2
|
Flux loop on upper pf1a coil |
\F_FLPF1AU3
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPF1AU3
|
Flux loop on upper pf1au coil |
\F_FLPF1AU4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPF1AU4
|
Flux loop on upper pf1a coil |
\F_FLPF1BL1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPF1BL1
|
Flux loop on pf-1bl coil |
\F_FLPF1BL2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPF1BL2
|
Flux loop on pf-1bl coil |
\F_FLPF1BU1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPF1BU1
|
Flux loop on pf-1bu coil |
\F_FLPF1BU2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPF1BU2
|
Flux loop on pf-1bu coil |
\F_FLPPPL1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPPPL1
|
Flux loop on lower primary passive plate |
\F_FLPPPL2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPPPL2
|
Flux loop on lower primary passive plate |
\F_FLPPPL3
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPPPL3
|
Flux loop on lower primary passive plate |
\F_FLPPPL4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPPPL4
|
Flux loop on lower primary passive plate |
\F_FLPPPU1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPPPU1
|
Flux loop on upper primary passive plate |
\F_FLPPPU2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPPPU2
|
Flux loop on upper primary passive plate |
\F_FLPPPU3
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPPPU3
|
Flux loop on upper primary passive plate |
\F_FLPPPU4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPPPU4
|
Flux loop on upper primary passive plate |
\F_FLSPPL1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLSPPL1
|
Flux loop on lower secondary passive plate |
\F_FLSPPL2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLSPPL2
|
Flux loop on lower secondary passive plate |
\F_FLSPPL3
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLSPPL3
|
Flux loop on lower secondary passive plate |
\F_FLSPPL4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLSPPL4
|
Flux loop on lower secondary passive plate |
\F_FLSPPU1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLSPPU1
|
Flux loop on upper secondary passive plate |
\F_FLSPPU2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLSPPU2
|
Flux loop on upper secondary passive plate |
\F_FLSPPU3
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLSPPU3
|
Flux loop on upper secondary passive plate |
\F_FLSPPU4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLSPPU4
|
Flux loop on upper secondary passive plate |
\F_TORTOT1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FTORTOT1
|
Total toroidal flux measured by irogevvul1 return loop |
\F_TORTOT2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FTORTOT2
|
Total toroidal flux measured by irogevvul2 return loop |
\V_FLCSCL4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLCSCL4
|
Voltage loop on cs casing |
\V_FLCSCU4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLCSCU4
|
Voltage loop on cs casing |
\V_FLOBDL1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLOBDL1
|
Voltage loop on lower outboard divertor |
\V_FLOBDU2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLOBDU2
|
Voltage loop on upper outboard divertor |
\V_FLOHL1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLOHL1
|
Voltage loop on oh coil |
\V_FLOHL3
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLOHL3
|
Voltage loop on oh coil |
\V_FLOHL4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLOHL4
|
Voltage loop on oh coil |
\V_FLOHM
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLOHM
|
Flux loop voltage on oh coil mid-plane |
\V_FLOHU1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLOHU1
|
Voltage loop on oh coil |
\V_FLOHU3
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLOHU3
|
Voltage loop on oh coil |
\V_FLOHU4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLOHU4
|
Voltage loop on oh coil |
\V_FLPF1AL1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLPF1AL1
|
Flux loop voltage on oh coil below mid-plane |
\V_FLPF1AL3
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLPF1AL3
|
Flux loop voltage on lower pf1a coil |
\V_FLPF1AL4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLPF1AL4
|
Voltage loop on upper pf1al4 coil |
\V_FLPF1AU1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLPF1AU1
|
Flux loop voltage on oh coil above mid-plane |
\V_FLPF1AU3
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLPF1AU3
|
Flux loop voltage on upper pf1a coil |
\V_FLPF1AU4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLPF1AU4
|
Voltage loop on upper pf1au4 coil |
\V_FLPF1BL1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLPF1BL1
|
Voltage loop on lower pf1b coil |
\V_FLPF1BL2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLPF1BL2
|
Voltage loop on lower pf1b coil |
\V_FLPF1BU1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLPF1BU1
|
Voltage loop on upper pf1b coil |
\V_FLPF1BU2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLPF1BU2
|
Voltage loop on upper pf1b coil |
\V_FLPPPL1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLPPPL1
|
Flux loop on lower primary passive plate |
\V_FLPPPL4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLPPPL4
|
Flux loop on lower primary passive plate |
\V_FLPPPU1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLPPPU1
|
Flux loop on upper primary passive plate |
\V_FLPPPU4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLPPPU4
|
Flux loop on upper primary passive plate |
\V_FLPPPUL2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLPPPUL2
|
Buffer-amplified difference voltage = v_flpppu2 - v_flpppl2 |
\V_FLSPPL1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLSPPL1
|
Flux loop on lower secondary passive plate |
\V_FLSPPL4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLSPPL4
|
Flux loop on lower secondary passive plate |
\V_FLSPPU1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLSPPU1
|
Flux loop on upper secondary passive plate |
\V_FLSPPU4
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLSPPU4
|
Flux loop on upper secondary passive plate |
\B_1DMCSC2L1
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMCSC2L1
|
1d mirnov on the cs casing narrow section |
\B_1DMCSC2L2
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMCSC2L2
|
1d mirnov on the cs casing narrow section |
\B_1DMCSC2L4
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMCSC2L4
|
1d mirnov on the cs casing narrow section |
\B_1DMCSC2L6
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMCSC2L6
|
1d mirnov on the cs casing narrow section |
\B_1DMCSC2U2
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMCSC2U2
|
1d mirnov on the cs casing narrow section |
\B_1DMCSC2U4
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMCSC2U4
|
1d mirnov on the cs casing narrow section |
\B_1DMCSC2U6
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMCSC2U6
|
1d mirnov on the cs casing narrow section |
\B_1DMCSCL1
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMCSCL1
|
1-d mirnov on lower center-stack casing |
\B_1DMCSCL2
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMCSCL2
|
1-d mirnov on lower center-stack casing |
\B_1DMCSCL3
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMCSCL3
|
1-d mirnov on lower center-stack casing |
\B_1DMCSCL4
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMCSCL4
|
1-d mirnov on lower center-stack casing |
\B_1DMCSCL5
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMCSCL5
|
1-d mirnov on lower center-stack casing |
\B_1DMCSCL6
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMCSCL6
|
1-d mirnov on lower center-stack casing |
\B_1DMCSCU2
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMCSCU2
|
1-d mirnov on upper center-stack casing |
\B_1DMCSCU3
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMCSCU3
|
1-d mirnov on upper center-stack casing |
\B_1DMCSCU4
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMCSCU4
|
1-d mirnov on upper center-stack casing |
\B_1DMCSCU5
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMCSCU5
|
1-d mirnov on upper center-stack casing |
\B_1DMCSCU6
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMCSCU6
|
1-d mirnov on upper center-stack casing |
\B_2DMCSC2L2N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMCSC2L2N
|
2d mirnov on center stack casing, normal sensor |
\B_2DMCSC2L2T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMCSC2L2T
|
2d mirnov on center stack casing, tangent sensor |
\B_2DMCSC2U2N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMCSC2U2N
|
2d mirnov on center stack casing, normal sensor |
\B_2DMCSC2U2T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMCSC2U2T
|
2d mirnov on center stack casing, tangent sensor |
\B_2DMCSCL1N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMCSCL1N
|
2d mirnov on center stack casing, normal sensor |
\B_2DMCSCL1T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMCSCL1T
|
2d mirnov on center stack casing, tangent sensor |
\B_2DMCSCL2N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMCSCL2N
|
2-d mirnov on lower center-stack casing - normal field |
\B_2DMCSCL2T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMCSCL2T
|
2-d mirnov on lower center-stack casing - tangential field |
\B_2DMCSCU1N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMCSCU1N
|
2-d mirnov on upper center-stack casing - normal field |
\B_2DMCSCU1T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMCSCU1T
|
2-d mirnov on upper center-stack casing - tangential field |
\B_2DMCSCU2N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMCSCU2N
|
2d mirnov on center stack casing, normal sensor |
\B_2DMCSCU2T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMCSCU2T
|
2d mirnov on center stack casing, tangent sensor |
\B_2DMIBDH2L6N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDH2L6N
|
2d mirnov on inboard horizontal target, normal sensor |
\B_2DMIBDH2L6T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDH2L6T
|
2d mirnov on inboard horizontal target, tangent sensor |
\B_2DMIBDH2U6N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDH2U6N
|
2d mirnov on inboard horizontal target, normal sensor |
\B_2DMIBDH2U6T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDH2U6T
|
2d mirnov on inboard horizontal target, tangent sensor |
\B_2DMIBDHL5N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDHL5N
|
2-d mirnov on lower inboard divertor plate - normal field |
\B_2DMIBDHL5T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDHL5T
|
2-d mirnov on lower inboard divertor plate - tangential field |
\B_2DMIBDHL6N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDHL6N
|
2-d mirnov on lower inboard divertor plate - normal field |
\B_2DMIBDHL6T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDHL6T
|
2-d mirnov on lower inboard divertor plate - tangential field |
\B_2DMIBDHU5N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDHU5N
|
2-d mirnov on upper inboard divertor plate - normal field |
\B_2DMIBDHU5T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDHU5T
|
2-d mirnov on upper inboard divertor plate - tangential field |
\B_2DMIBDHU6N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDHU6N
|
2-d mirnov on upper inboard divertor plate - normal field |
\B_2DMIBDHU6T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDHU6T
|
2-d mirnov on upper inboard divertor plate - tangential field |
\B_2DMIBDV2L2N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDV2L2N
|
2d mirnov on inboard vertical target, normal sensor |
\B_2DMIBDV2L2T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDV2L2T
|
2d mirnov on inboard vertical target, tangent sensor |
\B_2DMIBDV2U2N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDV2U2N
|
2d mirnov on inboard vertical target, normal sensor |
\B_2DMIBDV2U2T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDV2U2T
|
2d mirnov on inboard vertical target, tangent sensor |
\B_2DMIBDVL1N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDVL1N
|
1-d mirnov on lower inboard divertor vertical |
\B_2DMIBDVL1T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDVL1T
|
2d mirnov on inboard vertical target, tangent sensor |
\B_2DMIBDVL2N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDVL2N
|
2d mirnov on inboard vertical target, normal sensor |
\B_2DMIBDVL2T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDVL2T
|
2d mirnov on inboard vertical target, tangent sensor |
\B_2DMIBDVL3N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDVL3N
|
1-d mirnov on lower inboard divertor vertical |
\B_2DMIBDVL3T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDVL3T
|
2d mirnov on inboard vertical target, tangent sensor |
\B_2DMIBDVU1N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDVU1N
|
1-d mirnov on upper inboard divertor vertical |
\B_2DMIBDVU1T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDVU1T
|
2d mirnov on inboard vertical target, tangent sensor |
\B_2DMIBDVU2N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDVU2N
|
2d mirnov on inboard vertical target, normal sensor |
\B_2DMIBDVU2T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDVU2T
|
2d mirnov on inboard vertical target, tangent sensor |
\B_2DMIBDVU3N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDVU3N
|
1-d mirnov on upper inboard divertor vertical |
\B_2DMIBDVU3T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMIBDVU3T
|
2d mirnov on inboard vertical target, tangent sensor |
\B_2DMOBDL1N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDL1N
|
2-d mirnov on lower outboard divertor - normal field |
\B_2DMOBDL1T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDL1T
|
2-d mirnov on lower outboard divertor - tangential field |
\B_2DMOBDL2N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDL2N
|
2-d mirnov on lower outboard divertor - normal field |
\B_2DMOBDL2T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDL2T
|
2-d mirnov on lower outboard divertor - tangential field |
\B_2DMOBDL3N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDL3N
|
2-d mirnov on lower outboard divertor - normal field |
\B_2DMOBDL3T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDL3T
|
2-d mirnov on lower outboard divertor - tangential field |
\B_2DMOBDL4N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDL4N
|
2-d mirnov on lower outboard divertor - normal field |
\B_2DMOBDL4T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDL4T
|
2-d mirnov on lower outboard divertor - tangential field |
\B_2DMOBDL5N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDL5N
|
2-d mirnov on lower outboard divertor - normal field |
\B_2DMOBDL5T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDL5T
|
2-d mirnov on lower outboard divertor - tangential field |
\B_2DMOBDU1N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDU1N
|
2-d mirnov on upper outboard divertor - normal field |
\B_2DMOBDU1T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDU1T
|
2-d mirnov on upper outboard divertor - tangential field |
\B_2DMOBDU2N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDU2N
|
2-d mirnov on upper outboard divertor - normal field |
\B_2DMOBDU2T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDU2T
|
2-d mirnov on upper outboard divertor - tangential field |
\B_2DMOBDU3N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDU3N
|
2-d mirnov on upper outboard divertor - normal field |
\B_2DMOBDU3T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDU3T
|
2-d mirnov on upper outboard divertor - tangential field |
\B_2DMOBDU4N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDU4N
|
2-d mirnov on upper outboard divertor - normal field |
\B_2DMOBDU4T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDU4T
|
2-d mirnov on upper outboard divertor - tangential field |
\B_2DMOBDU5N
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDU5N
|
2-d mirnov on upper outboard divertor - normal field |
\B_2DMOBDU5T
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B2DMOBDU5T
|
2-d mirnov on upper outboard divertor - tangential field |
\B_L1DMPPPGL1
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGL1
|
1-d mirnov in lower primary passive plate gap |
\B_L1DMPPPGL1_AXEQ
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGL1A
|
Axisymmetric equivalent 1-d mirnov in lower primary passive plate gap |
\B_L1DMPPPGL2
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGL2
|
1-d mirnov in lower primary passive plate gap |
\B_L1DMPPPGL2_AXEQ
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGL2A
|
Axisymmetric equivalent 1-d mirnov in lower primary passive plate gap |
\B_L1DMPPPGL3
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGL3
|
1-d mirnov in lower primary passive plate gap |
\B_L1DMPPPGL3_AXEQ
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGL3A
|
Axisymmetric equivalent 1-d mirnov in lower primary passive plate gap |
\B_L1DMPPPGL4
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGL4
|
1-d mirnov centered toroidally behind lower primary passive plate |
\B_L1DMPPPGL5
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGL5
|
1-d mirnov centered toroidally behind lower primary passive plate |
\B_L1DMPPPGL6
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGL6
|
1-d mirnov centered toroidally behind lower primary passive plate |
\B_L1DMPPPGL7
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGL7
|
1-d mirnov centered toroidally behind lower primary passive plate |
\B_L1DMPPPGL8
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGL8
|
1-d mirnov centered toroidally behind lower primary passive plate |
\B_L1DMPPPGU1
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGU1
|
1-d mirnov in upper primary passive plate gap |
\B_L1DMPPPGU1_AXEQ
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGU1A
|
Axisymmetric equivalent 1-d mirnov in upper primary passive plate gap |
\B_L1DMPPPGU2
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGU2
|
1-d mirnov in upper primary passive plate gap |
\B_L1DMPPPGU2_AXEQ
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGU2A
|
Axisymmetric equivalent 1-d mirnov in upper primary passive plate gap |
\B_L1DMPPPGU3
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGU3
|
1-d mirnov in upper primary passive plate gap |
\B_L1DMPPPGU3_AXEQ
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGU3A
|
Axisymmetric equivalent 1-d mirnov in upper primary passive plate gap |
\B_L1DMPPPGU4
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGU4
|
1-d mirnov centered toroidally behind upper primary passive plate |
\B_L1DMPPPGU5
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGU5
|
1-d mirnov centered toroidally behind upper primary passive plate |
\B_L1DMPPPGU6
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGU6
|
1-d mirnov centered toroidally behind upper primary passive plate |
\B_L1DMPPPGU7
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGU7
|
1-d mirnov centered toroidally behind upper primary passive plate |
\B_L1DMPPPGU8
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGU8
|
1-d mirnov centered toroidally behind upper primary passive plate |
\B_L1DMSPPGL1
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGL1
|
1-d mirnov in lower secondary passive plate gap |
\B_L1DMSPPGL1_AXEQ
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGL1A
|
Axisymmetric equivalent 1-d mirnov in lower secondary passive plate gap |
\B_L1DMSPPGL2
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGL2
|
1-d mirnov in lower secondary passive plate gap |
\B_L1DMSPPGL2_AXEQ
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGL2A
|
Axisymmetric equivalent 1-d mirnov in lower secondary passive plate gap |
\B_L1DMSPPGL3
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGL3
|
1-d mirnov in lower secondary passive plate gap |
\B_L1DMSPPGL3_AXEQ
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGL3A
|
Axisymmetric equivalent 1-d mirnov in lower secondary passive plate gap |
\B_L1DMSPPGL4
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGL4
|
1-d mirnov centered toroidally behind lower secondary passive plate |
\B_L1DMSPPGL5
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGL5
|
1-d mirnov centered toroidally behind lower secondary passive plate |
\B_L1DMSPPGL6
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGL6
|
1-d mirnov centered toroidally behind lower secondary passive plate |
\B_L1DMSPPGL7
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGL7
|
1-d mirnov centered toroidally behind lower primary passive plate |
\B_L1DMSPPGU1
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGU1
|
1-d mirnov in upper secondary passive plate gap |
\B_L1DMSPPGU1_AXEQ
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGU1A
|
Axisymmetric equivalent 1-d mirnov in upper secondary passive plate gap |
\B_L1DMSPPGU2
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGU2
|
1-d mirnov in upper secondary passive plate gap |
\B_L1DMSPPGU2_AXEQ
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGU2A
|
Axisymmetric equivalent 1-d mirnov in upper secondary passive plate gap |
\B_L1DMSPPGU3
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGU3
|
1-d mirnov in upper secondary passive plate gap |
\B_L1DMSPPGU3_AXEQ
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGU3A
|
Axisymmetric equivalent 1-d mirnov in upper secondary passive plate gap |
\B_L1DMSPPGU4
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGU4
|
1-d mirnov centered toroidally behind upper secondary passive plate |
\B_L1DMSPPGU5
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGU5
|
1-d mirnov centered toroidally behind upper secondary passive plate |
\B_L1DMSPPGU6
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGU6
|
1-d mirnov centered toroidally behind upper secondary passive plate |
\B_L1DMSPPGU7
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGU7
|
1-d mirnov centered toroidally behind upper primary passive plate |
\MHD_EVENN_LOWF
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BMHDEVENNLF
|
Low-frequency MHD signal from integrated even-n dbdt from hign-n array sensors |
\MHD_EVENN_MIDF
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BMHDEVENNMF
|
Mid-frequency MHD signal from integrated even-n dbdt from hign-n array sensors |
\MHD_ODDN_LOWF
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BMHDODDNLF
|
Low-frequency MHD signal from integrated odd-n dbdt from hign-n array sensors |
\MHD_ODDN_MIDF
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BMHDODDNMF
|
Mid-frequency MHD signal from integrated odd-n dbdt from hign-n array sensors |
\UNITYGAIN
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BUNITYGAIN
|
Use to provide a unity calibration for the realtime data. |
\BDOT_2DMOBDL2T_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BD2DMOBDL2T
|
Raw outboard poloidal array tangential signal from small 2-d mirnov in lower obd |
\BDOT_2DMOBDL4T_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BD2DMOBDL4T
|
Raw outboard poloidal array tangential signal from small 2-d mirnov in lower obd |
\BDOT_2DMOBDU2T_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BD2DMOBDU2T
|
Raw outboard poloidal array tangential signal from small 2-d mirnov in upper obd |
\BDOT_2DMOBDU4T_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BD2DMOBDU4T
|
Raw outboard poloidal array tangential signal from small 2-d mirnov in upper obd |
\BDOT_L1DMIVVHF1_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF1
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF10_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF10
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF11_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF11
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF12_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF12
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF2_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF2
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF3_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF3
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF4_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF4
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF5_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF5
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF6_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF6
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF7_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF7
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF8_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF8
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF9_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF9
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHN1_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN1
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN10_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN10
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN11_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN11
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN12_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN12
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN13_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN13
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN14_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN14
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN15_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN15
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN16_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN16
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN2_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN2
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN3_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN3
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN4_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN4
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN5_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN5
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN6_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN6
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN7_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN7
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN8_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN8
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN9_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN9
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMPPPGHL1_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMPPGHL1
|
Raw outboard poloidal array signal from medium 1-d mirnov in lower bay h plate gap |
\BDOT_L1DMPPPGHL2_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMPPGHL2
|
Raw outboard poloidal array signal from medium 1-d mirnov in lower bay h plate gap |
\BDOT_L1DMPPPGHL3_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMPPGHL3
|
Raw outboard poloidal array signal from medium 1-d mirnov in lower bay h plate gap |
\BDOT_L1DMPPPGHU1_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMPPGHU1
|
Raw outboard poloidal array signal from medium 1-d mirnov in upper bay h plate gap |
\BDOT_L1DMPPPGHU2_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMPPGHU2
|
Raw outboard poloidal array signal from medium 1-d mirnov in upper bay h plate gap |
\BDOT_L1DMPPPGHU3_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMPPGHU3
|
Raw outboard poloidal array signal from medium 1-d mirnov in upper bay h plate gap |
\BDOT_L1DMSPPGHL1_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPGHL1
|
Raw outboard poloidal array signal from medium 1-d mirnov in lower bay h plate gap |
\BDOT_L1DMSPPGHL2_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPGHL2
|
Raw outboard poloidal array signal from medium 1-d mirnov in lower bay h plate gap |
\BDOT_L1DMSPPGHL3_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPGHL3
|
Raw outboard poloidal array signal from medium 1-d mirnov in lower bay h plate gap |
\BDOT_L1DMSPPGHU1_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPGHU1
|
Raw outboard poloidal array signal from medium 1-d mirnov in upper bay h plate gap |
\BDOT_L1DMSPPGHU2_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPGHU2
|
Raw outboard poloidal array signal from medium 1-d mirnov in upper bay h plate gap |
\BDOT_L1DMSPPGHU3_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPGHU3
|
Raw outboard poloidal array signal from medium 1-d mirnov in upper bay h plate gap |
\BDOT_RFPROBE_BR_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDRFPROBEBR
|
Rf b-dot probe voltage from br sensor |
\BDOT_RFPROBE_BT_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDRFPROBEBT
|
Rf b-dot probe voltage from BT sensor |
\BDOT_RFPROBE_BZ_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDRFPROBEBZ
|
Rf b-dot probe voltage from bz sensor |
\SPECTRUM_ANALYZER_VOUT
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDSAFASTSPEC
|
Rf spectrum analyzer fast analog output (raw voltage - uncalibrated) |
\TARRAY_MODE_AMPLITUDE
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDTAMODEAMP
|
Toroidal array MHD mode amplitude from high-n array |
\TARRAY_MODE_FITERROR
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDTAMODEFER
|
Toroidal array MHD mode amplitude fitting error from high-n array |
\TARRAY_MODE_NUMBER
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDTAMODENUM
|
Toroidal array MHD mode number from high-n array |
\TARRAY_MODE_PHASE
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDTAMODEPHS
|
Toroidal array MHD mode phase from high-n array |
\I_RACK418GND
|
\OPERATIONS::TOP.MAGNETICS.MONITOR.CURRENT:IRACK418GND
|
Pearson pulse transformer measuring diagnostic ground current |
\I_RACK429GND
|
\OPERATIONS::TOP.MAGNETICS.MONITOR.CURRENT:IRACK429GND
|
Pearson pulse transformer measuring diagnostic ground current |
\I_RACK430GND
|
\OPERATIONS::TOP.MAGNETICS.MONITOR.CURRENT:IRACK430GND
|
Pearson pulse transformer measuring diagnostic ground current |
\I_RACK431GND
|
\OPERATIONS::TOP.MAGNETICS.MONITOR.CURRENT:IRACK431GND
|
Pearson pulse transformer measuring diagnostic ground current |
\I_RACK432GND
|
\OPERATIONS::TOP.MAGNETICS.MONITOR.CURRENT:IRACK432GND
|
Pearson pulse transformer measuring diagnostic ground current |
\I_RACK433GND
|
\OPERATIONS::TOP.MAGNETICS.MONITOR.CURRENT:IRACK433GND
|
Pearson pulse transformer measuring diagnostic ground current |
\I_RACK434GND
|
\OPERATIONS::TOP.MAGNETICS.MONITOR.CURRENT:IRACK434GND
|
Pearson pulse transformer measuring diagnostic ground current |
\I_RACK435GND
|
\OPERATIONS::TOP.MAGNETICS.MONITOR.CURRENT:IRACK435GND
|
Pearson pulse transformer measuring diagnostic ground current |
\V_CLASS3DACV1
|
\OPERATIONS::TOP.MAGNETICS.MONITOR.VOLTAGE:VCLASS3DACV1
|
Dac voltage 1 after fo transmitting to the cat. 3 racks |
\V_CLASS4DACV1
|
\OPERATIONS::TOP.MAGNETICS.MONITOR.VOLTAGE:VCLASS4DACV1
|
Class 4 iotech dac output voltage channel 1 |
\V_CLASS4DACV2
|
\OPERATIONS::TOP.MAGNETICS.MONITOR.VOLTAGE:VCLASS4DACV2
|
Class 4 iotech dac output voltage channel 2 |
\I_ROGCOILTOT1
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGCOILTOT1
|
Rogowski loop measuring total current to coils - integrator gain value #1 |
\I_ROGCOILTOT2
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGCOILTOT2
|
Rogowski loop measuring total current to coils - integrator gain value #2 |
\I_ROGCSCL1
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGCSCL1
|
Sum of segmented rogowski loop signals a, b, and c enclosing lower center-stack casing |
\I_ROGCSCL1A
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGCSCL1A
|
Segmented rogowski loop enclosing lower center-stack casing |
\I_ROGCSCL1C
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGCSCL1C
|
Segmented rogowski loop enclosing lower center-stack casing |
\I_ROGCSCL2
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGCSCL2
|
Rogowski loop enclosing lower center-stack casing |
\I_ROGCSCU1
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGCSCU1
|
Rogowski loop enclosing upper center-stack casing |
\I_ROGCSCU2
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGCSCU2
|
Rogowski loop enclosing upper center-stack casing |
\I_ROGEVVUL1HG
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGEVVUL1HG
|
Rogowski enclosing vv, plates, cs casing, pf1bu/l, pf1cu/l, and plasma |
\I_ROGEVVUL1LG
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGEVVUL1LG
|
Rogowski enclosing vv, plates, cs casing, pf1bu/l, pf1cu/l, and plasma |
\I_ROGEVVUL2HG
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGEVVUL2HG
|
Rogowski enclosing vv, plates, cs casing, pf1bu/l, pf1cu/l, and plasma |
\I_ROGEVVUL2LG
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGEVVUL2LG
|
Rogowski enclosing vv, plates, cs casing, pf1bu/l, pf1cu/l, and plasma |
\I_ROGTFOL
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGTFOL
|
Rogowski measuring the tf outer leg current |
\I_TFPICKUP
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:ITFPICKUP
|
Total tf current through center stack (for tf pickup subtraction) |
\B_BPRWMPPPLD1
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPLD1
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower difference 1 |
\B_BPRWMPPPLD2
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPLD2
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower difference 2 |
\B_BPRWMPPPLD3
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPLD3
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower difference 3 |
\B_BPRWMPPPLD4
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPLD4
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower difference 4 |
\B_BPRWMPPPLD5
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPLD5
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower difference 5 |
\B_BPRWMPPPLD6
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPLD6
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower difference 6 |
\B_BPRWMPPPLS1
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPLS1
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower sum 1 |
\B_BPRWMPPPLS2
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPLS2
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower sum 2 |
\B_BPRWMPPPLS3
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPLS3
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower sum 3 |
\B_BPRWMPPPLS4
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPLS4
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower sum 4 |
\B_BPRWMPPPLS5
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPLS5
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower sum 5 |
\B_BPRWMPPPLS6
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPLS6
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower sum 6 |
\B_BPRWMPPPUD1
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPUD1
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper difference 1 |
\B_BPRWMPPPUD2
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPUD2
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper difference 2 |
\B_BPRWMPPPUD3
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPUD3
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper difference 3 |
\B_BPRWMPPPUD4
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPUD4
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper difference 4 |
\B_BPRWMPPPUD5
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPUD5
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper difference 5 |
\B_BPRWMPPPUD6
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPUD6
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper difference 6 |
\B_BPRWMPPPUS1
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPUS1
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper sum 1 |
\B_BPRWMPPPUS2
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPUS2
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper sum 2 |
\B_BPRWMPPPUS3
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPUS3
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper sum 3 |
\B_BPRWMPPPUS4
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPUS4
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper sum 4 |
\B_BPRWMPPPUS5
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPUS5
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper sum 5 |
\B_BPRWMPPPUS6
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMPPPUS6
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper sum 6 |
\B_BPRWMPPPLS1_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMRTPLS1
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower sum 1 (pcs/mis) |
\B_BPRWMPPPLS2_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMRTPLS2
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower sum 2 (pcs/mis) |
\B_BPRWMPPPLS3_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMRTPLS3
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower sum 3 (pcs/mis) |
\B_BPRWMPPPLS4_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMRTPLS4
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower sum 4 (pcs/mis) |
\B_BPRWMPPPLS5_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMRTPLS5
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower sum 5 (pcs/mis) |
\B_BPRWMPPPLS6_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMRTPLS6
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower sum 6 (pcs/mis) |
\B_BPRWMPPPUS1_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMRTPUS1
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper sum 1 (pcs/mis) |
\B_BPRWMPPPUS2_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMRTPUS2
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper sum 2 (pcs/mis) |
\B_BPRWMPPPUS3_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMRTPUS3
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper sum 3 (pcs/mis) |
\B_BPRWMPPPUS4_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMRTPUS4
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper sum 4 (pcs/mis) |
\B_BPRWMPPPUS5_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMRTPUS5
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper sum 5 (pcs/mis) |
\B_BPRWMPPPUS6_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBPRWMRTPUS6
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper sum 6 (pcs/mis) |
\B_BRRWMPPPLD1
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPLD1
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower difference 1 |
\B_BRRWMPPPLD2
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPLD2
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower difference 2 |
\B_BRRWMPPPLD3
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPLD3
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower difference 3 |
\B_BRRWMPPPLD4
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPLD4
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower difference 4 |
\B_BRRWMPPPLD5
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPLD5
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower difference 5 |
\B_BRRWMPPPLD6
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPLD6
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower difference 6 |
\B_BRRWMPPPLS1
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPLS1
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower sum 1 |
\B_BRRWMPPPLS2
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPLS2
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower sum 2 |
\B_BRRWMPPPLS3
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPLS3
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower sum 3 |
\B_BRRWMPPPLS4
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPLS4
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower sum 4 |
\B_BRRWMPPPLS5
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPLS5
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower sum 5 |
\B_BRRWMPPPLS6
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPLS6
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower sum 6 |
\B_BRRWMPPPUD1
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPUD1
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper difference 1 |
\B_BRRWMPPPUD2
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPUD2
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper difference 2 |
\B_BRRWMPPPUD3
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPUD3
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper difference 3 |
\B_BRRWMPPPUD4
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPUD4
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper difference 4 |
\B_BRRWMPPPUD5
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPUD5
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper difference 5 |
\B_BRRWMPPPUD6
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPUD6
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper difference 6 |
\B_BRRWMPPPUS1
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPUS1
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper sum 1 |
\B_BRRWMPPPUS2
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPUS2
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper sum 2 |
\B_BRRWMPPPUS3
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPUS3
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper sum 3 |
\B_BRRWMPPPUS4
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPUS4
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper sum 4 |
\B_BRRWMPPPUS5
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPUS5
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper sum 5 |
\B_BRRWMPPPUS6
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMPPPUS6
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper sum 6 |
\B_BRRWMPPPLD1_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPLD1
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower difference 1 (pcs/mis) |
\B_BRRWMPPPLD2_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPLD2
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower difference 2 (pcs/mis) |
\B_BRRWMPPPLD3_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPLD3
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower difference 3 (pcs/mis) |
\B_BRRWMPPPLD4_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPLD4
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower difference 4 (pcs/mis) |
\B_BRRWMPPPLD5_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPLD5
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower difference 5 (pcs/mis) |
\B_BRRWMPPPLD6_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPLD6
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower difference 6 (pcs/mis) |
\B_BRRWMPPPLS1_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPLS1
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower sum 1 (pcs/mis) |
\B_BRRWMPPPLS2_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPLS2
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower sum 2 (pcs/mis) |
\B_BRRWMPPPLS3_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPLS3
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower sum 3 (pcs/mis) |
\B_BRRWMPPPLS4_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPLS4
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower sum 4 (pcs/mis) |
\B_BRRWMPPPLS5_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPLS5
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower sum 5 (pcs/mis) |
\B_BRRWMPPPLS6_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPLS6
|
Radial field measured by resistive wall mode sensor on primary passive plate - lower sum 6 (pcs/mis) |
\B_BRRWMPPPUD1_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPUD1
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper difference 1 (pcs/mis) |
\B_BRRWMPPPUD2_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPUD2
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper difference 2 (pcs/mis) |
\B_BRRWMPPPUD3_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPUD3
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper difference 3 (pcs/mis) |
\B_BRRWMPPPUD4_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPUD4
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper difference 4 (pcs/mis) |
\B_BRRWMPPPUD5_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPUD5
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper difference 5 (pcs/mis) |
\B_BRRWMPPPUD6_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPUD6
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper difference 6 (pcs/mis) |
\B_BRRWMPPPUS1_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPUS1
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper sum 1 (pcs/mis) |
\B_BRRWMPPPUS2_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPUS2
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper sum 2 (pcs/mis) |
\B_BRRWMPPPUS3_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPUS3
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper sum 3 (pcs/mis) |
\B_BRRWMPPPUS4_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPUS4
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper sum 4 (pcs/mis) |
\B_BRRWMPPPUS5_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPUS5
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper sum 5 (pcs/mis) |
\B_BRRWMPPPUS6_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BBRRWMRTPUS6
|
Radial field measured by resistive wall mode sensor on primary passive plate - upper sum 6 (pcs/mis) |
\B_BPRWMPPPLD1_LPF
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWPPPLD1
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower difference 1 - low pass filtered |
\B_BPRWMPPPLD2_LPF
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWPPPLD2
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower difference 2 - low pass filtered |
\B_BPRWMPPPLD3_LPF
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWPPPLD3
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower difference 3 - low pass filtered |
\B_BPRWMPPPLD4_LPF
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWPPPLD4
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower difference 4 - low pass filtered |
\B_BPRWMPPPLD5_LPF
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWPPPLD5
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower difference 5 - low pass filtered |
\B_BPRWMPPPLD6_LPF
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWPPPLD6
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower difference 6 - low pass filtered |
\B_BPRWMPPPUD1_LPF
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWPPPUD1
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper difference 1 - low pass filtered |
\B_BPRWMPPPUD2_LPF
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWPPPUD2
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper difference 2 - low pass filtered |
\B_BPRWMPPPUD3_LPF
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWPPPUD3
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper difference 3 - low pass filtered |
\B_BPRWMPPPUD4_LPF
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWPPPUD4
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper difference 4 - low pass filtered |
\B_BPRWMPPPUD5_LPF
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWPPPUD5
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper difference 5 - low pass filtered |
\B_BPRWMPPPUD6_LPF
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWPPPUD6
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper difference 6 - low pass filtered |
\B_BPRWMPPPLD1_LPF_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWRTPLD1
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower difference 1 - low pass filtered (pcs/mis) |
\B_BPRWMPPPLD2_LPF_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWRTPLD2
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower difference 2 - low pass filtered (pcs/mis) |
\B_BPRWMPPPLD3_LPF_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWRTPLD3
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower difference 3 - low pass filtered (pcs/mis) |
\B_BPRWMPPPLD4_LPF_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWRTPLD4
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower difference 4 - low pass filtered (pcs/mis) |
\B_BPRWMPPPLD5_LPF_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWRTPLD5
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower difference 5 - low pass filtered (pcs/mis) |
\B_BPRWMPPPLD6_LPF_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWRTPLD6
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - lower difference 6 - low pass filtered (pcs/mis) |
\B_BPRWMPPPUD1_LPF_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWRTPUD1
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper difference 1 - low pass filtered (pcs/mis) |
\B_BPRWMPPPUD2_LPF_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWRTPUD2
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper difference 2 - low pass filtered (pcs/mis) |
\B_BPRWMPPPUD3_LPF_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWRTPUD3
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper difference 3 - low pass filtered (pcs/mis) |
\B_BPRWMPPPUD4_LPF_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWRTPUD4
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper difference 4 - low pass filtered (pcs/mis) |
\B_BPRWMPPPUD5_LPF_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWRTPUD5
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper difference 5 - low pass filtered (pcs/mis) |
\B_BPRWMPPPUD6_LPF_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFBPRWRTPUD6
|
Poloidal field measured by resistive wall mode sensor on primary passive plate - upper difference 6 - low pass filtered (pcs/mis) |
\RWMEF_MODE_N1_AMP_FBP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMN1AMPP
|
Low-pass filtered rwm sensor amplitude of n=1 bp using mode detection |
\RWMEF_MODE_N1_AMP_FBP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMN1AMPPL
|
Low-pass filtered rwm sensor amplitude of n=1 bp lower using mode detection |
\RWMEF_MODE_N1_AMP_FBP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMN1AMPPU
|
Low-pass filtered rwm sensor amplitude of n=1 bp upper using mode detection |
\RWMEF_MODE_N1_ANG_FBP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMN1ANGP
|
Low-pass filtered rwm sensor angular position of maximum n=1 bp using mode detection |
\RWMEF_MODE_N1_ANG_FBP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMN1ANGPL
|
Low-pass filtered rwm sensor angular position of maximum n=1 bp lower using mode detection |
\RWMEF_MODE_N1_ANG_FBP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMN1ANGPU
|
Low-pass filtered rwm sensor angular position of maximum n=1 bp upper using mode detection |
\RWMEF_MODE_N2_AMP_FBP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMN2AMPP
|
Low-pass filtered rwm sensor amplitude of n=2 bp using mode detection |
\RWMEF_MODE_N2_AMP_FBP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMN2AMPPL
|
Low-pass filtered rwm sensor amplitude of n=2 bp lower using mode detection |
\RWMEF_MODE_N2_AMP_FBP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMN2AMPPU
|
Low-pass filtered rwm sensor amplitude of n=2 bp upper using mode detection |
\RWMEF_MODE_N2_ANG_FBP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMN2ANGP
|
Low-pass filtered rwm sensor angular position of maximum n=2 bp using mode detection |
\RWMEF_MODE_N2_ANG_FBP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMN2ANGPL
|
Low-pass filtered rwm sensor angular position of maximum n=2 bp lower using mode detection |
\RWMEF_MODE_N2_ANG_FBP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMN2ANGPU
|
Low-pass filtered rwm sensor angular position of maximum n=2 bp upper using mode detection |
\RWMEF_MODE_N3_AMP_FBP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMN3AMPP
|
Low-pass filtered rwm sensor amplitude of n=3 bp using mode detection |
\RWMEF_MODE_N3_AMP_FBP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMN3AMPPL
|
Low-pass filtered rwm sensor amplitude of n=3 bp lower using mode detection |
\RWMEF_MODE_N3_AMP_FBP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMN3AMPPU
|
Low-pass filtered rwm sensor amplitude of n=3 bp upper using mode detection |
\RWMEF_MODE_N3_ANG_FBP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMN3ANGP
|
Low-pass filtered rwm sensor angular position of maximum n=3 bp using mode detection |
\RWMEF_MODE_N3_ANG_FBP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMN3ANGPL
|
Low-pass filtered rwm sensor angular position of maximum n=3 bp lower using mode detection |
\RWMEF_MODE_N3_ANG_FBP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMN3ANGPU
|
Low-pass filtered rwm sensor angular position of maximum n=3 bp upper using mode detection |
\RWMEF_MODE_NUSE_FBP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMNUSEP
|
Low-pass filtered rwm toroidal mode number usage for bp using mode detection |
\RWMEF_MODE_NUSE_FBP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMNUSEPL
|
Low-pass filtered rwm toroidal mode number usage for bp lower using mode detection |
\RWMEF_MODE_NUSE_FBP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMNUSEPU
|
Low-pass filtered rwm toroidal mode number usage for bp upper using mode detection |
\RWMEF_MODE_SUSE_FBP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMSUSEP
|
Low-pass filtered rwm sensor usage for bp using mode detection |
\RWMEF_MODE_SUSE_FBP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMSUSEPL
|
Low-pass filtered rwm sensor usage for bp lower using mode detection |
\RWMEF_MODE_SUSE_FBP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWMSUSEPU
|
Low-pass filtered rwm sensor usage for bp upper using mode detection |
\RWMEF_PLAS_N1_AMP_FBP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPN1AMPP
|
Low-pass filtered rwm sensor amplitude of plasma n=1 bp |
\RWMEF_PLAS_N1_AMP_FBP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPN1AMPPL
|
Low-pass filtered rwm sensor amplitude of plasma n=1 bp lower |
\RWMEF_PLAS_N1_AMP_FBP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPN1AMPPU
|
Low-pass filtered rwm sensor amplitude of plasma n=1 bp upper |
\RWMEF_PLAS_N1_ANG_FBP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPN1ANGP
|
Low-pass filtered rwm sensor angular position of maximum plasma n=1 bp |
\RWMEF_PLAS_N1_ANG_FBP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPN1ANGPL
|
Low-pass filtered rwm sensor angular position of maximum plasma n=1 bp lower |
\RWMEF_PLAS_N1_ANG_FBP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPN1ANGPU
|
Low-pass filtered rwm sensor angular position of maximum plasma n=1 bp upper |
\RWMEF_PLAS_N2_AMP_FBP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPN2AMPP
|
Low-pass filtered rwm sensor amplitude of plasma n=2 bp |
\RWMEF_PLAS_N2_AMP_FBP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPN2AMPPL
|
Low-pass filtered rwm sensor amplitude of plasma n=2 bp lower |
\RWMEF_PLAS_N2_AMP_FBP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPN2AMPPU
|
Low-pass filtered rwm sensor amplitude of plasma n=2 bp upper |
\RWMEF_PLAS_N2_ANG_FBP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPN2ANGP
|
Low-pass filtered rwm sensor angular position of maximum plasma n=2 bp |
\RWMEF_PLAS_N2_ANG_FBP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPN2ANGPL
|
Low-pass filtered rwm sensor angular position of maximum plasma n=2 bp lower |
\RWMEF_PLAS_N2_ANG_FBP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPN2ANGPU
|
Low-pass filtered rwm sensor angular position of maximum plasma n=2 bp upper |
\RWMEF_PLAS_N3_AMP_FBP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPN3AMPP
|
Low-pass filtered rwm sensor amplitude of plasma n=3 bp |
\RWMEF_PLAS_N3_AMP_FBP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPN3AMPPL
|
Low-pass filtered rwm sensor amplitude of plasma n=3 bp lower |
\RWMEF_PLAS_N3_AMP_FBP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPN3AMPPU
|
Low-pass filtered rwm sensor amplitude of plasma n=3 bp upper |
\RWMEF_PLAS_N3_ANG_FBP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPN3ANGP
|
Low-pass filtered rwm sensor angular position of maximum plasma n=3 bp |
\RWMEF_PLAS_N3_ANG_FBP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPN3ANGPL
|
Low-pass filtered rwm sensor angular position of maximum plasma n=3 bp lower |
\RWMEF_PLAS_N3_ANG_FBP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPN3ANGPU
|
Low-pass filtered rwm sensor angular position of maximum plasma n=3 bp upper |
\RWMEF_PLAS_NUSE_FBP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPNUSEP
|
Low-pass filtered rwm toroidal mode number usage for plasma bp |
\RWMEF_PLAS_NUSE_FBP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPNUSEPL
|
Low-pass filtered rwm toroidal mode number usage for plasma bp lower |
\RWMEF_PLAS_NUSE_FBP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPNUSEPU
|
Low-pass filtered rwm toroidal mode number usage for plasma bp upper |
\RWMEF_PLAS_SUSE_FBP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPSUSEP
|
Low-pass filtered rwm sensor usage for plasma bp |
\RWMEF_PLAS_SUSE_FBP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPSUSEPL
|
Low-pass filtered rwm sensor usage for plasma bp lower |
\RWMEF_PLAS_SUSE_FBP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BFRWPSUSEPU
|
Low-pass filtered rwm sensor usage for plasma bp upper |
\RWMEF_MODE_N1_AMP_BP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN1AMPP
|
Rwm sensor amplitude of n=1 bp using mode detection |
\RWMEF_MODE_N1_AMP_BP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN1AMPPL
|
Rwm sensor amplitude of n=1 bp lower using mode detection |
\RWMEF_MODE_N1_AMP_BP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN1AMPPU
|
Rwm sensor amplitude of n=1 bp upper using mode detection |
\RWMEF_MODE_N1_AMP_BR
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN1AMPR
|
Rwm sensor amplitude of n=1 br using mode detection |
\RWMEF_MODE_N1_AMP_BR_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN1AMPRL
|
Rwm sensor amplitude of n=1 br lower using mode detection |
\RWMEF_MODE_N1_AMP_BR_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN1AMPRU
|
Rwm sensor amplitude of n=1 br upper using mode detection |
\RWMEF_MODE_N1_ANG_BP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN1ANGP
|
Rwm sensor angular position of maximum n=1 bp using mode detection |
\RWMEF_MODE_N1_ANG_BP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN1ANGPL
|
Rwm sensor angular position of maximum n=1 bp lower using mode detection |
\RWMEF_MODE_N1_ANG_BP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN1ANGPU
|
Rwm sensor angular position of maximum n=1 bp upper using mode detection |
\RWMEF_MODE_N1_ANG_BR
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN1ANGR
|
Rwm sensor angular position of maximum n=1 br using mode detection |
\RWMEF_MODE_N1_ANG_BR_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN1ANGRL
|
Rwm sensor angular position of maximum n=1 br lower using mode detection |
\RWMEF_MODE_N1_ANG_BR_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN1ANGRU
|
Rwm sensor angular position of maximum n=1 br upper using mode detection |
\RWMEF_MODE_N2_AMP_BP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN2AMPP
|
Rwm sensor amplitude of n=2 bp using mode detection |
\RWMEF_MODE_N2_AMP_BP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN2AMPPL
|
Rwm sensor amplitude of n=2 bp lower using mode detection |
\RWMEF_MODE_N2_AMP_BP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN2AMPPU
|
Rwm sensor amplitude of n=2 bp upper using mode detection |
\RWMEF_MODE_N2_AMP_BR
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN2AMPR
|
Rwm sensor amplitude of n=2 br using mode detection |
\RWMEF_MODE_N2_AMP_BR_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN2AMPRL
|
Rwm sensor amplitude of n=2 br lower using mode detection |
\RWMEF_MODE_N2_AMP_BR_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN2AMPRU
|
Rwm sensor amplitude of n=2 br upper using mode detection |
\RWMEF_MODE_N2_ANG_BP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN2ANGP
|
Rwm sensor angular position of maximum n=2 bp using mode detection |
\RWMEF_MODE_N2_ANG_BP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN2ANGPL
|
Rwm sensor angular position of maximum n=2 bp lower using mode detection |
\RWMEF_MODE_N2_ANG_BP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN2ANGPU
|
Rwm sensor angular position of maximum n=2 bp upper using mode detection |
\RWMEF_MODE_N2_ANG_BR
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN2ANGR
|
Rwm sensor angular position of maximum n=2 br using mode detection |
\RWMEF_MODE_N2_ANG_BR_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN2ANGRL
|
Rwm sensor angular position of maximum n=2 br lower using mode detection |
\RWMEF_MODE_N2_ANG_BR_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN2ANGRU
|
Rwm sensor angular position of maximum n=2 br upper using mode detection |
\RWMEF_MODE_N3_AMP_BP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN3AMPP
|
Rwm sensor amplitude of n=3 bp using mode detection |
\RWMEF_MODE_N3_AMP_BP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN3AMPPL
|
Rwm sensor amplitude of n=3 bp lower using mode detection |
\RWMEF_MODE_N3_AMP_BP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN3AMPPU
|
Rwm sensor amplitude of n=3 bp upper using mode detection |
\RWMEF_MODE_N3_AMP_BR
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN3AMPR
|
Rwm sensor amplitude of n=3 br using mode detection |
\RWMEF_MODE_N3_AMP_BR_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN3AMPRL
|
Rwm sensor amplitude of n=3 br lower using mode detection |
\RWMEF_MODE_N3_AMP_BR_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN3AMPRU
|
Rwm sensor amplitude of n=3 br upper using mode detection |
\RWMEF_MODE_N3_ANG_BP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN3ANGP
|
Rwm sensor angular position of maximum n=3 bp using mode detection |
\RWMEF_MODE_N3_ANG_BP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN3ANGPL
|
Rwm sensor angular position of maximum n=3 bp lower using mode detection |
\RWMEF_MODE_N3_ANG_BP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN3ANGPU
|
Rwm sensor angular position of maximum n=3 bp upper using mode detection |
\RWMEF_MODE_N3_ANG_BR
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN3ANGR
|
Rwm sensor angular position of maximum n=3 br using mode detection |
\RWMEF_MODE_N3_ANG_BR_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN3ANGRL
|
Rwm sensor angular position of maximum n=3 br lower using mode detection |
\RWMEF_MODE_N3_ANG_BR_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMN3ANGRU
|
Rwm sensor angular position of maximum n=3 br upper using mode detection |
\RWMEF_MODE_NUSE_BP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMNUSEP
|
Rwm toroidal mode number usage for bp using mode detection |
\RWMEF_MODE_NUSE_BP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMNUSEPL
|
Rwm toroidal mode number usage for bp lower using mode detection |
\RWMEF_MODE_NUSE_BP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMNUSEPU
|
Rwm toroidal mode number usage for bp upper using mode detection |
\RWMEF_MODE_NUSE_BR
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMNUSER
|
Rwm toroidal mode number usage for br using mode detection |
\RWMEF_MODE_NUSE_BR_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMNUSERL
|
Rwm toroidal mode number usage for br lower using mode detection |
\RWMEF_MODE_NUSE_BR_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMNUSERU
|
Rwm toroidal mode number usage for br upper using mode detection |
\RWMEF_MODE_SUSE_BP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMSUSEP
|
Rwm sensor usage for bp using mode detection |
\RWMEF_MODE_SUSE_BP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMSUSEPL
|
Rwm sensor usage for bp lower using mode detection |
\RWMEF_MODE_SUSE_BP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMSUSEPU
|
Rwm sensor usage for bp upper using mode detection |
\RWMEF_MODE_SUSE_BR
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMSUSER
|
Rwm sensor usage for br using mode detection |
\RWMEF_MODE_SUSE_BR_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMSUSERL
|
Rwm sensor usage for br lower using mode detection |
\RWMEF_MODE_SUSE_BR_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMMSUSERU
|
Rwm sensor usage for br upper using mode detection |
\RWMEF_MODE_N1_AMP_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMN1RTAMP
|
Rwm sensor amplitude of n=1 using mode detection (pcs/mis) |
\RWMEF_MODE_N1_ANG_PCS
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMN1RTANG
|
Rwm sensor angular position of maximum n=1 using mode detection (pcs/mis) |
\RWMEF_PLAS_N1_AMP_BP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN1AMPP
|
Rwm sensor amplitude of plasma n=1 bp |
\RWMEF_PLAS_N1_AMP_BP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN1AMPPL
|
Rwm sensor amplitude of plasma n=1 bp lower |
\RWMEF_PLAS_N1_AMP_BP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN1AMPPU
|
Rwm sensor amplitude of plasma n=1 bp upper |
\RWMEF_PLAS_N1_AMP_BR
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN1AMPR
|
Rwm sensor amplitude of plasma n=1 br |
\RWMEF_PLAS_N1_AMP_BR_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN1AMPRL
|
Rwm sensor amplitude of plasma n=1 br lower |
\RWMEF_PLAS_N1_AMP_BR_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN1AMPRU
|
Rwm sensor amplitude of plasma n=1 br upper |
\RWMEF_PLAS_N1_ANG_BP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN1ANGP
|
Rwm sensor angular position of maximum plasma n=1 bp |
\RWMEF_PLAS_N1_ANG_BP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN1ANGPL
|
Rwm sensor angular position of maximum plasma n=1 bp lower |
\RWMEF_PLAS_N1_ANG_BP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN1ANGPU
|
Rwm sensor angular position of maximum plasma n=1 bp upper |
\RWMEF_PLAS_N1_ANG_BR
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN1ANGR
|
Rwm sensor angular position of maximum plasma n=1 br |
\RWMEF_PLAS_N1_ANG_BR_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN1ANGRL
|
Rwm sensor angular position of maximum plasma n=1 br lower |
\RWMEF_PLAS_N1_ANG_BR_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN1ANGRU
|
Rwm sensor angular position of maximum plasma n=1 br upper |
\RWMEF_PLAS_N2_AMP_BP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN2AMPP
|
Rwm sensor amplitude of plasma n=2 bp |
\RWMEF_PLAS_N2_AMP_BP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN2AMPPL
|
Rwm sensor amplitude of plasma n=2 bp lower |
\RWMEF_PLAS_N2_AMP_BP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN2AMPPU
|
Rwm sensor amplitude of plasma n=2 bp upper |
\RWMEF_PLAS_N2_AMP_BR
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN2AMPR
|
Rwm sensor amplitude of plasma n=2 br |
\RWMEF_PLAS_N2_AMP_BR_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN2AMPRL
|
Rwm sensor amplitude of plasma n=2 br lower |
\RWMEF_PLAS_N2_AMP_BR_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN2AMPRU
|
Rwm sensor amplitude of plasma n=2 br upper |
\RWMEF_PLAS_N2_ANG_BP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN2ANGP
|
Rwm sensor angular position of maximum plasma n=2 bp |
\RWMEF_PLAS_N2_ANG_BP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN2ANGPL
|
Rwm sensor angular position of maximum plasma n=2 bp lower |
\RWMEF_PLAS_N2_ANG_BP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN2ANGPU
|
Rwm sensor angular position of maximum plasma n=2 bp upper |
\RWMEF_PLAS_N2_ANG_BR
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN2ANGR
|
Rwm sensor angular position of maximum plasma n=2 br |
\RWMEF_PLAS_N2_ANG_BR_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN2ANGRL
|
Rwm sensor angular position of maximum plasma n=2 br lower |
\RWMEF_PLAS_N2_ANG_BR_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN2ANGRU
|
Rwm sensor angular position of maximum plasma n=2 br upper |
\RWMEF_PLAS_N3_AMP_BP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN3AMPP
|
Rwm sensor amplitude of plasma n=3 bp |
\RWMEF_PLAS_N3_AMP_BP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN3AMPPL
|
Rwm sensor amplitude of plasma n=3 bp lower |
\RWMEF_PLAS_N3_AMP_BP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN3AMPPU
|
Rwm sensor amplitude of plasma n=3 bp upper |
\RWMEF_PLAS_N3_AMP_BR
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN3AMPR
|
Rwm sensor amplitude of plasma n=3 br |
\RWMEF_PLAS_N3_AMP_BR_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN3AMPRL
|
Rwm sensor amplitude of plasma n=3 br lower |
\RWMEF_PLAS_N3_AMP_BR_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN3AMPRU
|
Rwm sensor amplitude of plasma n=3 br upper |
\RWMEF_PLAS_N3_ANG_BP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN3ANGP
|
Rwm sensor angular position of maximum plasma n=3 bp |
\RWMEF_PLAS_N3_ANG_BP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN3ANGPL
|
Rwm sensor angular position of maximum plasma n=3 bp lower |
\RWMEF_PLAS_N3_ANG_BP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN3ANGPU
|
Rwm sensor angular position of maximum plasma n=3 bp upper |
\RWMEF_PLAS_N3_ANG_BR
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN3ANGR
|
Rwm sensor angular position of maximum plasma n=3 br |
\RWMEF_PLAS_N3_ANG_BR_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN3ANGRL
|
Rwm sensor angular position of maximum plasma n=3 br lower |
\RWMEF_PLAS_N3_ANG_BR_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPN3ANGRU
|
Rwm sensor angular position of maximum plasma n=3 br upper |
\RWMEF_PLAS_NUSE_BP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPNUSEP
|
Rwm toroidal mode number usage for plasma bp |
\RWMEF_PLAS_NUSE_BP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPNUSEPL
|
Rwm toroidal mode number usage for plasma bp lower |
\RWMEF_PLAS_NUSE_BP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPNUSEPU
|
Rwm toroidal mode number usage for plasma bp upper |
\RWMEF_PLAS_NUSE_BR
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPNUSER
|
Rwm toroidal mode number usage for plasma br |
\RWMEF_PLAS_NUSE_BR_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPNUSERL
|
Rwm toroidal mode number usage for plasma br lower |
\RWMEF_PLAS_NUSE_BR_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPNUSERU
|
Rwm toroidal mode number usage for plasma br upper |
\RWMEF_PLAS_SUSE_BP
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPSUSEP
|
Rwm sensor usage for plasma bp |
\RWMEF_PLAS_SUSE_BP_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPSUSEPL
|
Rwm sensor usage for plasma bp lower |
\RWMEF_PLAS_SUSE_BP_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPSUSEPU
|
Rwm sensor usage for plasma bp upper |
\RWMEF_PLAS_SUSE_BR
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPSUSER
|
Rwm sensor usage for plasma br |
\RWMEF_PLAS_SUSE_BR_L
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPSUSERL
|
Rwm sensor usage for plasma br lower |
\RWMEF_PLAS_SUSE_BR_U
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMPSUSERU
|
Rwm sensor usage for plasma br upper |
\B_RWMTEST
|
\OPERATIONS::TOP.MAGNETICS.RWMEFSENSOR.B:BRWMTEST
|
Rwm test chennel |
\B_INTEGTEST1
|
\OPERATIONS::TOP.MAGNETICS.TOR_MIR.B:BINTEGTEST1
|
Testing new dual integrator |
\B_INTEGTEST2
|
\OPERATIONS::TOP.MAGNETICS.TOR_MIR.B:BINTEGTEST2
|
Testing new dual integrator |
\B_INTEGTEST3
|
\OPERATIONS::TOP.MAGNETICS.TOR_MIR.B:BINTEGTEST3
|
Testing new dual integrator |
\B_INTEGTEST4
|
\OPERATIONS::TOP.MAGNETICS.TOR_MIR.B:BINTEGTEST4
|
Testing new dual integrator |
\I_FLEVVL2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVL2
|
Vessel segment current derived from vessel surface voltage measurement |
\I_FLEVVL4
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVL4
|
Vessel segment current derived from vessel surface voltage measurement |
\I_FLEVVL5
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVL5
|
Vessel segment current derived from vessel surface voltage measurement |
\I_FLEVVL7
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVL7
|
Vessel segment current derived from vessel surface voltage measurement |
\IVV_L_EVEN_SUM
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVLSUM1
|
Magnetics control box signal |
\IVV_L_ODD_SUM
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVLSUM2
|
Magnetics control box signal |
\I_FLEVVU2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVU2
|
Vessel segment current derived from vessel surface voltage measurement |
\I_FLEVVU4
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVU4
|
Vessel segment current derived from vessel surface voltage measurement |
\I_FLEVVU5
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVU5
|
Vessel segment current derived from vessel surface voltage measurement |
\I_FLEVVU7
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVU7
|
Vessel segment current derived from vessel surface voltage measurement |
\IVV_U_EVEN_SUM
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVUSUM1
|
Magnetics control box signal |
\IVV_U_ODD_SUM
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVUSUM2
|
Magnetics control box signal |
\I_FLIVVL1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLIVVL1
|
Vessel segment current derived from vessel surface voltage measurement |
\I_FLIVVU1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLIVVU1
|
Vessel segment current derived from vessel surface voltage measurement |
\I_FLMDLL1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLMDLL1
|
Structure current from flux loop measurement on divertor coil mandrel |
\I_FLMDLL2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLMDLL2
|
Structure current from flux loop measurement on divertor coil mandrel |
\I_FLMDLU1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLMDLU1
|
Structure current from flux loop measurement on divertor coil mandrel |
\I_FLMDLU2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLMDLU2
|
Structure current from flux loop measurement on divertor coil mandrel |
\I_FLOBDL2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLOBDL2
|
Vessel segment current derived from vessel surface voltage measurement |
\I_FLOBDU1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLOBDU1
|
Vessel segment current derived from vessel surface voltage measurement |
\I_FLOHL2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLOHL2
|
Vessel segment current derived from cs surface voltage measurement |
\I_FLOHU2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLOHU2
|
Vessel segment current derived from cs surface voltage measurement |
\I_FLPF1AL2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLPF1AL2
|
Vessel segment current derived from cs surface voltage measurement |
\I_FLPF1AU2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLPF1AU2
|
Vessel segment current derived from cs surface voltage measurement |
\I_FLPPPL2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLPPPL2
|
Vessel segment current derived from vessel surface voltage measurement |
\I_FLPPPU2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLPPPU2
|
Vessel segment current derived from vessel surface voltage measurement |
\I_FLSPPL2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLSPPL2
|
Vessel segment current derived from vessel surface voltage measurement |
\I_FLSPPU2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLSPPU2
|
Vessel segment current derived from vessel surface voltage measurement |
\I_IVVINTOT1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IIVVINTOT1
|
Filtered cs casing current from pf1a and oh loops |
\I_IVVINTOT2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IIVVINTOT2
|
Filtered cs casing current from mdl loops |
\PLASMA_CURRENT_1HG
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IPLASCUR1HG
|
High gain plasma current derived from rogowski 1 and vessel surface and passive plate voltage measurements |
\PLASMA_CURRENT_1LG
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IPLASCUR1LG
|
Low gain plasma current derived from rogowski 1 and vessel surface and passive plate voltage measurements |
\PLASMA_CURRENT_2HG
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IPLASCUR2HG
|
High gain plasma current derived from rogowski 2 and vessel surface and passive plate voltage measurements |
\PLASMA_CURRENT_2LG
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IPLASCUR2LG
|
Low gain plasma current derived from rogowski 2 and vessel surface and passive plate voltage measurements |
\VESSEL_PLATE_CURRENT
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IVVPLATECUR
|
Total toroidal current in vessel and passive plate conducting elements enclosed by IP rogowskis |
\V_FLEVVL2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLEVVL2
|
Loop voltage from flux loop measurement near vacuum vessel surface |
\V_FLEVVL4
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLEVVL4
|
Loop voltage from flux loop measurement near vacuum vessel surface |
\V_FLEVVL5
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLEVVL5
|
Loop voltage from flux loop measurement near vacuum vessel surface |
\V_FLEVVL7
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLEVVL7
|
Loop voltage from flux loop measurement near vacuum vessel surface |
\V_FLEVVU2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLEVVU2
|
Loop voltage from flux loop measurement near vacuum vessel surface |
\V_FLEVVU4
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLEVVU4
|
Loop voltage from flux loop measurement near vacuum vessel surface |
\V_FLEVVU5
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLEVVU5
|
Loop voltage from flux loop measurement near vacuum vessel surface |
\V_FLEVVU7
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLEVVU7
|
Loop voltage from flux loop measurement near vacuum vessel surface |
\V_FLEVVUL2LP
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLEVVUL2LP
|
V_flevvul2 passed through low pass filter (-3db at 2khz, 4-pole butterworth) |
\V_FLIVVL1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLIVVL1
|
Loop voltage from flux loop measurement on inner vessel wall |
\V_FLIVVU1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLIVVU1
|
Loop voltage from flux loop measurement on inner vessel wall |
\V_FLMDLL1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLMDLL1
|
Loop voltage from flux loop measurement on divertor coil mandrel |
\V_FLMDLL2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLMDLL2
|
Loop voltage from flux loop measurement on divertor coil mandrel |
\V_FLMDLU1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLMDLU1
|
Loop voltage from flux loop measurement on divertor coil mandrel |
\V_FLMDLU2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLMDLU2
|
Loop voltage from flux loop measurement on divertor coil mandrel |
\V_FLOBDL2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLOBDL2
|
Loop voltage from flux loop measurement near lower outboard divertor |
\V_FLOBDU1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLOBDU1
|
Loop voltage from flux loop measurement near upper outboard divertor |
\V_FLOBDUL3LP
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLOBDUL3LP
|
V_flobdul3 passed through low pass filter (-3db at 2khz, 4-pole butterworth) |
\V_FLOHL2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLOHL2
|
Loop voltage from flux loop measurement near cs casing surface |
\V_FLOHU2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLOHU2
|
Loop voltage from flux loop measurement near cs casing surface |
\V_FLOHUL4
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLOHUL4
|
V_flohul4 passed through low pass filter (-3db at 2khz, 4-pole butterworth) |
\V_FLPF1AL2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLPF1AL2
|
Loop voltage from flux loop measurement near cs casing surface |
\V_FLPF1AU2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLPF1AU2
|
Loop voltage from flux loop measurement near cs casing surface |
\V_FLPF1AUL2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLPF1AUL2
|
V_flpf1aul2 passed through low pass filter (-3db at 2khz, 4-pole butterworth) |
\V_FLPF1AUL4
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLPF1AUL4
|
V_flpf1aul4 passed through low pass filter (-3db at 2khz, 4-pole butterworth) |
\V_FLPPPL2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLPPPL2
|
Loop voltage from flux loop measurement near lower primary passive plate |
\V_FLPPPU2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLPPPU2
|
Loop voltage from flux loop measurement near upper primary passive plate |
\V_FLPPPUL2LP
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLPPPUL2LP
|
V_flpppul2 passed through low pass filter (-3db at 2khz, 4-pole butterworth) |
\V_FLPPPUL4LP
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLPPPUL4LP
|
V_flpppul4 passed through low pass filter (-3db at 2khz, 4-pole butterworth) |
\V_FLSPPL2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLSPPL2
|
Loop voltage from flux loop measurement near lower secondary passive plate |
\V_FLSPPU2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLSPPU2
|
Loop voltage from flux loop measurement near upper secondary passive plate |
\V_FLSPPUL1LP
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLSPPUL1LP
|
V_flsppul1 passed through low pass filter (-3db at 2khz, 4-pole butterworth) |
\V_FLSPPUL4LP
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLSPPUL4LP
|
V_flpppul4 passed through low pass filter (-3db at 2khz, 4-pole butterworth) |
\CHI_HS_IVV_ROSS
|
\OPERATIONS::TOP.CHI.VV_MONITOR:IVV_ROSS
|
Ivv ross data |
\CHI_IVGRD
|
\OPERATIONS::TOP.CHI.VV_MONITOR:IV_GRD_VOLTS
|
Inner vv handyscope divider |
\CHI_HS_OVV_ROSS
|
\OPERATIONS::TOP.CHI.VV_MONITOR:OVV_ROSS
|
Ovv ross data |
\CHI_OVGRD
|
\OPERATIONS::TOP.CHI.VV_MONITOR:OV_GRD_VOLTS
|
Outer vv handyscope divider |
\I_CTCHILN
|
\OPERATIONS::TOP.CHI.MONITOR.CURRENT:ICTCHILN
|
Pearson pulse transformer measuring current through chi ground switch |
\I_CTCHILP
|
\OPERATIONS::TOP.CHI.MONITOR.CURRENT:ICTCHILP
|
Pearson pulse transformer measuring current through chi ground switch |
\I_TOBDLR3T1
|
\OPERATIONS::TOP.HALOCUR.SHUNTTILES.CURRENT:ITOBDLR3T1
|
Instrumented tile in the lower outboard divertor |
\I_TOBDLR3T2
|
\OPERATIONS::TOP.HALOCUR.SHUNTTILES.CURRENT:ITOBDLR3T2
|
Instrumented tile in the lower outboard divertor |
\I_TOBDLR3T3
|
\OPERATIONS::TOP.HALOCUR.SHUNTTILES.CURRENT:ITOBDLR3T3
|
Instrumented tile in the lower outboard divertor |
\I_TOBDLR3T4
|
\OPERATIONS::TOP.HALOCUR.SHUNTTILES.CURRENT:ITOBDLR3T4
|
Instrumented tile in the lower outboard divertor |
\F_DIAMAG1SWD
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FDIAMAG1SWD
|
Diamagnetic flux measured by irogevvul1 return loop - difference of total and vacuum computed in software |
\F_DIAMAG2SWD
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FDIAMAG2SWD
|
Diamagnetic flux measured by irogevvul2 return loop - difference of total and vacuum computed in software |
| no tag available |
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLIVVL1
|
Flux loop on lower inner vacuum vessel wall |
\CAL_OPSIG78
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLIVVL2
|
Flux loop on lower inner vacuum vessel wall |
\F_FLPF1BL
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPF1BL
|
Flux loop on pf1b coil |
\F_FLPFAB1U1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPFAB1U1
|
Flux loop in upper inner chi absorber region |
\F_FLPFAB1U2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPFAB1U2
|
Flux loop in upper inner chi absorber region |
\F_FLPFAB2U1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FFLPFAB2U1
|
Flux loop in upper outer chi absorber region |
\F_TORVAC1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FTORVAC1
|
Vacuum toroidal flux measured by irogevvul1 return loop - estimated using irogcsc signal |
\F_TORVAC2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.FLUX:FTORVAC2
|
Vacuum toroidal flux measured by irogevvul2 return loop - estimated using irogcsc signal |
\LV_EVV_17_OUTER
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLOHM
|
Flux loop voltage on oh coil mid-plane |
\V_FLPFAB1U1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLPFAB1U1
|
Flux loop in upper inner chi absorber region |
\V_FLPFAB1U2
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLPFAB1U2
|
Flux loop in upper inner chi absorber region |
\V_FLPFAB2U1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLPFAB2U1
|
Flux loop in upper outer chi absorber region |
\V_FLPPPUL2LP
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLPPPUL2LP
|
"v_flpppul2 passed through low pass filter (-3db at 2khz, 4-pole butterworth)" |
| no tag available |
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLSPPL1
|
Flux loop on lower secondary passive plate |
| no tag available |
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VFLSPPU4
|
Flux loop on upper secondary passive plate |
\V_SPARECHAN1
|
\OPERATIONS::TOP.MAGNETICS.FLUX_LOOP.VOLTAGE:VSPARECHAN1
|
Spare magnetics voltage channel 1 |
\LMC_MODE_N1_AMPLITUDE
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMCMODN1AMP
|
External locked-mode sensor amplitude of n=1 br using mode detection |
\LMC_MODE_N1_ANGLE
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMCMODN1ANG
|
External locked-mode sensor toroidal angular position of maximum n=1 br using mode detection |
\LMC_PLASMA_N1_AMPLITUDE
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMCPLAN1AMP
|
External locked-mode sensor amplitude of plasma n=1 br |
\LMC_PLASMA_N1_ANGLE
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMCPLAN1ANG
|
External locked-mode sensor toroidal angular position of maximum plasma n=1 br |
\B_LMC_ALFG_RD_MODE
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_ALFGRDM
|
External locked-mode sensor a/l-f/g radial field difference using mode detection |
\B_LMC_ALFG_RD_PLASMA
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_ALFGRDP
|
External locked-mode sensor a/l-f/g radial field difference from plasma |
\B_LMC_ALFG_RD
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_ALFG_RD
|
External locked-mode sensor a/l-f/g radial field difference |
\B_LMC_AL_TFC
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_AL_TFC
|
External locked-mode sensor a/l toroidal field compensation |
\B_LMC_AL_VFC
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_AL_VFC
|
External locked-mode sensor a/l vertical field compensation |
\B_LMC_BCHI_RD_MODE
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_BCHIRDM
|
External locked-mode sensor b/c-h/i radial field difference using mode detection |
\B_LMC_BCHI_RD_PLASMA
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_BCHIRDP
|
External locked-mode sensor b/c-h/i radial field difference from plasma |
\B_LMC_BCHI_RD
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_BCHI_RD
|
External locked-mode sensor b/c-h/i radial field difference |
\B_LMC_BC_TFC
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_BC_TFC
|
External locked-mode sensor b/c toroidal field compensation |
\B_LMC_BC_VFC
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_BC_VFC
|
External locked-mode sensor b/c vertical field compensation |
\B_LMC_DE_TFC
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_DE_TFC
|
External locked-mode sensor d/e toroidal field compensation |
\B_LMC_DE_VFC
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_DE_VFC
|
External locked-mode sensor d/e vertical field compensation |
\B_LMC_FG_TFC
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_FG_TFC
|
External locked-mode sensor f/g toroidal field compensation |
\B_LMC_FG_VFC
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_FG_VFC
|
External locked-mode sensor f/g vertical field compensation |
\B_LMC_HI_TFC
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_HI_TFC
|
External locked-mode sensor h/i toroidal field compensation |
\B_LMC_HI_VFC
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_HI_VFC
|
External locked-mode sensor h/i vertical field compensation |
\B_LMC_JKDE_RD_MODE
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_JKDERDM
|
External locked-mode sensor j/k-d/e radial field difference using mode detection |
\B_LMC_JKDE_RD_PLASMA
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_JKDERDP
|
External locked-mode sensor j/k-d/e radial field difference from plasma |
\B_LMC_JKDE_RD
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_JKDE_RD
|
External locked-mode sensor j/k-d/e radial field difference |
\B_LMC_JK_TFC
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_JK_TFC
|
External locked-mode sensor j/k toroidal field compensation |
\B_LMC_JK_VFC
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.B:BLMC_JK_VFC
|
External locked-mode sensor j/k vertical field compensation |
\V_LMCH9080104
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.VOLTAGE:VLMCH9080104
|
Unused channel |
\V_LMCH9080213
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.VOLTAGE:VLMCH9080213
|
Unused channel |
\V_LMCH9080214
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.VOLTAGE:VLMCH9080214
|
Unused channel |
\V_LMCH9080215
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.VOLTAGE:VLMCH9080215
|
Unused channel |
\V_LMCH9080216
|
\OPERATIONS::TOP.MAGNETICS.LOCKEDMODE.VOLTAGE:VLMCH9080216
|
Unused channel |
\B_1DMCSCU1
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMCSCU1
|
1-d mirnov on upper center-stack casing |
\B_1DMSGI1
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMSGI1
|
Sgi probe shroud BT |
\B_1DMSGI2
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMSGI2
|
Sgi probe shroud bz |
\B_1DMSGI3
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMSGI3
|
Sgi probe edge br |
\B_1DMSGI4
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMSGI4
|
Sgi probe edge bz |
\B_1DMSGI5
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:B1DMSGI5
|
1-d mirnov on sgi probe |
\B_HCDOBDIRLAB
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BHCDOBDIRLAB
|
Bt sensor in lower outboard divertor inside the innermost bbq rail between bays a and b |
\B_HCDOBDIRLCD
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BHCDOBDIRLCD
|
Bt sensor in lower outboard divertor inside the innermost bbq rail between bays c and d |
\B_HCDOBDIRLEF
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BHCDOBDIRLEF
|
Bt sensor in lower outboard divertor inside the innermost bbq rail between bays e and f |
\B_HCDOBDIRLGH
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BHCDOBDIRLGH
|
Bt sensor in lower outboard divertor inside the innermost bbq rail between bays g and h |
\B_HCDOBDIRLIJ
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BHCDOBDIRLIJ
|
Bt sensor in lower outboard divertor inside the innermost bbq rail between bays i and j |
\B_HCDOBDIRLKL
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BHCDOBDIRLKL
|
Bt sensor in lower outboard divertor inside the innermost bbq rail between bays k and l |
\B_HCDOBDORLAB
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BHCDOBDORLAB
|
Bt sensor in lower outboard divertor outside the outermost bbq rail between bays a and b |
\B_HCDOBDORLCD
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BHCDOBDORLCD
|
Bt sensor in lower outboard divertor outside the outermost bbq rail between bays c and d |
\B_HCDOBDORLEF
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BHCDOBDORLEF
|
Bt sensor in lower outboard divertor outside the outermost bbq rail between bays e and f |
\B_HCDOBDORLGH
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BHCDOBDORLGH
|
Bt sensor in lower outboard divertor outside the outermost bbq rail between bays g and h |
\B_HCDOBDORLIJ
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BHCDOBDORLIJ
|
Bt sensor in lower outboard divertor outside the outermost bbq rail between bays i and j |
\B_HCDOBDORLKL
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BHCDOBDORLKL
|
Bt sensor in lower outboard divertor outside the outermost bbq rail between bays k and l |
\B_L1DMPPPGU6
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGU1
|
1-d mirnov in upper primary passive plate gap |
\V_FLEVVU4
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMPPPGU3
|
1-d mirnov in upper primary passive plate gap |
\B_L1DMPPPGL9
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGL7
|
1-d mirnov centered toroidally behind lower primary passive plate |
\B_L1DMPPPGU9
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.B:BL1DMSPPGU7
|
1-d mirnov centered toroidally behind upper primary passive plate |
\BDOT_1DMCSCL13
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCL13
|
1-d mirnov on lower center-stack casing |
\BDOT_1DMCSCL15
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCL15
|
1-d mirnov on lower center-stack casing |
\BDOT_1DMCSCL7
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCL7
|
1-d mirnov on lower center-stack casing |
\BDOT_1DMCSCL9
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCL9
|
1-d mirnov on lower center-stack casing |
\BDOT_L1DMPPPGL4
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMPPPGL4
|
1-d mirnov behind lower primary passive plate |
\BDOT_L1DMPPPGL5
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMPPPGL5
|
1-d mirnov behind lower primary passive plate |
\BDOT_L1DMSPPGL4
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPPGL4
|
1-d mirnov behind lower secondary passive plate |
| no tag available |
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPPGL5
|
1-d mirnov behind lower secondary passive plate |
\CAL_IROGSPPSL1
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPPGL6
|
1-d mirnov behind lower secondary passive plate |
\BDOT_L1DMSPPGL7
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPPGL7
|
1-d mirnov behind lower secondary passive plate |
\BDOT_MLITHIC_BR_L_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDMLITHBRLG
|
Raw signal from 3 axis monolithic mirnov detector on outboard wall (large br coil) |
\BDOT_MLITHIC_BR_S_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDMLITHBRSM
|
Raw signal from 3 axis monolithic mirnov detector on outboard wall (small br coil) |
\BDOT_MLITHIC_BT_L_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDMLITHBTLG
|
Raw signal from 3 axis monolithic mirnov detector on outboard wall (large BT coil) |
\BDOT_MLITHIC_BT_S_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDMLITHBTSM
|
Raw signal from 3 axis monolithic mirnov detector on outboard wall (small BT coil) |
\BDOT_MLITHIC_BZ_L_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDMLITHBZLG
|
Raw signal from 3 axis monolithic mirnov detector on outboard wall (large bz coil) |
\BDOT_MLITHIC_BZ_S_RAW
|
\OPERATIONS::TOP.MAGNETICS.MIRNOV.BDOT:BDMLITHBZSM
|
Raw signal from 3 axis monolithic mirnov detector on outboard wall (small bz coil) |
\I_CROWNAMPCT
|
\OPERATIONS::TOP.MAGNETICS.MONITOR.CURRENT:ICROWNAMPCT
|
Crown amplifier current measured with pearson current transformer |
\I_CROWNAMPRD
|
\OPERATIONS::TOP.MAGNETICS.MONITOR.CURRENT:ICROWNAMPRD
|
Crown amplifier current measured with resistive divider |
\I_ROGCSCL1
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGCSCL1
|
"sum of segmented rogowski loop signals a, b, and c enclosing lower center-stack casing" |
\I_ROGCSCL1B
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGCSCL1B
|
Segmented rogowski loop enclosing lower center-stack casing |
\I_ROGEVVUL1
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGEVVUL1
|
"rogowski enclosing vv, plates, cs casing, pf1b, and plasma" |
\I_ROGEVVUL1X
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGEVVUL1X
|
"rogowski enclosing vv, plates, cs casing, pf1b, and plasma" |
\I_ROGEVVUL2
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGEVVUL2
|
"rogowski enclosing vv, plates, cs casing, pf1b, and plasma" |
\I_ROGPPPSL2
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGPPPSL2
|
Rogowski loop on lower primary passive plate support |
\I_ROGSPPSL1
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.CURRENT:IROGSPPSL1
|
Rogowski loop on lower secondary passive plate support |
\V_ROGEVVUL1
|
\OPERATIONS::TOP.MAGNETICS.ROGOWSKI.VOLTAGE:VROGEVVUL1
|
"rogowski enclosing vv, plates, cs casing, pf1b, and plasma" |
\IVV_EVV_27_OUTER
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVL2
|
Vessel segment current derived from vessel surface voltage measurement |
| no tag available |
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVL4
|
Vessel segment current derived from vessel surface voltage measurement |
\IVV_EVV_30_OUTER
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVL5
|
Vessel segment current derived from vessel surface voltage measurement |
\IVV_EVV_32_OUTER
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVL7
|
Vessel segment current derived from vessel surface voltage measurement |
\IVV_EVV_7_OUTER
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVU2
|
Vessel segment current derived from vessel surface voltage measurement |
\IVV_EVV_5_OUTER
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVU4
|
Vessel segment current derived from vessel surface voltage measurement |
\IVV_EVV_4_OUTER
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVU5
|
Vessel segment current derived from vessel surface voltage measurement |
\IVV_EVV_2_OUTER
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IFLEVVU7
|
Vessel segment current derived from vessel surface voltage measurement |
\PLASMA_CURRENT_1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IPLASCUR1
|
Plasma current derived from rogowski 1 and vessel surface and passive plate voltage measurements |
\PLASMA_CURRENT_2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IPLASCUR2
|
Plasma current derived from rogowski 2 and vessel surface and passive plate voltage measurements |
\IP_IPF1B_1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IPLAS_PF1B_1
|
Magnetics control box signal |
\IP_IPF1B_2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IPLAS_PF1B_2
|
Magnetics control box signal |
\IROG_PPPS_L2_1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IROGPPPSL2_1
|
Magnetics control box signal |
\IROG_PPPS_L2_2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IROGPPPSL2_2
|
Magnetics control box signal |
\IROG_PPPS_U2_1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IROGPPPSU2_1
|
Magnetics control box signal |
\IROG_PPPS_U2_2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IROGPPPSU2_2
|
Magnetics control box signal |
\IROG_PPS_TOT
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IROGPPS
|
Magnetics control box signal |
\IROG_SPPS_L2_1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IROGSPPSL2_1
|
Magnetics control box signal |
\IROG_SPPS_L2_2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IROGSPPSL2_2
|
Magnetics control box signal |
\IROG_SPPS_U2_1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IROGSPPSU2_1
|
Magnetics control box signal |
\IROG_SPPS_U2_2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IROGSPPSU2_2
|
Magnetics control box signal |
\IROG_TOT_1_1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IROGTOT1_1
|
Magnetics control box signal |
\IROG_TOT_1_2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IROGTOT1_2
|
Magnetics control box signal |
\IROG_TOT_2_1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IROGTOT2_1
|
Magnetics control box signal |
\IROG_TOT_2_2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IROGTOT2_2
|
Magnetics control box signal |
\IVV_INNER_TOT
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IVVCS
|
Magnetics control box signal |
\IVV_INNER_TOT_2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IVVCS_2
|
Total cs casing current |
\IVV_OUTER_TOT
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IVVOUT
|
Magnetics control box signal |
\IVV_TOT
|
\OPERATIONS::TOP.PCS.MAGCONTROL.CURRENT:IVVTOT
|
Magnetics control box signal |
\FL_PPP_L_2_REF
|
\OPERATIONS::TOP.PCS.MAGCONTROL.FLUX:FFLPPPL2REF
|
Magnetics control box signal |
\FL_PPP_L_2_1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.FLUX:FFLPPPL2_1
|
Magnetics control box signal |
\FL_PPP_L_2_2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.FLUX:FFLPPPL2_2
|
Magnetics control box signal |
\FL_PPP_U_2_REF
|
\OPERATIONS::TOP.PCS.MAGCONTROL.FLUX:FFLPPPU2REF
|
Magnetics control box signal |
\FL_PPP_U_2_1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.FLUX:FFLPPPU2_1
|
Magnetics control box signal |
\FL_PPP_U_2_2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.FLUX:FFLPPPU2_2
|
Magnetics control box signal |
\FL_EVV_17_INNER
|
\OPERATIONS::TOP.PCS.MAGCONTROL.FLUX:FFLREF1
|
Magnetics control box signal |
\FL_EVV_17_INNER_1
|
\OPERATIONS::TOP.PCS.MAGCONTROL.FLUX:FFLREF2
|
Magnetics control box signal |
\FL_EVV_17_INNER_2
|
\OPERATIONS::TOP.PCS.MAGCONTROL.FLUX:FFLREF3
|
Magnetics control box signal |
| no tag available |
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLEVVL2
|
Loop voltage from flux loop measurement near vacuum vessel surface |
\LV_EVV_29_OUTER
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLEVVL4
|
Loop voltage from flux loop measurement near vacuum vessel surface |
\LV_EVV_30_OUTER
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLEVVL5
|
Loop voltage from flux loop measurement near vacuum vessel surface |
\LV_EVV_32_OUTER
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLEVVL7
|
Loop voltage from flux loop measurement near vacuum vessel surface |
\LV_EVV_7_OUTER
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLEVVU2
|
Loop voltage from flux loop measurement near vacuum vessel surface |
\LV_EVV_5_OUTER
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLEVVU4
|
Loop voltage from flux loop measurement near vacuum vessel surface |
\LV_EVV_4_OUTER
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLEVVU5
|
Loop voltage from flux loop measurement near vacuum vessel surface |
\LV_EVV_2_OUTER
|
\OPERATIONS::TOP.PCS.MAGCONTROL.VOLTAGE:VFLEVVU7
|
Loop voltage from flux loop measurement near vacuum vessel surface |
\I_HHFWLP1
|
\OPERATIONS::TOP.PROBES.MONITOR.CURRENT:IHHFWLP1
|
Bay d hhfw langmuir probe 1 current |
\I_HHFWLP2
|
\OPERATIONS::TOP.PROBES.MONITOR.CURRENT:IHHFWLP2
|
Bay d hhfw langmuir probe 2 current |
\I_HHFWLP3
|
\OPERATIONS::TOP.PROBES.MONITOR.CURRENT:IHHFWLP3
|
Bay d hhfw langmuir probe 3 current |
\I_LPOBDL2
|
\OPERATIONS::TOP.PROBES.MONITOR.CURRENT:ILPOBDL2
|
Lower outboard divertor langmuir probe current |
\I_LPOBDL3
|
\OPERATIONS::TOP.PROBES.MONITOR.CURRENT:ILPOBDL3
|
Lower outboard divertor langmuir probe current |
\I_LPOBDL4
|
\OPERATIONS::TOP.PROBES.MONITOR.CURRENT:ILPOBDL4
|
Lower outboard divertor langmuir probe current |
\I_LPOBDL5
|
\OPERATIONS::TOP.PROBES.MONITOR.CURRENT:ILPOBDL5
|
Lower outboard divertor langmuir probe current |
\I_LPOBDU2
|
\OPERATIONS::TOP.PROBES.MONITOR.CURRENT:ILPOBDU2
|
Upper outboard divertor langmuir probe current |
\I_LPOBDU3
|
\OPERATIONS::TOP.PROBES.MONITOR.CURRENT:ILPOBDU3
|
Upper outboard divertor langmuir probe current |
\I_LPOBDU4
|
\OPERATIONS::TOP.PROBES.MONITOR.CURRENT:ILPOBDU4
|
Upper outboard divertor langmuir probe current |
\I_LPOBDU5
|
\OPERATIONS::TOP.PROBES.MONITOR.CURRENT:ILPOBDU5
|
Upper outboard divertor langmuir probe current |
\I_LPSGI
|
\OPERATIONS::TOP.PROBES.MONITOR.CURRENT:ILPSGI
|
Supersonic gas injector langmuir probe current |
\V_H908_06_03
|
\OPERATIONS::TOP.PROBES.MONITOR.VOLTAGE:VH908_06_03
|
Unused channel |
\V_H908_06_04
|
\OPERATIONS::TOP.PROBES.MONITOR.VOLTAGE:VH908_06_04
|
Unused channel |
\V_HHFWLP1
|
\OPERATIONS::TOP.PROBES.MONITOR.VOLTAGE:VHHFWLP1
|
Bay d hhfw langmuir probe 1 voltage |
\V_HHFWLP2
|
\OPERATIONS::TOP.PROBES.MONITOR.VOLTAGE:VHHFWLP2
|
Bay d hhfw langmuir probe 2 voltage |
\V_HHFWLP3
|
\OPERATIONS::TOP.PROBES.MONITOR.VOLTAGE:VHHFWLP3
|
Bay d hhfw langmuir probe 3 voltage |
\V_LPOBDL2
|
\OPERATIONS::TOP.PROBES.MONITOR.VOLTAGE:VLPOBDL2
|
Lower outboard divertor langmuir probe voltage |
\V_LPOBDL3
|
\OPERATIONS::TOP.PROBES.MONITOR.VOLTAGE:VLPOBDL3
|
Lower outboard divertor langmuir probe voltage |
\V_LPOBDL4
|
\OPERATIONS::TOP.PROBES.MONITOR.VOLTAGE:VLPOBDL4
|
Lower outboard divertor langmuir probe voltage |
\V_LPOBDL5
|
\OPERATIONS::TOP.PROBES.MONITOR.VOLTAGE:VLPOBDL5
|
Lower outboard divertor langmuir probe voltage |
\V_LPOBDU2
|
\OPERATIONS::TOP.PROBES.MONITOR.VOLTAGE:VLPOBDU2
|
Upper outboard divertor langmuir probe voltage |
\V_LPOBDU3
|
\OPERATIONS::TOP.PROBES.MONITOR.VOLTAGE:VLPOBDU3
|
Upper outboard divertor langmuir probe voltage |
\V_LPOBDU4
|
\OPERATIONS::TOP.PROBES.MONITOR.VOLTAGE:VLPOBDU4
|
Upper outboard divertor langmuir probe voltage |
\V_LPOBDU5
|
\OPERATIONS::TOP.PROBES.MONITOR.VOLTAGE:VLPOBDU5
|
Upper outboard divertor langmuir probe voltage |
\V_LPSGI
|
\OPERATIONS::TOP.PROBES.MONITOR.VOLTAGE:VLPSGI
|
Supersonic gas injector langmuir probe voltage |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
\FG_ALPHA_A
|
\OPS_PC::TOP.NEUTRONS:FG_PSS_A_1
|
Msv |
\FG_SUPPRESS_A
|
\OPS_PC::TOP.NEUTRONS:FG_PSS_A_2
|
Pr |
\FG_BYPASS_A
|
\OPS_PC::TOP.NEUTRONS:FG_PSS_A_3
|
Wr |
\FG_SPARE_A
|
\OPS_PC::TOP.NEUTRONS:FG_PSS_A_4
|
Sr |
\FG_ALPHA_B
|
\OPS_PC::TOP.NEUTRONS:FG_PSS_B_1
|
Alpha cmd to firing generator, section b |
\FG_SUPPRESS_B
|
\OPS_PC::TOP.NEUTRONS:FG_PSS_B_2
|
Suppress bits to firing generator, section b |
\FG_BYPASS_B
|
\OPS_PC::TOP.NEUTRONS:FG_PSS_B_3
|
Bypass bits to firing generator, section b |
\FG_SPARE_B
|
\OPS_PC::TOP.NEUTRONS:FG_PSS_B_4
|
Spare, section b |
\INLET_PRESSURE
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI0
|
Inlet pressure sensor |
\INLET_FLOW_2
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI1
|
Inlet flow meter 2 |
\INLET_FLOW_1
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI10
|
Inlet flow meter 1 |
\OUTLET_FLOW_1
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI11
|
Outlet flow meter 1 |
\INFRARED_1
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI12
|
Infrared temp sensor 1 |
\INFRARED_2
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI13
|
Infrared temp sensor 2 |
\RTU_1
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI14
|
Rtu timing signal 1 |
\RTU_2
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI15
|
Rtu timing signal 2 |
\INFRARED_3
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI16
|
Infrared temp sensor 3 |
\INFRARED_4
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI17
|
Infrared temp sensor 4 |
\PS5VDC_1
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI18
|
5vdc 1 |
\PS24VDC_1
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI19
|
24vdc 1 |
\OUTLET_FLOW_2
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI2
|
Outlet flow meter 2 |
\COIL_I_1
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI20
|
Coil current 1 |
\COIL_I_2
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI21
|
Coil current 2 |
\SPARE_COILI_1
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI22
|
Spare_coili_1 |
\SPARE_COILI_2
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI23
|
Spare_coili_2 |
\A_SPARE_1
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI24
|
A_spare_1 |
\A_SPARE_2
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI25
|
A_spare_2 |
\A_SPARE_3
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI26
|
A_spare_3 |
\A_SPARE_4
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI27
|
A_spare_4 |
\A_SPARE_5
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI28
|
A_spare_5 |
\A_SPARE_6
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI29
|
A_spare_6 |
\INLET_TEMP_1
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI3
|
Inlet thermocouple 1 |
\RTU_3
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI30
|
Rtu timing signal 3 |
\PUMP_CART
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI31
|
Pump_cart flow status |
\OPSENS_MOD1_A_1
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI32
|
Opsens coresens module 1 - analog 1 |
\SLOT_1_LO_BARE
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI33
|
Slot_1_lo_bare |
\SLOT_1_MID_BARE
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI34
|
Slot_1_mid_bare |
\SLOT_1_HI_BARE
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI35
|
Slot_1_hi_bare |
\SLOT_4_HI_TEMP
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI36
|
Slot_4_hi_temp |
\SLOT_4_MID_TEMP
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI37
|
Slot_4_mid_temp |
\SLOT_4_LO_TEMP
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI38
|
Slot_4_lo_temp |
\SLOT_4_HI_BARE
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI39
|
Slot_4_hi_bare |
\INLET_TEMP_2
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI4
|
Inlet thermocouple 2 |
\SLOT_4_MID_BARE
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI40
|
Slot_4_mid_bare |
\OPSENS_MOD5_A_2
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI41
|
Opsens coresens module 5 - analog 2 |
\SLOT_4_LO_BARE
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI42
|
Slot_4_lo_bare |
\SLOT_6_HI_BARE
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI43
|
Slot_6_hi_bare |
\SLOT_6_MID_KAPTON
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI44
|
Slot_6_mid_kapton |
\SLOT_6_LO_KAPTON
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI45
|
Slot_6_lo_kapton |
\FIBERRX_SPARE_1
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI46
|
Rtu_fbg_trigger |
\FIBERRX_SPARE_2
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI47
|
Fiberrx spare 2 |
\SLOT_3_HI_BARE
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI48
|
Slot_3_hi_bare |
\SLOT_3_MID_BARE
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI49
|
Slot_3_mid_bare |
\OUTLET_TEMP_1
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI5
|
Outlet thermocouple 1 |
\SLOT_3_LO_BARE
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI50
|
Slot_3_lo_bare |
\SLOT_4_MID_KAPTON
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI51
|
Slot_4_mid_kapton |
\SLOT_3_HI_TEMP
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI52
|
Slot_3_hi_temp |
\SLOT_3_MID_TEMP
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI53
|
Slot_3_mid_temp |
\SLOT_3_LO_TEMP
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI54
|
Slot_3_lo_temp |
\SLOT_6_HI_TEMP
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI55
|
Slot_6_hi_temp |
\SLOT_6_MID_TEMP
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI56
|
Slot_6_mid_temp |
\SLOT_6_LO_TEMP
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI57
|
Slot_6_lo_temp |
\SLOT_6_MID_BARE
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI58
|
Slot_6_mid_bare |
\SLOT_6_LO_BARE
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI59
|
Slot_6_lo_bare |
\OUTLET_TEMP_2
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI6
|
Outlet thermocouple 2 |
\PS5VDC_2
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI60
|
5vdc 2 |
\PS24VDC_2
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI61
|
24vdc 2 |
\FIBERRX_SPARE_3
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI62
|
Fiberrx spare 3 |
\FIBERRX_SPARE_4
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI63
|
Fiberrx spare 4 |
\SPARE_TEMP_1
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI7
|
Spare_temp_1 |
\SPARE_TEMP_2
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI8
|
Spare_temp_2 |
\OUTLET_PRESSURE
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_AI9
|
Outlet pressure sensor |
\PS24V_DC_OK_1N
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO0
|
24v dc ok 1n |
\PS5V_DC_OK_1
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO1
|
5v dc ok 1 |
\DIGITAL_SPARE_9
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO10
|
Digital spare 9 |
\DIGITAL_SPARE_10
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO11
|
Digital spare 10 |
\DIGITAL_SPARE_11
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO12
|
Digital spare 11 |
\DIGITAL_SPARE_12
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO13
|
Digital spare 12 |
\DIGITAL_SPARE_13
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO14
|
Digital spare 13 |
\DIGITAL_SPARE_14
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO15
|
Digital spare 14 |
\DIGITAL_SPARE_15
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO16
|
Digital spare 15 |
\DIGITAL_SPARE_16
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO17
|
Digital spare 16 |
\DIGITAL_SPARE_17
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO18
|
Digital spare 17 |
\DIGITAL_SPARE_18
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO19
|
Digital spare 18 |
\DIGITAL_SPARE_1
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO2
|
Digital spare 1 |
\DIGITAL_SPARE_19
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO20
|
Digital spare 19 |
\DIGITAL_SPARE_20
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO21
|
Digital spare 20 |
\DIGITAL_SPARE_21
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO22
|
Digital spare 21 |
\DIGITAL_SPARE_22
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO23
|
Digital spare 22 |
\DIGITAL_SPARE_23
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO24
|
Digital spare 23 |
\DIGITAL_SPARE_24
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO25
|
Digital spare 24 |
\DIGITAL_SPARE_25
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO26
|
Digital spare 25 |
\DIGITAL_SPARE_26
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO27
|
Digital spare 26 |
\DIGITAL_SPARE_27
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO28
|
Digital spare 27 |
\DIGITAL_SPARE_28
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO29
|
Digital spare 28 |
\DIGITAL_SPARE_2
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO3
|
Digital spare 2 |
\DIGITAL_SPARE_29
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO30
|
Digital spare 29 |
\DIGITAL_SPARE_30
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO31
|
Digital spare 30 |
\DIGITAL_SPARE_31
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO32
|
Digital spare 31 |
\DIGITAL_SPARE_32
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO33
|
Digital spare 32 |
\DIGITAL_SPARE_33
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO34
|
Digital spare 33 |
\DIGITAL_SPARE_34
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO35
|
Digital spare 34 |
\DIGITAL_SPARE_35
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO36
|
Digital spare 35 |
\DIGITAL_SPARE_36
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO37
|
Digital spare 36 |
\DIGITAL_SPARE_37
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO38
|
Digital spare 37 |
\DIGITAL_SPARE_38
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO39
|
Digital spare 38 |
\DIGITAL_SPARE_3
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO4
|
Digital spare 3 |
\BDOT_L1DMPPPGL4
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO40
|
Hcs wdt |
\HCS_PERMISSIVE
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO41
|
Hcs permissive |
\BDOT_L1DMIVVHN1_RAW
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO42
|
Fiber tx spare 1 |
\BDOT_L1DMIVVHN16_RAW
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO43
|
Fiber tx spare 2 |
\BDOT_L1DMIVVHN6_RAW
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO44
|
Digital spare 39 |
\DIGITAL_SPARE_40
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO45
|
Digital spare 40 |
\DIGITAL_SPARE_41
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO46
|
Digital spare 41 |
\DIGITAL_SPARE_42
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO47
|
Digital spare 42 |
\PS24V_DC_OK_2N
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO48
|
24v dc ok 2n |
\PS5V_DC_OK_2
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO49
|
5v dc ok 2 |
\DIGITAL_SPARE_4
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO5
|
Digital spare 4 |
\DIGITAL_SPARE_43
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO50
|
Digital spare 43 |
\DIGITAL_SPARE_44
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO51
|
Digital spare 44 |
\DIGITAL_SPARE_45
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO52
|
Digital spare 45 |
\DIGITAL_SPARE_46
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO53
|
Digital spare 46 |
\BDOT_L1DMSPPGU4
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO54
|
Digital spare 47 |
\BDOT_HN10_LOW
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO55
|
Digital spare 48 |
\DIGITAL_SPARE_49
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO56
|
Digital spare 49 |
\BDOT_HN14_LOW
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO57
|
Digital spare 50 |
\DIGITAL_SPARE_51
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO58
|
Digital spare 51 |
\DIGITAL_SPARE_52
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO59
|
Digital spare 52 |
\DIGITAL_SPARE_5
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO6
|
Digital spare 5 |
\DIGITAL_SPARE_53
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO60
|
Digital spare 53 |
\DIGITAL_SPARE_54
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO61
|
Digital spare 54 |
\DIGITAL_SPARE_55
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO62
|
Digital spare 55 |
\DIGITAL_SPARE_56
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO63
|
Digital spare 56 |
\DIGITAL_SPARE_57
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO64
|
Digital spare 57 |
\DIGITAL_SPARE_58
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO65
|
Digital spare 58 |
\DIGITAL_SPARE_59
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO66
|
Digital spare 59 |
\DIGITAL_SPARE_60
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO67
|
Digital spare 60 |
\DIGITAL_SPARE_61
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO68
|
Digital spare 61 |
\DIGITAL_SPARE_62
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO69
|
Digital spare 62 |
\DIGITAL_SPARE_6
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO7
|
Digital spare 6 |
\DIGITAL_SPARE_63
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO70
|
Digital spare 63 |
\DIGITAL_SPARE_64
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO71
|
Digital spare 64 |
\DIGITAL_SPARE_65
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO72
|
Digital spare 65 |
\DIGITAL_SPARE_66
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO73
|
Digital spare 66 |
\DIGITAL_SPARE_67
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO74
|
Digital spare 67 |
\DIGITAL_SPARE_68
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO75
|
Digital spare 68 |
\DIGITAL_SPARE_69
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO76
|
Digital spare 69 |
\DIGITAL_SPARE_70
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO77
|
Digital spare 70 |
\DIGITAL_SPARE_71
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO78
|
Digital spare 71 |
\DIGITAL_SPARE_72
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO79
|
Digital spare 72 |
\DIGITAL_SPARE_7
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO8
|
Digital spare 7 |
\DIGITAL_SPARE_73
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO80
|
Digital spare 73 |
\DIGITAL_SPARE_74
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO81
|
Digital spare 74 |
\DIGITAL_SPARE_75
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO82
|
Digital spare 75 |
\DIGITAL_SPARE_76
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO83
|
Digital spare 76 |
\DIGITAL_SPARE_77
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO84
|
Digital spare 77 |
\DIGITAL_SPARE_78
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO85
|
Digital spare 78 |
\DIGITAL_SPARE_79
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO86
|
Digital spare 79 |
\DIGITAL_SPARE_80
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO87
|
Digital spare 80 |
\FIBER_TX_SPARE_3
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO88
|
Fiber tx spare 3 |
\FIBER_TX_SPARE_4
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO89
|
Fiber tx spare 4 |
\DIGITAL_SPARE_8
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO9
|
Digital spare 8 |
\FIBER_TX_SPARE_5
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO90
|
Fiber tx spare 5 |
\FIBER_TX_SPARE_6
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO91
|
Fiber tx spare 6 |
\DIGITAL_SPARE_81
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO92
|
Digital spare 81 |
\DIGITAL_SPARE_82
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO93
|
Digital spare 82 |
\DIGITAL_SPARE_83
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO94
|
Digital spare 83 |
\DIGITAL_SPARE_84
|
\OPS_PC::TOP.PFCOILTEST:SIGNAL_DIO95
|
Digital spare 84 |
\BDOT_1DMCSCL1_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCL1
|
Monolithic mirnov BT large na |
\BDOT_1DMCSCL2_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCL2
|
Raw inboard poloidal array signal from small 1-d mirnov on lower center-stack casing |
\BDOT_1DMCSCL3_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCL3
|
Raw inboard poloidal array signal from small 1-d mirnov on lower center-stack casing |
\BDOT_1DMCSCL4_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCL4
|
Raw inboard poloidal array signal from small 1-d mirnov on lower center-stack casing |
\BDOT_1DMCSCL5_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCL5
|
Raw inboard poloidal array signal from small 1-d mirnov on lower center-stack casing |
\BDOT_1DMCSCL6_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCL6
|
Raw inboard poloidal array signal from small 1-d mirnov on lower center-stack casing |
\BDOT_1DMCSCU1_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCU1
|
Raw inboard poloidal array signal from small 1-d mirnov on upper center-stack casing |
\BDOT_1DMCSCU2_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCU2
|
Raw inboard poloidal array signal from small 1-d mirnov on upper center-stack casing |
\BDOT_1DMCSCU3_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCU3
|
Raw inboard poloidal array signal from small 1-d mirnov on upper center-stack casing |
\BDOT_1DMCSCU4_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCU4
|
Raw inboard poloidal array signal from small 1-d mirnov on upper center-stack casing |
\BDOT_1DMCSCU5_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCU5
|
Raw inboard poloidal array signal from small 1-d mirnov on upper center-stack casing |
\BDOT_1DMCSCU6_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCU6
|
Raw inboard poloidal array signal from small 1-d mirnov on upper center-stack casing |
\BDOT_2DMCSCL2T_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD2DMCSCL2T
|
Raw inboard poloidal array tangential signal from small 2-d mirnov on lower center-stack casing |
\BDOT_2DMCSCU1T_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD2DMCSCU1T
|
Raw inboard poloidal array tangential signal from small 2-d mirnov on upper center-stack casing |
\BDOT_2DMIBDHL5T_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD2DMIBDHL5T
|
Raw inboard poloidal array tangential signal from small 2-d mirnov on lower inboard divertor plate |
\BDOT_2DMIBDHL6T_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD2DMIBDHL6T
|
Raw inboard poloidal array tangential signal from small 2-d mirnov on lower inboard divertor plate |
\BDOT_2DMIBDHU5T_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD2DMIBDHU5T
|
Raw inboard poloidal array tangential signal from small 2-d mirnov on upper inboard divertor plate |
\BDOT_2DMIBDHU6T_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD2DMIBDHU6T
|
Raw inboard poloidal array tangential signal from small 2-d mirnov on upper inboard divertor plate |
\BDOT_2DMOBDL2T_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD2DMOBDL2T
|
Raw outboard poloidal array tangential signal from small 2-d mirnov in lower obd |
\BDOT_2DMOBDL4T_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD2DMOBDL4T
|
Raw outboard poloidal array tangential signal from small 2-d mirnov in lower obd |
\BDOT_2DMOBDU2T_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD2DMOBDU2T
|
Raw outboard poloidal array tangential signal from small 2-d mirnov in upper obd |
\BDOT_2DMOBDU4T_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD2DMOBDU4T
|
Raw outboard poloidal array tangential signal from small 2-d mirnov in upper obd |
\BDOT_L1DMIVVHF1_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF1
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF12_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF10
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF2_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF11
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF3_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF12
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF2_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF2
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF3_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF3
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF4_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF4
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF5_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF5
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF6_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF6
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF7_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF7
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF8_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF8
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF9
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF4_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN1
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN10_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN10
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN11
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN12
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN13_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN13
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN14
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN15_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN15
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN16_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN16
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN2_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN2
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN3
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN4_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN4
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHF5_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN5
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN6_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN6
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN7_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN7
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN8
|
Label empty |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN9
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMPPPGHL1_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMPPGHL1
|
Raw outboard poloidal array signal from medium 1-d mirnov in lower bay h plate gap |
\BDOT_L1DMPPPGHL2_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMPPGHL2
|
Raw outboard poloidal array signal from medium 1-d mirnov in lower bay h plate gap |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMPPGHL3
|
Raw outboard poloidal array signal from medium 1-d mirnov in lower bay h plate gap |
\BDOT_L1DMPPPGHU1_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMPPGHU1
|
Raw outboard poloidal array signal from medium 1-d mirnov in upper bay h plate gap |
\BDOT_L1DMPPPGHU2_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMPPGHU2
|
Raw outboard poloidal array signal from medium 1-d mirnov in upper bay h plate gap |
\BDOT_L1DMPPPGHU3_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMPPGHU3
|
Raw outboard poloidal array signal from medium 1-d mirnov in upper bay h plate gap |
\BDOT_L1DMSPPGHL1_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPGHL1
|
Raw outboard poloidal array signal from medium 1-d mirnov in lower bay h plate gap |
\BDOT_L1DMSPPGHL2_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPGHL2
|
Raw outboard poloidal array signal from medium 1-d mirnov in lower bay h plate gap |
\BDOT_L1DMSPPGHL3_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPGHL3
|
Raw outboard poloidal array signal from medium 1-d mirnov in lower bay h plate gap |
\BDOT_L1DMSPPGHU1_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPGHU1
|
Raw outboard poloidal array signal from medium 1-d mirnov in upper bay h plate gap |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPGHU2
|
Raw outboard poloidal array signal from medium 1-d mirnov in upper bay h plate gap |
\BDOT_L1DMSPPGHU3_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPGHU3
|
Raw outboard poloidal array signal from medium 1-d mirnov in upper bay h plate gap |
\BDOT_HN10_LOW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN10_LOW
|
Lower resolution bdot_l1dmivvhn10_raw |
\BDOT_HN11_LOW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN11_LOW
|
Lower resolution bdot_l1dmivvhn11_raw |
\BDOT_L1DMIVVHF7_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN12_LOW
|
Lower resolution bdot_l1dmivvhn12_raw |
\BDOT_HN13_LOW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN13_LOW
|
Lower resolution bdot_l1dmivvhn13_raw |
\BDOT_HN14_LOW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN14_LOW
|
Lower resolution bdot_l1dmivvhn14_raw |
\BDOT_HN15_LOW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN15_LOW
|
Lower resolution bdot_l1dmivvhn15_raw |
\BDOT_HN16_LOW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN16_LOW
|
Lower resolution bdot_l1dmivvhn16_raw |
\BDOT_HN1_LOW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN1_LOW
|
Lower resolution bdot_l1dmivvhn1_raw |
\BDOT_HN2_LOW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN2_LOW
|
Lower resolution bdot_l1dmivvhn2_raw |
\BDOT_HN3_LOW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN3_LOW
|
Lower resolution bdot_l1dmivvhn3_raw |
\BDOT_HN4_LOW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN4_LOW
|
Lower resolution bdot_l1dmivvhn4_raw |
\BDOT_HN5_LOW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN5_LOW
|
Lower resolution bdot_l1dmivvhn5_raw |
\BDOT_HN6_LOW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN6_LOW
|
Lower resolution bdot_l1dmivvhn6_raw |
\BDOT_HN7_LOW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN7_LOW
|
Lower resolution bdot_l1dmivvhn7_raw |
\BDOT_HN8_LOW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN8_LOW
|
Label empty |
\BDOT_HN9_LOW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN9_LOW
|
Lower resolution bdot_l1dmivvhn9_raw |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:MLMBRLARGENA
|
Label empty |
\BDOT_PC3B1CH01_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC3_B1_CH01
|
Mirnov pc3 board 1 channel 01 |
\BDOT_PC3B1CH02_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC3_B1_CH02
|
Mirnov pc3 board 1 channel 02 |
\BDOT_PC3B1CH03_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC3_B1_CH03
|
Mirnov pc3 board 1 channel 03 |
\BDOT_PC3B1CH04_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC3_B1_CH04
|
Mirnov pc3 board 1 channel 04 |
\BDOT_PC3B2CH01_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC3_B2_CH01
|
Mirnov pc3 board 2 channel 01 |
\BDOT_PC3B2CH02_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC3_B2_CH02
|
Mirnov pc3 board 2 channel 02 |
\BDOT_PC3B2CH03_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC3_B2_CH03
|
Mirnov pc3 board 2 channel 03 |
\BDOT_PC3B2CH04_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC3_B2_CH04
|
Mirnov pc3 board 2 channel 04 |
\BDOT_PC3B3CH01_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC3_B3_CH01
|
Mirnov pc3 board 3 channel 01 |
\BDOT_PC3B3CH02_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC3_B3_CH02
|
Mirnov pc3 board 3 channel 02 |
\BDOT_PC3B3CH03_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC3_B3_CH03
|
Mirnov pc3 board 3 channel 03 |
\BDOT_PC3B3CH04_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC3_B3_CH04
|
Mirnov pc3 board 3 channel 04 |
\BDOT_PC5B1CH01_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC5_B1_CH01
|
Mirnov pc5 board 1 channel 01 |
\BDOT_PC5B1CH02_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC5_B1_CH02
|
Mirnov pc5 board 1 channel 02 |
\BDOT_PC5B1CH03_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC5_B1_CH03
|
Mirnov pc5 board 1 channel 03 |
\BDOT_PC5B1CH04_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC5_B1_CH04
|
Mirnov pc5 board 1 channel 04 |
\BDOT_PC5B2CH01_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC5_B2_CH01
|
Mirnov pc5 board 2 channel 01 |
\BDOT_PC5B2CH02_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC5_B2_CH02
|
Mirnov pc5 board 2 channel 02 |
\BDOT_PC5B2CH03_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC5_B2_CH03
|
Mirnov pc5 board 2 channel 03 |
\BDOT_PC5B2CH04_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC5_B2_CH04
|
Mirnov pc5 board 2 channel 04 |
\BDOT_PC5B3CH01_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC5_B3_CH01
|
Mirnov pc5 board 3 channel 01 |
\BDOT_PC5B3CH02_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC5_B3_CH02
|
Mirnov pc5 board 3 channel 02 |
\BDOT_PC5B3CH03_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC5_B3_CH03
|
Mirnov pc5 board 3 channel 03 |
\BDOT_PC5B3CH04_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC5_B3_CH04
|
Mirnov pc5 board 3 channel 04 |
\PC5_CHANNEL1
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC5_CHANNEL1
|
Pc5 channel1 |
\PC5_CHANNEL2
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC5_CHANNEL2
|
Pc5 channel2 |
\PC5_CHANNEL3
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC5_CHANNEL3
|
Pc5 channel3 |
\PC5_CHANNEL4
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PC5_CHANNEL4
|
Pc5 channel4 |
\PC_STOBDLR3T1
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PCSTOBDLR3T1
|
Pc stobdlr3t1 |
\PC_STOBDLR3T2
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PCSTOBDLR3T2
|
Pc stobdlr3t2 |
\PC_STOBDLR3T3
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PCSTOBDLR3T3
|
Pc stobdlr3t3 |
\PC_STOBDLR3T4
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:PCSTOBDLR3T4
|
Pc stobdlr3t4 |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCL1
|
Monolithic mirnov BT large na |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCL2
|
Raw inboard poloidal array signal from small 1-d mirnov on lower center-stack casing |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCL3
|
Raw inboard poloidal array signal from small 1-d mirnov on lower center-stack casing |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCL6
|
Raw inboard poloidal array signal from small 1-d mirnov on lower center-stack casing |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCU4
|
Raw inboard poloidal array signal from small 1-d mirnov on upper center-stack casing |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD1DMCSCU5
|
Raw inboard poloidal array signal from small 1-d mirnov on upper center-stack casing |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD2DMCSCL2T
|
Raw inboard poloidal array tangential signal from small 2-d mirnov on lower center-stack casing |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD2DMCSCU1T
|
Raw inboard poloidal array tangential signal from small 2-d mirnov on upper center-stack casing |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD2DMIBDHL5T
|
Raw inboard poloidal array tangential signal from small 2-d mirnov on lower inboard divertor plate |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD2DMIBDHU5T
|
Raw inboard poloidal array tangential signal from small 2-d mirnov on upper inboard divertor plate |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BD2DMIBDHU6T
|
Raw inboard poloidal array tangential signal from small 2-d mirnov on upper inboard divertor plate |
\BDOT_L1DMIVVHF10_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF10
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF11_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF11
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF12_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF12
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHF9_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHF9
|
Raw outboard high-frequency array signal from tftr-style 1-d mirnov |
\BDOT_L1DMIVVHN1_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN1
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN13
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
\BDOT_L1DMIVVHN14_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN14
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN15
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN2
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN4
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN5
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMHN6
|
Raw outboard high-n array signal from medium 1-d mirnov on vessel wall |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMPPGHL1
|
Raw outboard poloidal array signal from medium 1-d mirnov in lower bay h plate gap |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMPPGHL2
|
Raw outboard poloidal array signal from medium 1-d mirnov in lower bay h plate gap |
\BDOT_L1DMPPPGHL3_RAW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMPPGHL3
|
Raw outboard poloidal array signal from medium 1-d mirnov in lower bay h plate gap |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMPPGHU3
|
Raw outboard poloidal array signal from medium 1-d mirnov in upper bay h plate gap |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPGHL1
|
Raw outboard poloidal array signal from medium 1-d mirnov in lower bay h plate gap |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPGHL2
|
Raw outboard poloidal array signal from medium 1-d mirnov in lower bay h plate gap |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPGHL3
|
Raw outboard poloidal array signal from medium 1-d mirnov in lower bay h plate gap |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPGHU1
|
Raw outboard poloidal array signal from medium 1-d mirnov in upper bay h plate gap |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDL1DMSPGHU3
|
Raw outboard poloidal array signal from medium 1-d mirnov in upper bay h plate gap |
\BDOT_HN12_LOW
|
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN12_LOW
|
Lower resolution bdot_l1dmivvhn12_raw |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN13_LOW
|
Lower resolution bdot_l1dmivvhn13_raw |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN14_LOW
|
Lower resolution bdot_l1dmivvhn14_raw |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN16_LOW
|
Lower resolution bdot_l1dmivvhn16_raw |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN1_LOW
|
Lower resolution bdot_l1dmivvhn1_raw |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN2_LOW
|
Lower resolution bdot_l1dmivvhn2_raw |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN3_LOW
|
Lower resolution bdot_l1dmivvhn3_raw |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN5_LOW
|
Lower resolution bdot_l1dmivvhn5_raw |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN6_LOW
|
Lower resolution bdot_l1dmivvhn6_raw |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN7_LOW
|
Lower resolution bdot_l1dmivvhn7_raw |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN8_LOW
|
Label empty |
| no tag available |
\OPS_PC::TOP.MAGNETICS.MIRNOV.BDOT:BDOTHN9_LOW
|
Lower resolution bdot_l1dmivvhn9_raw |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
\NEUT_FLUCT_FST_1DE_ZNS
|
\PARTICLES::TOP.NEUTRONS:FST_1DE_ZNS
|
Fast neut fl-zns-raw |
\NEUT_FLUCT_FST_2FG
|
\PARTICLES::TOP.NEUTRONS:FST_2FG
|
Fast neut fl-f/g-raw |
\NEUT_FLUCT_FST_3DE
|
\PARTICLES::TOP.NEUTRONS:FST_3DE
|
Fast neut fl-d/e-raw |
\NEUT_FLUCT_FST_4AB
|
\PARTICLES::TOP.NEUTRONS:FST_4AB
|
Fast neut fl-a/b-raw |
\NEUT_RATE_1
|
\PARTICLES::TOP.NEUTRONS:RAW_CD_LIN
|
Neut rate-curr nt-raw |
\NEUT_RATE_2
|
\PARTICLES::TOP.NEUTRONS:RAW_CD_LOG
|
Neut rate-camp l-raw |
\NEUT_RATE_3
|
\PARTICLES::TOP.NEUTRONS:RAW_E_LIN
|
Neut rate-spare_3 |
\NEUT_RATE_4
|
\PARTICLES::TOP.NEUTRONS:RAW_E_LOG
|
Neut rate-spare_4 |
\IFLIP_CO161
|
\PARTICLES::TOP.IFLIP.CAL_DATA:ICO161
|
Label empty |
\IFLIP_CO163
|
\PARTICLES::TOP.IFLIP.CAL_DATA:ICO163
|
Label empty |
\IFLIP_CTR161_LL
|
\PARTICLES::TOP.IFLIP.CAL_DATA:ICTR161LL
|
Label empty |
\IFLIP_CTR161_LR
|
\PARTICLES::TOP.IFLIP.CAL_DATA:ICTR161LR
|
Label empty |
\IFLIP_CTR161_UL
|
\PARTICLES::TOP.IFLIP.CAL_DATA:ICTR161UL
|
Label empty |
\IFLIP_CTR161_UR
|
\PARTICLES::TOP.IFLIP.CAL_DATA:ICTR161UR
|
Label empty |
\IFLIP_REP_I
|
\PARTICLES::TOP.IFLIP.CAL_DATA:IFLIPREPI
|
Label empty |
\IFLIP_REP_V
|
\PARTICLES::TOP.IFLIP.CAL_DATA:IFLIPREPV
|
Label empty |
| no tag available |
\PARTICLES::TOP.NPA:NPA_B_FIELD:GAUSSFIELD
|
Npa b_field adc |
| no tag available |
\PARTICLES::TOP.NPA:NPA_B_FIELD:GAUSSTIME
|
Npa b_field trdig r |
| no tag available |
\PARTICLES::TOP.NPA:NPA_E_FIELD:DATA
|
Npa e_field adc |
| no tag available |
\PARTICLES::TOP.NPA:NPA_E_FIELD:TIME
|
Npa e_field trdig r |
| no tag available |
\PARTICLES::TOP.NPA:POSITION:XPOS
|
Npa horizontal pos |
| no tag available |
\PARTICLES::TOP.NPA:POSITION:YPOS
|
Npa vertical pos |
| no tag available |
\PARTICLES::TOP.NPA:PRESSURE:DATA
|
Npa cell pres adc |
| no tag available |
\PARTICLES::TOP.NPA:PRESSURE:TIME
|
Npa cell pres trdig r |
\NPA_D_SP
|
\PARTICLES::TOP.NPA.ANALYSIS:D_THERMAL_SP
|
Thermal spectra for deuterium |
\NPA_D_TI
|
\PARTICLES::TOP.NPA.ANALYSIS:D_TI
|
Npa ion temperature |
\NPA_FI
|
\PARTICLES::TOP.NPA.ANALYSIS:ENERGETIC_SP
|
Energetic spectra |
\NPA_H_SP
|
\PARTICLES::TOP.NPA.ANALYSIS:H_THERMAL_SP
|
Thermal spectra for hydrogen |
\NPA_H_TI
|
\PARTICLES::TOP.NPA.ANALYSIS:H_TI
|
Label empty |
\ALPHA
|
\PARTICLES::TOP.SFLIP.RESULTS:ALPHA
|
Label empty |
\THETA
|
\PARTICLES::TOP.SFLIP.RESULTS:THETA
|
Label empty |
| no tag available |
\PARTICLES::TOP.NEUTRONS:FST_4AB
|
Fast neut fl-a/b-raw |
\NEUTRATEBEST
|
\PARTICLES::TOP.NEUTRONS:NEUTRATEBEST
|
Best neutron calc |
\NEUTRON_RATE_RDD0D
|
\PARTICLES::TOP.NEUTRONS:NEUTRATEMODL
|
Modeled neutron rate |
\NEUTRATEQUIK
|
\PARTICLES::TOP.NEUTRONS:NEUTRATEQUIK
|
Quick neutron calc |
\NEUT_RATE_BAY_CD_BEST
|
\PARTICLES::TOP.NEUTRONS:RATE_CD_BEST
|
Label empty |
\NEUT_RATE_BAY_CD_QUIK
|
\PARTICLES::TOP.NEUTRONS:RATE_CD_QUIK
|
Quick neutron calc bay c/d |
\NEUT_RATE_BAY_E_BEST
|
\PARTICLES::TOP.NEUTRONS:RATE_E_BEST
|
Label empty |
\NEUT_RATE_BAY_E_QUIK
|
\PARTICLES::TOP.NEUTRONS:RATE_E_QUIK
|
Quick neutron calc bay e |
| no tag available |
\PARTICLES::TOP.NEUTRONS:RAW_E_LOG
|
Neut rate-spare_4 |
\TOTAL_NEUTRONS_ZNS
|
\PARTICLES::TOP.NEUTRONS:SLW_1DE_ZNS
|
Slow neut fl-zns-raw |
\NEUT_FLUCT_SLW_2FG
|
\PARTICLES::TOP.NEUTRONS:SLW_2FG
|
Slow neut fl-f/g-raw |
\NEUT_FLUCT_SLW_3DE
|
\PARTICLES::TOP.NEUTRONS:SLW_3DE
|
Slow neut fl-d/e-raw |
\NEUT_FLUCT_SLW_4AB
|
\PARTICLES::TOP.NEUTRONS:SLW_4AB
|
Slow neut fl-a/b-raw |
| no tag available |
\PARTICLES::TOP.IFLIP.CAL_DATA:ICO161
|
Label empty |
| no tag available |
\PARTICLES::TOP.IFLIP.CAL_DATA:ICTR161LL
|
Label empty |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
\C3_MP
|
\PASSIVESPEC::TOP:C3
|
Midplane c iii light intensity |
\EIES_FLEX1
|
\PASSIVESPEC::TOP.EIES:FLEX1
|
Adjustable view and wavelength channel |
\EIES_FLEX2
|
\PASSIVESPEC::TOP.EIES:FLEX2
|
Adjustable view and wavelength channel |
\EIES_FLEX3
|
\PASSIVESPEC::TOP.EIES:FLEX3
|
Adjustable view and wavelength channel |
\EIES_FLEX4
|
\PASSIVESPEC::TOP.EIES:FLEX4
|
Adjustable view and wavelength channel |
\ML_READOUT_TIME
|
\PASSIVESPEC::TOP.LADA:CHANNEL_01
|
Lada dt196 channel 01 |
\ML_CCD_BIN
|
\PASSIVESPEC::TOP.LADA:CHANNEL_02
|
Lada dt196 channel 02 |
\ML_CCD_ROI
|
\PASSIVESPEC::TOP.LADA:CHANNEL_03
|
Lada dt196 channel 03 |
\FASTIR_1
|
\PASSIVESPEC::TOP.LADA:CHANNEL_04
|
Lada dt196 channel 04 |
\LADA_CH05
|
\PASSIVESPEC::TOP.LADA:CHANNEL_05
|
Lada dt196 channel 05 |
\LADA_CH06
|
\PASSIVESPEC::TOP.LADA:CHANNEL_06
|
Lada dt196 channel 06 |
\LADA_CH07
|
\PASSIVESPEC::TOP.LADA:CHANNEL_07
|
Lada dt196 channel 07 |
\LADA_CH08
|
\PASSIVESPEC::TOP.LADA:CHANNEL_08
|
Lada dt196 channel 08 |
\LADA_CH09
|
\PASSIVESPEC::TOP.LADA:CHANNEL_09
|
Lada dt196 channel 09 |
\LADA_CH10
|
\PASSIVESPEC::TOP.LADA:CHANNEL_10
|
Lada dt196 channel 10 |
\LADA_CH11
|
\PASSIVESPEC::TOP.LADA:CHANNEL_11
|
Lada dt196 channel 11 |
\LADA_CH12
|
\PASSIVESPEC::TOP.LADA:CHANNEL_12
|
Lada dt196 channel 12 |
\LADA_CH13
|
\PASSIVESPEC::TOP.LADA:CHANNEL_13
|
Lada dt196 channel 13 |
\LADA_CH14
|
\PASSIVESPEC::TOP.LADA:CHANNEL_14
|
Lada dt196 channel 14 |
\LADA_CH15
|
\PASSIVESPEC::TOP.LADA:CHANNEL_15
|
Lada dt196 channel 15 |
\LADA_CH16
|
\PASSIVESPEC::TOP.LADA:CHANNEL_16
|
Lada dt196 channel 16 |
\LADA_CH17
|
\PASSIVESPEC::TOP.LADA:CHANNEL_17
|
Lada dt196 channel 17 |
\LADA_CH18
|
\PASSIVESPEC::TOP.LADA:CHANNEL_18
|
Lada dt196 channel 18 |
\LADA_CH19
|
\PASSIVESPEC::TOP.LADA:CHANNEL_19
|
Lada dt196 channel 19 |
\LADA_CH20
|
\PASSIVESPEC::TOP.LADA:CHANNEL_20
|
Lada dt196 channel 20 |
| no tag available |
\PASSIVESPEC::TOP.LOWEUS:SPEC
|
Loweus spectra data |
| no tag available |
\PASSIVESPEC::TOP.MONALISA:SPEC
|
Monalisa spectra data |
\A1_2D
|
\PASSIVESPEC::TOP.USXR:A1_2D
|
Label empty |
\A2_2D
|
\PASSIVESPEC::TOP.USXR:A2_2D
|
Label empty |
\A3_2D
|
\PASSIVESPEC::TOP.USXR:A3_2D
|
Label empty |
\A4_2D
|
\PASSIVESPEC::TOP.USXR:A4_2D
|
Label empty |
\A5_2D
|
\PASSIVESPEC::TOP.USXR:A5_2D
|
Label empty |
| no tag available |
\PASSIVESPEC::TOP.VIPS:H2D_RATIO
|
H to d ratio from vips visible spectrometer |
\ZEFFECTIVE
|
\PASSIVESPEC::TOP.VISIBLEBREM:Z_EFFECTIVE
|
Average z_eff based on vb and MPTS measurements |
| no tag available |
\PASSIVESPEC::TOP.XEUS:SPEC
|
Xeus spectra data |
| no tag available |
\PASSIVESPEC::TOP.XRAY_ES:DATASET1
|
Xray es data set 1 |
\BOLOM_CARBON
|
\PASSIVESPEC::TOP.BOLOM_ARRAY.ANALYSIS:CARBON
|
Estimated % carbon at the plasma's edge (where 10 |
\BOLOM_METALS
|
\PASSIVESPEC::TOP.BOLOM_ARRAY.ANALYSIS:METALSCONC
|
Estimated metals concentration at r0 |
\BOLOM_PEAKPWRDEN
|
\PASSIVESPEC::TOP.BOLOM_ARRAY.ANALYSIS:PEAKPWRDEN
|
Radiated power density at r0 |
\BOLOM_PWRDENSITY
|
\PASSIVESPEC::TOP.BOLOM_ARRAY.ANALYSIS:PWRDENSITY
|
Radiated power density profile on midplane |
\BOLOM_TOTPWR
|
\PASSIVESPEC::TOP.BOLOM_ARRAY.ANALYSIS:TOTPWR
|
Volume integrated radiated power density |
\BOLOM_ZEFFC
|
\PASSIVESPEC::TOP.BOLOM_ARRAY.ANALYSIS:ZEFFC
|
Estimated zeff contribution from carbon at edge (where 10 |
\BOLOM_ZEFFM
|
\PASSIVESPEC::TOP.BOLOM_ARRAY.ANALYSIS:ZEFFM
|
Estimated contribution from metals to zeff(0) |
\DIVBOLOM_IRRAD
|
\PASSIVESPEC::TOP.DIV_BOLOM.ANALYSIS:IRRADIANCE
|
Divertor irradiance @ z = 3, 16, 29, 42 cm |
\EIES_FAST1
|
\PASSIVESPEC::TOP.EIES.FAST:CH1
|
Fast eies b ii |
\EIES_FAST2
|
\PASSIVESPEC::TOP.EIES.FAST:CH2
|
Fast eies b iii |
\EIES_FAST3
|
\PASSIVESPEC::TOP.EIES.FAST:CH3
|
Fast eies c ii |
\EIES_FAST4
|
\PASSIVESPEC::TOP.EIES.FAST:CH4
|
Fast eies c iii |
\EIES_FAST5
|
\PASSIVESPEC::TOP.EIES.FAST:CH5
|
Fast eies c iv |
\USXR_HUP_13
|
\PASSIVESPEC::TOP.EIES.LDVD:B2
|
Lower divertor b ii light intensity |
\C2_LD
|
\PASSIVESPEC::TOP.EIES.LDVD:C2
|
Lower divertor c ii light intensity |
\DA_LD
|
\PASSIVESPEC::TOP.EIES.LDVD:DA
|
Lower divertor d-alpha light intensity |
\DG_LD
|
\PASSIVESPEC::TOP.EIES.LDVD:DG
|
Lower divertor d-gamma light intensity |
\HE2_LD
|
\PASSIVESPEC::TOP.EIES.LDVD:HE2
|
Lower divertor he ii light intensity |
\LI1_LD
|
\PASSIVESPEC::TOP.EIES.LDVD:LI1
|
Lower divertor LI i light intensity |
\O2_LD
|
\PASSIVESPEC::TOP.EIES.LDVD:O2
|
Lower divertor o ii light intensity |
\B2_MP
|
\PASSIVESPEC::TOP.EIES.MPRB:B2
|
Midplane b ii light intensity |
\C2_MP
|
\PASSIVESPEC::TOP.EIES.MPRB:C2
|
Midplane c ii light intensity |
\DA_MP
|
\PASSIVESPEC::TOP.EIES.MPRB:DA
|
Midplane d-alpha light intensity |
\LI1_MP
|
\PASSIVESPEC::TOP.EIES.MPRB:LI1
|
Midplane LI i light intensity |
\LI2_MP
|
\PASSIVESPEC::TOP.EIES.MPRB:LI2
|
Midplane LI ii light intensity |
\O2_MP
|
\PASSIVESPEC::TOP.EIES.MPRB:O2
|
Midplane o ii light intensity |
\DA_MPTG
|
\PASSIVESPEC::TOP.EIES.MPTG:DA
|
Midplane tagential d-alpha light intensity |
\USXR_VTOP_03
|
\PASSIVESPEC::TOP.EIES.MPTG:HE2
|
Midplane tagential he ii light intensity |
\B2_UD
|
\PASSIVESPEC::TOP.EIES.UDVE:B2
|
Upper divertor b ii light intensity |
\C2_UD
|
\PASSIVESPEC::TOP.EIES.UDVE:C2
|
Upper divertor c ii light intensity |
\DA_UD
|
\PASSIVESPEC::TOP.EIES.UDVE:DA
|
Upper divertor d-alpha light intensity |
\LI1_UD
|
\PASSIVESPEC::TOP.EIES.UDVE:LI1
|
Upper divertor LI i light intensity |
\O2_UD
|
\PASSIVESPEC::TOP.EIES.UDVE:O2
|
Upper divertor o ii light intensity |
| no tag available |
\PASSIVESPEC::TOP.FILTERED_VIS.BAYC_NEW_TOP:DG_EIES_1
|
New lower div bay c fan, fiber h, 5-way split, orange ii |
| no tag available |
\PASSIVESPEC::TOP.FILTERED_VIS.BAYC_NEW_TOP:HEII_EIES
|
Bay c lower div, fiber f, orange ii, he ii filter |
\BAYC_OPIPE_DALPHA
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYC_OPIPE:DALPHA_EIES
|
Bay c lower divertor organ pipe, los 0.1 m from cs/shoulder |
\BAYC_OPIPE_DGAMMA
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYC_OPIPE:DGAMMA_EIES
|
Bay c lower divertor organ pipe, los 0.1 m from cs/shoulder |
| no tag available |
\PASSIVESPEC::TOP.FILTERED_VIS.BAYC_TOP:BII_FSCOPE
|
Lower divertor b-ii 3451 filterscope intensity |
\BAYC_BII_FSCOPEV
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYC_TOP:BII_FSCOPEV
|
Lower divertor b-ii 3451 filterscope photomultiplier tube voltage |
\BAYC_CIII_FSCOPE
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYC_TOP:CIII_FSCOPE
|
Lower divertor c-iii 4650 filterscope intensity |
\BAYC_CIII_FSCOPEV
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYC_TOP:CIII_FSCOPEV
|
Lower divertor c-iii 4650 filterscope fast digitizer |
\BAYC_CII_HAIFA
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYC_TOP:CII_HAIFA
|
Lower divertor c-ii 6580 haifa intensity |
\BAYC_DALF_FSCOPE
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYC_TOP:DALF_FSCOPE
|
Lower divertor filterscope channel voltage with d-alpha filter |
\BAYC_DALF_FSCOPEV
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYC_TOP:DALF_FSCOPEV
|
Lower divertor filterscope channel with 1-1.5nm dalpha filter |
| no tag available |
\PASSIVESPEC::TOP.FILTERED_VIS.BAYC_TOP:DALF_HAIFA
|
Lower divertor d-alpha 6561 haifa intensity |
| no tag available |
\PASSIVESPEC::TOP.FILTERED_VIS.BAYC_TOP:LII_FSCOPE
|
Lower divertor filterscope with li-1 filter |
\BAYC_LII_FSCOPEV
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYC_TOP:LII_FSCOPEV
|
Lower divertor filterscope voltage for li-i channel |
| no tag available |
\PASSIVESPEC::TOP.FILTERED_VIS.BAYC_TOP:OII_FSCOPE
|
Lower divertor o-ii 4416 filterscope intensity |
\BAYC_OII_FSCOPEV
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYC_TOP:OII_FSCOPEV
|
Lower divertor o-ii 4416 filterscope photomultiplier tube voltage |
\BAYC_BII_FSCOPE
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYD_TOP:BII_EIES
|
Lower divertor integrated b ii (345.1/1.5 nm) intensity (from eies pmt) |
\BAYC_DALF_HAIFA
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYD_TOP:DALPHA_HAIFA
|
Lower div. d-alpha |
\BAYC_LII_FSCOPE
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYD_TOP:LI_I_EIES
|
Lower divertor lii 670.8/1.5 nm integrated intensity (from eies pmt) |
\BAYC_OII_FSCOPE
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYD_TOP:OII_EIES
|
Lower divertor o ii (441.6/1.5 nm) integrated intensity (from eies pmt) |
\BAYE_BII_FSCOPE
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYE_BOTTOM:BII_EIES
|
Upper divertor integrated b ii (345.1/1.5 nm) intensity (from eies pmt) |
| no tag available |
\PASSIVESPEC::TOP.FILTERED_VIS.BAYE_BOTTOM:BII_FSCOPE
|
Upper divertor b-ii 3451 filterscope intensity |
\BAYE_BII_FSCOPEV
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYE_BOTTOM:BII_FSCOPEV
|
Upper divertor b-ii 3451 filterscope photomultiplier tube voltage |
\BAYE_CIII_FSCOPE
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYE_BOTTOM:CIII_EIES
|
Upper divertor integrated c iii (464.8/0.6 nm) intensity (from eies pmt) |
| no tag available |
\PASSIVESPEC::TOP.FILTERED_VIS.BAYE_BOTTOM:CIII_FSCOPE
|
Upper divertor c-iii 4650 filterscope intensity |
\BAYE_CIII_FSCOPEV
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYE_BOTTOM:CIII_FSCOPEV
|
Upper divertor c-iii 4650 filterscope photomultiplier tube voltage |
| no tag available |
\PASSIVESPEC::TOP.FILTERED_VIS.BAYE_BOTTOM:DALF_FSCOPE
|
Upper divertor d-alpha 6561 filterscope intensity |
\BAYE_DALF_FSCOPEV
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYE_BOTTOM:DALF_FSCOPEV
|
Upper divertor d-alpha 6561 filterscope photomultiplier tube voltage |
| no tag available |
\PASSIVESPEC::TOP.FILTERED_VIS.BAYE_BOTTOM:DALF_HAIFA
|
Upper divertor d-alpha 6561 haifa intensity |
\BAYE_DALF_FSCOPE
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYE_BOTTOM:DALPHA_EIES
|
Upper div. d-alpha |
\BAYE_LI_I_EIES
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYE_BOTTOM:LI_I_EIES
|
Upper divertor integrated LI i (670.8/1.5 nm) intensity (from eies pmt) |
\BAYE_OII_FSCOPE
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYE_BOTTOM:OII_EIES
|
Upper divertor integrated o ii (441.6/1.5 nm) intensity (from eies pmt) |
| no tag available |
\PASSIVESPEC::TOP.FILTERED_VIS.BAYE_BOTTOM:OII_FSCOPE
|
Upper divertor o-ii 4416 filterscope intensity |
\BAYE_OII_FSCOPEV
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYE_BOTTOM:OII_FSCOPEV
|
Upper divertor o-ii 4416 filterscope photomultiplier tube voltage |
\BAYG_DALPHA_EIES
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYG_MIDPL:DALPHA_EIES
|
Bay g midplane tang. view into pump duct (from eies pmt) |
\BAYG_HEII_EIES
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYG_MIDPL:HEII_EIES
|
Bay g midplane tang. view into pumping duct (from eies pmt) |
\VIS_BREM
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYG_MIDPL:VIS_BREM
|
Midplane tangential visible brehmsstrahlung region 5230 haifa intensity |
\BAYI_BII_EIES
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYI_MIDPL:BII_EIES
|
Bay i cs collimated view, new bii 499.8 nm / 1.0 nm filter |
\BAYI_CIII_EIES
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYI_MIDPL:CIII_EIES
|
Bay i collimated view of cs, 465.0/1.0 nm old c iii filter |
\BAYI_CII_EIES
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYI_MIDPL:CII_EIES
|
Bay i collimated view of cs, 658.5/1.0 nm old cii filter |
\BAYI_DALPHA_EIES
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYI_MIDPL:DALPHA_EIES
|
Bay i collimated view of cs, old 656.1/1.0 nm filter |
\BAYI_HEI_EIES
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYI_MIDPL:HEI_EIES
|
Bay i collimated midplane view of cs, new (2008) he i filter |
\BAYI_LI_I_EIES
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYI_MIDPL:LI_I_EIES
|
Bay i collimated view of cs, new 670.3/1.5 nm filter |
\BAYI_OPIPE_DALPHA
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYI_OPIPE:DALPHA_EIES
|
Bay i lower divertor organ pipe, los 0.1 m from cs/shoulder |
\BAYI_OPIPE_DGAMMA
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYI_OPIPE:DGAMMA_EIES
|
Bay i lower divertor organ pipe, los 0.1 m from cs/shoulder |
\BAYK_CIII_EIES
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYK_MIDPL:CIII_EIES
|
Bay k radial uncollimated view of cs for pellet, old 464.8/2.0 nm ciii filter and aperture |
\BAYK_CII_EIES
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYK_MIDPL:CII_EIES
|
Bay k radial uncollimated view of cs for pellet, old 658.5/1.0 nm c ii filter and aperture |
\BAYK_DALPHA_EIES
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYK_MIDPL:DALPHA_EIES
|
Bay k radial uncollimated view of cs for pellet, new 656.1/1.0 nm d-alpha filter |
\BAYK_DBETA_EIES
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYK_MIDPL:DBETA_EIES
|
Bay k radial uncollimated view of cs for pellet, old 486.1/1.0 ornl d-beta filter and aperture |
\BAYK_LI_II_ISA
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYK_MIDPL:LI_II_ISA
|
Bay k radial uncollimated view of cs for pellet, isa monochromator, 548.5 nm, LI ii |
\BAYK_LI_I_EIES_1
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYK_MIDPL:LI_I_EIES_1
|
Bay k radial uncollimated view of cs for pellet, new 670.3/1.0 nm LI i filter and aperture |
\BAYK_LI_I_EIES_2
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYK_MIDPL:LI_I_EIES_2
|
Bay k radial uncollimated view of cs for pellet, new 610.4/1.0 nm LI i filter and aperture |
\BAYL_EIES_157CM
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYL_CHERS:FIBER_A
|
Bay l CHERS optics, 157 cm, new d-beta filter |
\BAYL_EIES_154CM
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYL_CHERS:FIBER_B
|
Bay l CHERS optics, 154 cm, new d-beta filter |
\BAYL_EIES_151CM
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYL_CHERS:FIBER_C
|
Bay l CHERS optics, 151 cm, new d-beta filter |
\BAYL_EIES_148CM
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYL_CHERS:FIBER_D
|
Bay l CHERS optics, 148 cm, new d-beta filter |
| no tag available |
\PASSIVESPEC::TOP.FILTERED_VIS.BAYL_CHERS:FIBER_E
|
Label empty |
| no tag available |
\PASSIVESPEC::TOP.FILTERED_VIS.BAYL_CHERS:FIBER_F
|
Label empty |
| no tag available |
\PASSIVESPEC::TOP.FILTERED_VIS.BAYL_CHERS:FIBER_G
|
05/16/05 - vb into former bay g dalpga 908 channel |
| no tag available |
\PASSIVESPEC::TOP.FILTERED_VIS.BAYL_CHERS:FIBER_H
|
05/16/05 - serves isa monochromator via v4 fiber, cwl=465 nm |
\FAST_IR2_IMAGE
|
\PASSIVESPEC::TOP.IR.FASTIR_2:FASTIR_IMG
|
Fast ir 2 image |
\WIDE_IR_IMAGE
|
\PASSIVESPEC::TOP.IR.WIDEIR:WIDEIR_IMG
|
Wide ir image |
\ML_EXPOSURETIME
|
\PASSIVESPEC::TOP.LADA.THERMOCOUPLE:SIGNAL
|
Lada thermocouple data |
\USXR_VTOP_00
|
\PASSIVESPEC::TOP.USXR.A1:CHORD00_CAL
|
Vertical top chord 00 (outboard) filter: xxxx |
\USXR_VTOP_01
|
\PASSIVESPEC::TOP.USXR.A1:CHORD01_CAL
|
Vertical top chord 01 filter: xxxx |
\USXR_VTOP_02
|
\PASSIVESPEC::TOP.USXR.A1:CHORD02_CAL
|
Vertical top chord 02 filter: xxxx |
\USXR_VTOP_03
|
\PASSIVESPEC::TOP.USXR.A1:CHORD03_CAL
|
Vertical top chord 03 filter: xxxx |
\USXR_VTOP_04
|
\PASSIVESPEC::TOP.USXR.A1:CHORD04_CAL
|
Vertical top chord 04 filter: xxxx |
\USXR_VTOP_05
|
\PASSIVESPEC::TOP.USXR.A1:CHORD05_CAL
|
Vertical top chord 05 filter: xxxx |
\USXR_VTOP_06
|
\PASSIVESPEC::TOP.USXR.A1:CHORD06_CAL
|
Vertical top chord 06 filter: xxxx |
\USXR_VTOP_07
|
\PASSIVESPEC::TOP.USXR.A1:CHORD07_CAL
|
Vertical top chord 07 filter: xxxx |
\USXR_VTOP_08
|
\PASSIVESPEC::TOP.USXR.A1:CHORD08_CAL
|
Vertical top chord 08 filter: xxxx |
\USXR_VTOP_09
|
\PASSIVESPEC::TOP.USXR.A1:CHORD09_CAL
|
Vertical top chord 09 filter: xxxx |
\USXR_VTOP_10
|
\PASSIVESPEC::TOP.USXR.A1:CHORD10_CAL
|
Vertical top chord 10 filter: xxxx |
\USXR_VTOP_11
|
\PASSIVESPEC::TOP.USXR.A1:CHORD11_CAL
|
Vertical top chord 11 filter: xxxx |
\USXR_VTOP_12
|
\PASSIVESPEC::TOP.USXR.A1:CHORD12_CAL
|
Vertical top chord 12 filter: xxxx |
\USXR_VTOP_13
|
\PASSIVESPEC::TOP.USXR.A1:CHORD13_CAL
|
Vertical top chord 13 filter: xxxx |
\USXR_VTOP_14
|
\PASSIVESPEC::TOP.USXR.A1:CHORD14_CAL
|
Vertical top chord 14 filter: xxxx |
\USXR_VTOP_15
|
\PASSIVESPEC::TOP.USXR.A1:CHORD15_CAL
|
Vertical top chord 15 filter: xxxx |
\USXR_HUP_00
|
\PASSIVESPEC::TOP.USXR.A2:CHORD00_CAL
|
Horizontal up chord 00 filter: xxxx |
\USXR_HUP_01
|
\PASSIVESPEC::TOP.USXR.A2:CHORD01_CAL
|
Horizontal up chord 01 filter: xxxx |
\USXR_HUP_02
|
\PASSIVESPEC::TOP.USXR.A2:CHORD02_CAL
|
Horizontal up chord 02 filter: xxxx |
\USXR_HUP_03
|
\PASSIVESPEC::TOP.USXR.A2:CHORD03_CAL
|
Horizontal up chord 03 filter: xxxx |
\USXR_HUP_04
|
\PASSIVESPEC::TOP.USXR.A2:CHORD04_CAL
|
Horizontal up chord 04 filter: xxxx |
\USXR_HUP_05
|
\PASSIVESPEC::TOP.USXR.A2:CHORD05_CAL
|
Horizontal up chord 05 filter: xxxx |
\USXR_HUP_06
|
\PASSIVESPEC::TOP.USXR.A2:CHORD06_CAL
|
Horizontal up chord 06 filter: xxxx |
\USXR_HUP_07
|
\PASSIVESPEC::TOP.USXR.A2:CHORD07_CAL
|
Horizontal up chord 07 filter: xxxx |
\USXR_HUP_08
|
\PASSIVESPEC::TOP.USXR.A2:CHORD08_CAL
|
Horizontal up chord 08 filter: xxxx |
\USXR_HUP_09
|
\PASSIVESPEC::TOP.USXR.A2:CHORD09_CAL
|
Horizontal up chord 09 filter: xxxx |
\USXR_HUP_10
|
\PASSIVESPEC::TOP.USXR.A2:CHORD10_CAL
|
Horizontal up chord 10 filter: xxxx |
\USXR_HUP_11
|
\PASSIVESPEC::TOP.USXR.A2:CHORD11_CAL
|
Horizontal up chord 11 filter: xxxx |
\USXR_HUP_12
|
\PASSIVESPEC::TOP.USXR.A2:CHORD12_CAL
|
Horizontal up chord 12 filter: xxxx |
\USXR_HUP_13
|
\PASSIVESPEC::TOP.USXR.A2:CHORD13_CAL
|
Horizontal up chord 13 filter: xxxx |
\USXR_HUP_14
|
\PASSIVESPEC::TOP.USXR.A2:CHORD14_CAL
|
Horizontal up chord 14 filter: xxxx |
\USXR_HUP_15
|
\PASSIVESPEC::TOP.USXR.A2:CHORD15_CAL
|
Horizontal up chord 15 (midplane) filter: xxxx |
\USXR_HDOWN_00
|
\PASSIVESPEC::TOP.USXR.A3:CHORD00_CAL
|
Horizontal down chord 00 (midplane) filter: xxxx |
\USXR_HDOWN_01
|
\PASSIVESPEC::TOP.USXR.A3:CHORD01_CAL
|
Horizontal down chord 01 filter: xxxx |
\USXR_HDOWN_02
|
\PASSIVESPEC::TOP.USXR.A3:CHORD02_CAL
|
Horizontal down chord 02 filter: xxxx |
\USXR_HDOWN_03
|
\PASSIVESPEC::TOP.USXR.A3:CHORD03_CAL
|
Horizontal down chord 03 filter: xxxx |
\USXR_HDOWN_04
|
\PASSIVESPEC::TOP.USXR.A3:CHORD04_CAL
|
Horizontal down chord 04 filter: xxxx |
\USXR_HDOWN_05
|
\PASSIVESPEC::TOP.USXR.A3:CHORD05_CAL
|
Horizontal down chord 05 filter: xxxx |
\USXR_HDOWN_06
|
\PASSIVESPEC::TOP.USXR.A3:CHORD06_CAL
|
Horizontal down chord 06 filter: xxxx |
\BAYL_EIES_154CM
|
\PASSIVESPEC::TOP.USXR.A3:CHORD07_CAL
|
Horizontal down chord 07 filter: xxxx |
\USXR_HDOWN_08
|
\PASSIVESPEC::TOP.USXR.A3:CHORD08_CAL
|
Horizontal down chord 08 filter: xxxx |
\USXR_HDOWN_09
|
\PASSIVESPEC::TOP.USXR.A3:CHORD09_CAL
|
Horizontal down chord 09 filter: xxxx |
\USXR_HDOWN_10
|
\PASSIVESPEC::TOP.USXR.A3:CHORD10_CAL
|
Horizontal down chord 10 filter: xxxx |
\USXR_HDOWN_11
|
\PASSIVESPEC::TOP.USXR.A3:CHORD11_CAL
|
Horizontal down chord 11 filter: xxxx |
\SGMTD_HEAD1
|
\PASSIVESPEC::TOP.USXR.A3:CHORD12_CAL
|
Horizontal down chord 12 filter: xxxx |
\USXR_HDOWN_13
|
\PASSIVESPEC::TOP.USXR.A3:CHORD13_CAL
|
Horizontal down chord 13 filter: xxxx |
\USXR_HDOWN_14
|
\PASSIVESPEC::TOP.USXR.A3:CHORD14_CAL
|
Horizontal down chord 14 filter: xxxx |
\USXR_HDOWN_15
|
\PASSIVESPEC::TOP.USXR.A3:CHORD15_CAL
|
Horizontal down chord 15 filter: xxxx |
\USXR_JHUP_00
|
\PASSIVESPEC::TOP.USXR.A4:CHORD00_CAL
|
Horizontal up chord 00 filter: xxxx |
\USXR_JHUP_01
|
\PASSIVESPEC::TOP.USXR.A4:CHORD01_CAL
|
Horizontal up chord 01 filter: xxxx |
\USXR_JHUP_02
|
\PASSIVESPEC::TOP.USXR.A4:CHORD02_CAL
|
Horizontal up chord 02 filter: xxxx |
\USXR_JHUP_03
|
\PASSIVESPEC::TOP.USXR.A4:CHORD03_CAL
|
Horizontal up chord 03 filter: xxxx |
\USXR_JHUP_04
|
\PASSIVESPEC::TOP.USXR.A4:CHORD04_CAL
|
Horizontal up chord 04 filter: xxxx |
\USXR_JHUP_05
|
\PASSIVESPEC::TOP.USXR.A4:CHORD05_CAL
|
Horizontal up chord 05 filter: xxxx |
\USXR_JHUP_06
|
\PASSIVESPEC::TOP.USXR.A4:CHORD06_CAL
|
Horizontal up chord 06 filter: xxxx |
\USXR_JHUP_07
|
\PASSIVESPEC::TOP.USXR.A4:CHORD07_CAL
|
Horizontal up chord 07 filter: xxxx |
\USXR_JHUP_08
|
\PASSIVESPEC::TOP.USXR.A4:CHORD08_CAL
|
Horizontal up chord 08 filter: xxxx |
\USXR_JHUP_09
|
\PASSIVESPEC::TOP.USXR.A4:CHORD09_CAL
|
Horizontal up chord 09 filter: xxxx |
\USXR_JHUP_10
|
\PASSIVESPEC::TOP.USXR.A4:CHORD10_CAL
|
Horizontal up chord 10 filter: xxxx |
\USXR_JHUP_11
|
\PASSIVESPEC::TOP.USXR.A4:CHORD11_CAL
|
Horizontal up chord 11 filter: xxxx |
\USXR_JHUP_12
|
\PASSIVESPEC::TOP.USXR.A4:CHORD12_CAL
|
Horizontal up chord 12 filter: xxxx |
\USXR_JHUP_13
|
\PASSIVESPEC::TOP.USXR.A4:CHORD13_CAL
|
Horizontal up chord 13 filter: xxxx |
\USXR_JHUP_14
|
\PASSIVESPEC::TOP.USXR.A4:CHORD14_CAL
|
Horizontal up chord 14 filter: xxxx |
\USXR_JHUP_15
|
\PASSIVESPEC::TOP.USXR.A4:CHORD15_CAL
|
Horizontal up chord 15 (midplane) filter: xxxx |
\USXR_GBOT_00
|
\PASSIVESPEC::TOP.USXR.A5:CHORD00_CAL
|
"vertical " // \usxr_a5:location // " chord 00 (" // \usxr_rd.a5:chord00_raw:position // ") filter: " // \usxr_a5:filter |
\USXR_GBOT_01
|
\PASSIVESPEC::TOP.USXR.A5:CHORD01_CAL
|
"vertical " // \usxr_a5:location // " chord 01 filter: " // \usxr_a5:filter |
\USXR_GBOT_02
|
\PASSIVESPEC::TOP.USXR.A5:CHORD02_CAL
|
"vertical " // \usxr_a5:location // " chord 02 filter: " // \usxr_a5:filter |
\USXR_GBOT_03
|
\PASSIVESPEC::TOP.USXR.A5:CHORD03_CAL
|
"vertical " // \usxr_a5:location // " chord 03 filter: " // \usxr_a5:filter |
\USXR_GBOT_04
|
\PASSIVESPEC::TOP.USXR.A5:CHORD04_CAL
|
"vertical " // \usxr_a5:location // " chord 04 filter: " // \usxr_a5:filter |
\USXR_GBOT_05
|
\PASSIVESPEC::TOP.USXR.A5:CHORD05_CAL
|
"vertical " // \usxr_a5:location // " chord 05 filter: " // \usxr_a5:filter |
\USXR_GBOT_06
|
\PASSIVESPEC::TOP.USXR.A5:CHORD06_CAL
|
"vertical " // \usxr_a5:location // " chord 06 filter: " // \usxr_a5:filter |
\USXR_GBOT_07
|
\PASSIVESPEC::TOP.USXR.A5:CHORD07_CAL
|
"vertical " // \usxr_a5:location // " chord 07 filter: " // \usxr_a5:filter |
\USXR_GBOT_08
|
\PASSIVESPEC::TOP.USXR.A5:CHORD08_CAL
|
"vertical " // \usxr_a5:location // " chord 08 filter: " // \usxr_a5:filter |
\USXR_GBOT_09
|
\PASSIVESPEC::TOP.USXR.A5:CHORD09_CAL
|
"vertical " // \usxr_a5:location // " chord 09 filter: " // \usxr_a5:filter |
\USXR_GBOT_10
|
\PASSIVESPEC::TOP.USXR.A5:CHORD10_CAL
|
"vertical " // \usxr_a5:location // " chord 10 filter: " // \usxr_a5:filter |
\USXR_GBOT_11
|
\PASSIVESPEC::TOP.USXR.A5:CHORD11_CAL
|
"vertical " // \usxr_a5:location // " chord 11 filter: " // \usxr_a5:filter |
\USXR_GBOT_12
|
\PASSIVESPEC::TOP.USXR.A5:CHORD12_CAL
|
"vertical " // \usxr_a5:location // " chord 12 filter: " // \usxr_a5:filter |
\USXR_GBOT_13
|
\PASSIVESPEC::TOP.USXR.A5:CHORD13_CAL
|
"vertical " // \usxr_a5:location // " chord 13 filter: " // \usxr_a5:filter |
\USXR_GBOT_14
|
\PASSIVESPEC::TOP.USXR.A5:CHORD14_CAL
|
"vertical " // \usxr_a5:location // " chord 14 filter: " // \usxr_a5:filter |
\USXR_GBOT_15
|
\PASSIVESPEC::TOP.USXR.A5:CHORD15_CAL
|
"vertical " // \usxr_a5:location // " chord 15 filter: " // \usxr_a5:filter |
| no tag available |
\PASSIVESPEC::TOP.DIVERTORSPEC:DIVSPECDATA
|
Ocean optics spectrometer data |
\SPRED_BIN1
|
\PASSIVESPEC::TOP.SPRED:SPECTRUMBIN1
|
Spred spectrum, bin 1, frame 6 |
\SPRED_BIN2
|
\PASSIVESPEC::TOP.SPRED:SPECTRUMBIN2
|
Spred spectrum, bin 2, frame 6 |
| no tag available |
\PASSIVESPEC::TOP.USXR:A3_2D
|
Label empty |
\VIPS2_BIN1
|
\PASSIVESPEC::TOP.VIPS2:SPECTRUMBIN1
|
Vips2 spectrum bin 1, frame 6 |
\VIPS2_BIN2
|
\PASSIVESPEC::TOP.VIPS2:SPECTRUMBIN2
|
Vips2 spectrum bin 2, frame 6 |
\BAYC_DALF_HAIFA
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYD_TOP:DALPHA_HAIFA
|
Lower divertor integrated d-alpha intensity (from photodiode) |
\BAYE_DALF_FSCOPE
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYE_BOTTOM:DALPHA_EIES
|
Upper divertor d-alpha integrated intensity (eies pmt) |
| no tag available |
\PASSIVESPEC::TOP.FILTERED_VIS.BAYG_MIDPL:VIS_BREM
|
Midplane tangential visible brehmsstrahlung region 5230 haifa intensity |
\BAYI_HEI_EIES
|
\PASSIVESPEC::TOP.FILTERED_VIS.BAYI_MIDPL:HEI_EIES
|
Label empty |
| no tag available |
\PASSIVESPEC::TOP.USXR.A1:CHORD01_CAL
|
Vertical top chord 01 filter: xxxx |
| no tag available |
\PASSIVESPEC::TOP.USXR.A1:CHORD05_CAL
|
Vertical top chord 05 filter: xxxx |
| no tag available |
\PASSIVESPEC::TOP.USXR.A1:CHORD09_CAL
|
Vertical top chord 09 filter: xxxx |
| no tag available |
\PASSIVESPEC::TOP.USXR.A1:CHORD13_CAL
|
Vertical top chord 13 filter: xxxx |
| no tag available |
\PASSIVESPEC::TOP.USXR.A2:CHORD00_CAL
|
Horizontal up chord 00 filter: xxxx |
| no tag available |
\PASSIVESPEC::TOP.USXR.A2:CHORD04_CAL
|
Horizontal up chord 04 filter: xxxx |
| no tag available |
\PASSIVESPEC::TOP.USXR.A2:CHORD08_CAL
|
Horizontal up chord 08 filter: xxxx |
| no tag available |
\PASSIVESPEC::TOP.USXR.A2:CHORD12_CAL
|
Horizontal up chord 12 filter: xxxx |
\USXR_HDOWN_07
|
\PASSIVESPEC::TOP.USXR.A3:CHORD07_CAL
|
Horizontal down chord 07 filter: xxxx |
\USXR_HDOWN_12
|
\PASSIVESPEC::TOP.USXR.A3:CHORD12_CAL
|
Horizontal down chord 12 filter: xxxx |
| no tag available |
\PASSIVESPEC::TOP.USXR.A5:CHORD07_CAL
|
"vertical " // \usxr_a5:location // " chord 07 filter: " // \usxr_a5:filter |
| no tag available |
\PASSIVESPEC::TOP.USXR.A5:CHORD11_CAL
|
"vertical " // \usxr_a5:location // " chord 11 filter: " // \usxr_a5:filter |
| no tag available |
\PASSIVESPEC::TOP.USXR.A5:CHORD15_CAL
|
"vertical " // \usxr_a5:location // " chord 15 filter: " // \usxr_a5:filter |
\IMG0_PILN
|
\PASSIVESPEC::TOP.IR.IMG0.ANALYSIS.TIME_PLOTS:PILN
|
Location of peak heat flux - inboard side |
\IMG0_PIPN
|
\PASSIVESPEC::TOP.IR.IMG0.ANALYSIS.TIME_PLOTS:PIPN
|
Peak heat flux - inboard side |
\IMG0_PITN
|
\PASSIVESPEC::TOP.IR.IMG0.ANALYSIS.TIME_PLOTS:PITN
|
Peak power - inboard side |
\IMG0_PIWN
|
\PASSIVESPEC::TOP.IR.IMG0.ANALYSIS.TIME_PLOTS:PIWN
|
Heat flux profile width fwhm - inboard side |
\IMG0_POLN
|
\PASSIVESPEC::TOP.IR.IMG0.ANALYSIS.TIME_PLOTS:POLN
|
Location of peak heat flux - outboard side |
\IMG0_POPN
|
\PASSIVESPEC::TOP.IR.IMG0.ANALYSIS.TIME_PLOTS:POPN
|
Peak heat flux - outboard side |
\IMG0_POTN
|
\PASSIVESPEC::TOP.IR.IMG0.ANALYSIS.TIME_PLOTS:POTN
|
Peak power - outboard side |
\IMG0_POWN
|
\PASSIVESPEC::TOP.IR.IMG0.ANALYSIS.TIME_PLOTS:POWN
|
Heat flux profile width fwhm - outboard side |
\IMG0_TILN
|
\PASSIVESPEC::TOP.IR.IMG0.ANALYSIS.TIME_PLOTS:TILN
|
Location of peak temperature - inboard side |
\IMG0_TIPN
|
\PASSIVESPEC::TOP.IR.IMG0.ANALYSIS.TIME_PLOTS:TIPN
|
Peak temperature - inboard side |
\IMG0_TIWN
|
\PASSIVESPEC::TOP.IR.IMG0.ANALYSIS.TIME_PLOTS:TIWN
|
Temperature profile width fwhm - inboard side |
\IMG0_TOLN
|
\PASSIVESPEC::TOP.IR.IMG0.ANALYSIS.TIME_PLOTS:TOLN
|
Location of peak temperature - outboard side |
\IMG0_TOPN
|
\PASSIVESPEC::TOP.IR.IMG0.ANALYSIS.TIME_PLOTS:TOPN
|
Peak temperature - outboard side |
\IMG0_TOWN
|
\PASSIVESPEC::TOP.IR.IMG0.ANALYSIS.TIME_PLOTS:TOWN
|
Temperature profile width fwhm - outboard side |
\IMG1_PLLN
|
\PASSIVESPEC::TOP.IR.IMG1.ANALYSIS.TIME_PLOTS:PLLN
|
Location of peak heat flux - lower side |
\IMG1_PLPN
|
\PASSIVESPEC::TOP.IR.IMG1.ANALYSIS.TIME_PLOTS:PLPN
|
Peak heat flux - lower side |
\IMG1_PLTN
|
\PASSIVESPEC::TOP.IR.IMG1.ANALYSIS.TIME_PLOTS:PLTN
|
Peak power - lower side |
\IMG1_PLWN
|
\PASSIVESPEC::TOP.IR.IMG1.ANALYSIS.TIME_PLOTS:PLWN
|
Heat flux profile width fwhm - lower side |
\IMG1_PULN
|
\PASSIVESPEC::TOP.IR.IMG1.ANALYSIS.TIME_PLOTS:PULN
|
Location of peak heat flux - upper side |
\IMG1_PUPN
|
\PASSIVESPEC::TOP.IR.IMG1.ANALYSIS.TIME_PLOTS:PUPN
|
Peak heat flux - upper side |
\IMG1_PUTN
|
\PASSIVESPEC::TOP.IR.IMG1.ANALYSIS.TIME_PLOTS:PUTN
|
Peak power - upper side |
\IMG1_PUWN
|
\PASSIVESPEC::TOP.IR.IMG1.ANALYSIS.TIME_PLOTS:PUWN
|
Heat flux profile width fwhm - upper side |
\IMG1_TLLN
|
\PASSIVESPEC::TOP.IR.IMG1.ANALYSIS.TIME_PLOTS:TLLN
|
Location of peak temperature - lower side |
\IMG1_TLPN
|
\PASSIVESPEC::TOP.IR.IMG1.ANALYSIS.TIME_PLOTS:TLPN
|
Peak temperature - lower side |
\IMG1_TLWN
|
\PASSIVESPEC::TOP.IR.IMG1.ANALYSIS.TIME_PLOTS:TLWN
|
Temperature profile width fwhm - lower side |
\IMG1_TULN
|
\PASSIVESPEC::TOP.IR.IMG1.ANALYSIS.TIME_PLOTS:TULN
|
Location of peak temperature - upper side |
\IMG1_TUPN
|
\PASSIVESPEC::TOP.IR.IMG1.ANALYSIS.TIME_PLOTS:TUPN
|
Peak temperature - upper side |
\IMG1_TUWN
|
\PASSIVESPEC::TOP.IR.IMG1.ANALYSIS.TIME_PLOTS:TUWN
|
Temperature profile width fwhm - upper side |
\IMG2_PILN
|
\PASSIVESPEC::TOP.IR.IMG2.ANALYSIS.TIME_PLOTS:PILN
|
Location of peak heat flux - inboard side |
\IMG2_PIPN
|
\PASSIVESPEC::TOP.IR.IMG2.ANALYSIS.TIME_PLOTS:PIPN
|
Peak heat flux - inboard side |
\IMG2_PITN
|
\PASSIVESPEC::TOP.IR.IMG2.ANALYSIS.TIME_PLOTS:PITN
|
Peak power - inboard side |
\IMG2_PIWN
|
\PASSIVESPEC::TOP.IR.IMG2.ANALYSIS.TIME_PLOTS:PIWN
|
Heat flux profile width fwhm - inboard side |
\IMG2_POLN
|
\PASSIVESPEC::TOP.IR.IMG2.ANALYSIS.TIME_PLOTS:POLN
|
Location of peak heat flux - outboard side |
\IMG2_POPN
|
\PASSIVESPEC::TOP.IR.IMG2.ANALYSIS.TIME_PLOTS:POPN
|
Peak heat flux - outboard side |
\IMG2_POTN
|
\PASSIVESPEC::TOP.IR.IMG2.ANALYSIS.TIME_PLOTS:POTN
|
Peak power - outboard side |
\USXR_VTOP_01
|
\PASSIVESPEC::TOP.IR.IMG2.ANALYSIS.TIME_PLOTS:POWN
|
Heat flux profile width fwhm - outboard side |
\IMG2_TILN
|
\PASSIVESPEC::TOP.IR.IMG2.ANALYSIS.TIME_PLOTS:TILN
|
Location of peak temperature - inboard side |
\IMG2_TIPN
|
\PASSIVESPEC::TOP.IR.IMG2.ANALYSIS.TIME_PLOTS:TIPN
|
Peak temperature - inboard side |
\IMG2_TIWN
|
\PASSIVESPEC::TOP.IR.IMG2.ANALYSIS.TIME_PLOTS:TIWN
|
Temperature profile width fwhm - inboard side |
\IMG2_TOLN
|
\PASSIVESPEC::TOP.IR.IMG2.ANALYSIS.TIME_PLOTS:TOLN
|
Location of peak temperature - outboard side |
\IMG2_TOPN
|
\PASSIVESPEC::TOP.IR.IMG2.ANALYSIS.TIME_PLOTS:TOPN
|
Peak temperature - outboard side |
\IMG2_TOWN
|
\PASSIVESPEC::TOP.IR.IMG2.ANALYSIS.TIME_PLOTS:TOWN
|
Temperature profile width fwhm - outboard side |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
\LOWEUSDATA
|
\PSPEC_PC::TOP.LOWEUS:IMAGE
|
Loweus raw pixels |
\LOWEUS_SPECTRA
|
\PSPEC_PC::TOP.LOWEUS:SPECTRA
|
Loweus spectra in roi, hard xrays filtered |
\XEUSDATA
|
\PSPEC_PC::TOP.XEUS:IMAGE
|
Xeus raw pixels |
\XEUS_SPECTRA
|
\PSPEC_PC::TOP.XEUS:SPECTRA
|
Xeus spectra in roi, hard xrays filtered |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE01:CAL_SIG
|
Calibration signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE01:CTRL_SIG
|
Description of tc signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE01:SIGNAL
|
\pmt_01:sig_desc |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE02:CAL_SIG
|
Calibration signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE02:CTRL_SIG
|
Description of tc signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE02:SIGNAL
|
\pmt_01:sig_desc |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE03:CAL_SIG
|
Calibration signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE03:CTRL_SIG
|
Description of tc signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE03:SIGNAL
|
\pmt_01:sig_desc |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE04:CAL_SIG
|
Calibration signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE04:CTRL_SIG
|
Description of tc signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE04:SIGNAL
|
\pmt_01:sig_desc |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE05:CAL_SIG
|
Calibration signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE05:CTRL_SIG
|
Description of tc signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE05:SIGNAL
|
\pmt_01:sig_desc |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE06:CAL_SIG
|
Calibration signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE06:CTRL_SIG
|
Description of tc signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE06:SIGNAL
|
\pmt_01:sig_desc |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE07:CAL_SIG
|
Calibration signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE07:CTRL_SIG
|
Description of tc signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE07:SIGNAL
|
\pmt_01:sig_desc |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE08:CAL_SIG
|
Calibration signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE08:CTRL_SIG
|
Description of tc signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE08:SIGNAL
|
\pmt_01:sig_desc |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE09:CAL_SIG
|
Calibration signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE09:CTRL_SIG
|
Description of tc signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE09:SIGNAL
|
\pmt_01:sig_desc |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE10:CAL_SIG
|
Calibration signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE10:CTRL_SIG
|
Description of tc signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE10:SIGNAL
|
\pmt_01:sig_desc |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE11:CAL_SIG
|
Calibration signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE11:CTRL_SIG
|
Description of tc signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE11:SIGNAL
|
\pmt_01:sig_desc |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE12:CAL_SIG
|
Calibration signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE12:CTRL_SIG
|
Description of tc signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE12:SIGNAL
|
\pmt_01:sig_desc |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE13:CAL_SIG
|
Calibration signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE13:CTRL_SIG
|
Description of tc signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE13:SIGNAL
|
\pmt_01:sig_desc |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE14:CAL_SIG
|
Calibration signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE14:CTRL_SIG
|
Description of tc signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE14:SIGNAL
|
\pmt_01:sig_desc |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE15:CAL_SIG
|
Calibration signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE15:CTRL_SIG
|
Description of tc signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE15:SIGNAL
|
\pmt_01:sig_desc |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE16:CAL_SIG
|
Calibration signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE16:CTRL_SIG
|
Description of tc signal |
| no tag available |
\PSPEC_PC::TOP.FILTERED_VIS.BAYC_TOP.ORNL_FSCOPE.TUBE16:SIGNAL
|
\pmt_01:sig_desc |
| no tag available |
\PSPEC_PC::TOP.LOWEUS:IMAGE
|
Loweus raw pixels |
| no tag available |
\PSPEC_PC::TOP.LOWEUS:SPECTRA
|
Loweus spectra in roi, hard xrays filtered |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
\AVEINT
|
\SFLIP::TOP.SFLIP:AVEINTENSITY
|
Average intensity over whole image vs. time |
| no tag available |
\SFLIP::TOP.SFLIP:DARK_FRAME
|
Label empty |
\FRAMES
|
\SFLIP::TOP.SFLIP:FRAMES
|
For background subtraction |
\SAT_PIXEL_FRAC
|
\SFLIP::TOP.SFLIP:SATPIXELFRAC
|
Saturated pixel fraction |
\BIG_FRAMES
|
\SFLIP::TOP.TESTTREE:FRAMES
|
Label empty |
| no tag available |
\SFLIP::TOP.SFLIP:AVEINTENSITY
|
Average intensity over whole image vs. time |
| no tag available |
\SFLIP::TOP.SFLIP:FRAMES
|
For background subtraction |
| no tag available |
\SFLIP::TOP.TESTTREE:FRAMES
|
Label empty |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
\ECHPOWER
|
\RF::TOP.ECH:ECHPOWER
|
Ech power |
\KLYSTRONBEAMCURRENT1
|
\RF::TOP.ECH:KLYSBEAMCUR1
|
Klystron 1 beam current |
\KLYSTRONBEAMCURRENT2
|
\RF::TOP.ECH:KLYSBEAMCUR2
|
Klystron 2 beam current |
\KLYSBEAMVOLT
|
\RF::TOP.ECH:KLYSBEAMVOLT
|
Klystron beam voltage |
\KLYSBODYCUR1
|
\RF::TOP.ECH:KLYSBODYCUR1
|
Klystron 1 body current |
\KLYSTRONBODYCURRENT2
|
\RF::TOP.ECH:KLYSBODYCUR2
|
Klystron 2 body current |
\KLYSFWD1
|
\RF::TOP.ECH:KLYSFWD1
|
Klystron 1 forward power |
\KLYSTRONFWD2
|
\RF::TOP.ECH:KLYSFWD2
|
Klystron 2 forward power |
\KLYSREF1
|
\RF::TOP.ECH:KLYSREF1
|
Klystron 1 refl. power |
\KLYSREF2
|
\RF::TOP.ECH:KLYSREF2
|
Klystron 2 refl. power |
\IANTMAG01
|
\RF::TOP.HHFW.ANTENNASIGS:IANTMAG01
|
Iantenna 01 |
\IANTMAG02
|
\RF::TOP.HHFW.ANTENNASIGS:IANTMAG02
|
Iantenna 02 |
\IANTMAG03
|
\RF::TOP.HHFW.ANTENNASIGS:IANTMAG03
|
Iantenna 03 |
\IANTMAG04
|
\RF::TOP.HHFW.ANTENNASIGS:IANTMAG04
|
Iantenna 04 |
\IANTMAG05
|
\RF::TOP.HHFW.ANTENNASIGS:IANTMAG05
|
Iantenna 05 |
\IANTMAG06
|
\RF::TOP.HHFW.ANTENNASIGS:IANTMAG06
|
Iantenna 06 |
\IANTMAG07
|
\RF::TOP.HHFW.ANTENNASIGS:IANTMAG07
|
Iantenna 07 |
\IANTMAG08
|
\RF::TOP.HHFW.ANTENNASIGS:IANTMAG08
|
Iantenna 08 |
\IANTMAG09
|
\RF::TOP.HHFW.ANTENNASIGS:IANTMAG09
|
Iantenna 09 |
\IANTMAG10
|
\RF::TOP.HHFW.ANTENNASIGS:IANTMAG10
|
Iantenna 10 |
\IANTMAG11
|
\RF::TOP.HHFW.ANTENNASIGS:IANTMAG11
|
Iantenna 11 |
\IANTMAG12
|
\RF::TOP.HHFW.ANTENNASIGS:IANTMAG12
|
Iantenna 12 |
\VANTMAG01
|
\RF::TOP.HHFW.ANTENNASIGS:VANTMAG01
|
Vantenna 01 |
\VANTMAG02
|
\RF::TOP.HHFW.ANTENNASIGS:VANTMAG02
|
Vantenna 02 |
\VANTMAG03
|
\RF::TOP.HHFW.ANTENNASIGS:VANTMAG03
|
Vantenna 03 |
\VANTMAG04
|
\RF::TOP.HHFW.ANTENNASIGS:VANTMAG04
|
Vantenna 04 |
\VANTMAG05
|
\RF::TOP.HHFW.ANTENNASIGS:VANTMAG05
|
Vantenna 05 |
\VANTMAG06
|
\RF::TOP.HHFW.ANTENNASIGS:VANTMAG06
|
Vantenna 06 |
\VANTMAG07
|
\RF::TOP.HHFW.ANTENNASIGS:VANTMAG07
|
Vantenna 07 |
\VANTMAG08
|
\RF::TOP.HHFW.ANTENNASIGS:VANTMAG08
|
Vantenna 08 |
\VANTMAG09
|
\RF::TOP.HHFW.ANTENNASIGS:VANTMAG09
|
Vantenna 09 |
\VANTMAG10
|
\RF::TOP.HHFW.ANTENNASIGS:VANTMAG10
|
Vantenna 10 |
\VANTMAG11
|
\RF::TOP.HHFW.ANTENNASIGS:VANTMAG11
|
Vantenna 11 |
\VANTMAG12
|
\RF::TOP.HHFW.ANTENNASIGS:VANTMAG12
|
Vantenna 12 |
\VANTPH0102
|
\RF::TOP.HHFW.ANTENNASIGS:VANTPH0102
|
Phase bet. antenna 01 and 02 |
\VANTPH0203
|
\RF::TOP.HHFW.ANTENNASIGS:VANTPH0203
|
Phase bet. antenna 02 and 03 |
\VANTPH0304
|
\RF::TOP.HHFW.ANTENNASIGS:VANTPH0304
|
Phase bet. antenna 03 and 04 |
\VANTPH0405
|
\RF::TOP.HHFW.ANTENNASIGS:VANTPH0405
|
Phase bet. antenna 04 and 05 |
\VANTPH0506
|
\RF::TOP.HHFW.ANTENNASIGS:VANTPH0506
|
Phase bet. antenna 05 and 06 |
\VANTPH0607
|
\RF::TOP.HHFW.ANTENNASIGS:VANTPH0607
|
Phase bet. antenna 01 and 07 |
\VANTPH0708
|
\RF::TOP.HHFW.ANTENNASIGS:VANTPH0708
|
Phase bet. antenna 01 and 08 |
\VANTPH0809
|
\RF::TOP.HHFW.ANTENNASIGS:VANTPH0809
|
Phase bet. antenna 01 and 09 |
\VANTPH0910
|
\RF::TOP.HHFW.ANTENNASIGS:VANTPH0910
|
Phase bet. antenna 01 and 10 |
\VANTPH1011
|
\RF::TOP.HHFW.ANTENNASIGS:VANTPH1011
|
Phase bet. antenna 01 and 11 |
\VANTPH1112
|
\RF::TOP.HHFW.ANTENNASIGS:VANTPH1112
|
Phase bet. antenna 01 and 12 |
\VIANTPH01
|
\RF::TOP.HHFW.ANTENNASIGS:VIANTPH01
|
Vi phase antenna 01 |
\VIANTPH02
|
\RF::TOP.HHFW.ANTENNASIGS:VIANTPH02
|
Vi phase antenna 02 |
\VIANTPH03
|
\RF::TOP.HHFW.ANTENNASIGS:VIANTPH03
|
Vi phase antenna 03 |
\VIANTPH04
|
\RF::TOP.HHFW.ANTENNASIGS:VIANTPH04
|
Vi phase antenna 04 |
\VIANTPH05
|
\RF::TOP.HHFW.ANTENNASIGS:VIANTPH05
|
Vi phase antenna 05 |
\VIANTPH06
|
\RF::TOP.HHFW.ANTENNASIGS:VIANTPH06
|
Vi phase antenna 06 |
\VIANTPH07
|
\RF::TOP.HHFW.ANTENNASIGS:VIANTPH07
|
Vi phase antenna 07 |
\VIANTPH08
|
\RF::TOP.HHFW.ANTENNASIGS:VIANTPH08
|
Vi phase antenna 08 |
\VIANTPH09
|
\RF::TOP.HHFW.ANTENNASIGS:VIANTPH09
|
Vi phase antenna 09 |
\VIANTPH10
|
\RF::TOP.HHFW.ANTENNASIGS:VIANTPH10
|
Vi phase antenna 10 |
\VIANTPH11
|
\RF::TOP.HHFW.ANTENNASIGS:VIANTPH11
|
Vi phase antenna 11 |
\VIANTPH12
|
\RF::TOP.HHFW.ANTENNASIGS:VIANTPH12
|
Vi phase antenna 12 |
\CHI_LOWER
|
\RF::TOP.HHFW.CHI_PROBE:V_LOWER
|
Chi gap upper v cal mod 2-27-07 nlg |
\CHI_UPPER
|
\RF::TOP.HHFW.CHI_PROBE:V_UPPER
|
Chi gap lower v cal mod 2-27-07 nlg |
\VTMAG1
|
\RF::TOP.HHFW.CROSSSIGS:VTMAG1
|
Vcube 1 |
\VTMAG2
|
\RF::TOP.HHFW.CROSSSIGS:VTMAG2
|
Vcube 2 |
\VTMAG3
|
\RF::TOP.HHFW.CROSSSIGS:VTMAG3
|
Vcube 3 |
\VTMAG4
|
\RF::TOP.HHFW.CROSSSIGS:VTMAG4
|
Vcube 4 |
\VTMAG5
|
\RF::TOP.HHFW.CROSSSIGS:VTMAG5
|
Vcube 5 |
\VTMAG6
|
\RF::TOP.HHFW.CROSSSIGS:VTMAG6
|
Vcube 6 |
\VTPH1
|
\RF::TOP.HHFW.CROSSSIGS:VTPH1
|
Vcube phase 1 |
\VTPH2
|
\RF::TOP.HHFW.CROSSSIGS:VTPH2
|
Vcube phase 2 |
\VTPH3
|
\RF::TOP.HHFW.CROSSSIGS:VTPH3
|
Vcube phase 3 |
\VTPH4
|
\RF::TOP.HHFW.CROSSSIGS:VTPH4
|
Vcube phase 4 |
\VTPH5
|
\RF::TOP.HHFW.CROSSSIGS:VTPH5
|
Vcube phase 5 |
\VTPH6
|
\RF::TOP.HHFW.CROSSSIGS:VTPH6
|
Vcube phase 6 |
\RF1HPAIG1
|
\RF::TOP.HHFW.CSITESIGS:RF1HPAIG1
|
1 hpa grid current (ig1) |
\RF1HPAIG2
|
\RF::TOP.HHFW.CSITESIGS:RF1HPAIG2
|
1 hpa screen current (ig2) |
\RF2NARC
|
\RF::TOP.HHFW.CSITESIGS:RF1HPAIP
|
1 hpa plate current (ip) |
\RF1HPAPDISS
|
\RF::TOP.HHFW.CSITESIGS:RF1HPAPDISS
|
1 hpa plate dissipation |
\RF1IPAIG1
|
\RF::TOP.HHFW.CSITESIGS:RF1IPAIG1
|
1 ipa grid current (ig1) |
\RF1IPAIG2
|
\RF::TOP.HHFW.CSITESIGS:RF1IPAIG2
|
1 ipa screen current (ig2) |
\RF1IPAIP
|
\RF::TOP.HHFW.CSITESIGS:RF1IPAIP
|
1 ipa plate current (ip) |
\RF1LPAIP
|
\RF::TOP.HHFW.CSITESIGS:RF1LPAIP
|
1 lpa plate current (ip) |
\RF1NARC
|
\RF::TOP.HHFW.CSITESIGS:RF1NARC
|
1 arc or narc from fbc |
\RF1SPARE
|
\RF::TOP.HHFW.CSITESIGS:RF1SPARE
|
1 spare |
\RF2HPAIG1
|
\RF::TOP.HHFW.CSITESIGS:RF2HPAIG1
|
2 hpa grid current (ig1) |
\RF2HPAIG2
|
\RF::TOP.HHFW.CSITESIGS:RF2HPAIG2
|
2 hpa screen current (ig2) |
\RF2HPAIP
|
\RF::TOP.HHFW.CSITESIGS:RF2HPAIP
|
2 hpa plate current (ip) |
\RF2HPAPDISS
|
\RF::TOP.HHFW.CSITESIGS:RF2HPAPDISS
|
2 hpa plate dissipation |
\RF2IPAIG1
|
\RF::TOP.HHFW.CSITESIGS:RF2IPAIG1
|
2 ipa grid current (ig1) |
\RF2IPAIG2
|
\RF::TOP.HHFW.CSITESIGS:RF2IPAIG2
|
2 ipa screen current (ig2) |
\RF2IPAIP
|
\RF::TOP.HHFW.CSITESIGS:RF2IPAIP
|
2 ipa plate current (ip) |
\RF2LPAIP
|
\RF::TOP.HHFW.CSITESIGS:RF2LPAIP
|
2 lpa plate current (ip) |
\RF2NARC
|
\RF::TOP.HHFW.CSITESIGS:RF2NARC
|
2 arc or narc from fbc |
\RF2SPARE
|
\RF::TOP.HHFW.CSITESIGS:RF2SPARE
|
2 spare |
\RF3DRVRIG1
|
\RF::TOP.HHFW.CSITESIGS:RF3DRVRIG1
|
3 drvr grid current (ig1) |
\RF3DRVRIG2
|
\RF::TOP.HHFW.CSITESIGS:RF3DRVRIG2
|
3 drvr screen current (ig2) |
\RF3DRVRIP
|
\RF::TOP.HHFW.CSITESIGS:RF3DRVRIP
|
3 drvr plate current (ip) |
\RF3FPAIG1
|
\RF::TOP.HHFW.CSITESIGS:RF3FPAIG1
|
3 fpa grid current (ig1) |
\RF3FPAIG2
|
\RF::TOP.HHFW.CSITESIGS:RF3FPAIG2
|
3 fpa screen current (ig2) |
\RF3FPAIP
|
\RF::TOP.HHFW.CSITESIGS:RF3FPAIP
|
3 fpa plate current (ip) |
\RF3FPAPDISS
|
\RF::TOP.HHFW.CSITESIGS:RF3FPAPDISS
|
3 fpa plate dissipation |
\RF3IPAIP
|
\RF::TOP.HHFW.CSITESIGS:RF3IPAIP
|
3 ipa plate current (ip) |
\RF3NARC
|
\RF::TOP.HHFW.CSITESIGS:RF3NARC
|
3 arc or narc from fbc |
\RF3SBANDDET
|
\RF::TOP.HHFW.CSITESIGS:RF3SBANDDET
|
3 l/s-band detector |
\RF4DRVRIG1
|
\RF::TOP.HHFW.CSITESIGS:RF4DRVRIG1
|
4 drvr grid current (ig1) |
\RF4DRVRIG2
|
\RF::TOP.HHFW.CSITESIGS:RF4DRVRIG2
|
4 drvr screen current (ig2) |
\RF4DRVRIP
|
\RF::TOP.HHFW.CSITESIGS:RF4DRVRIP
|
4 drvr plate current (ip) |
\RF4FPAIG1
|
\RF::TOP.HHFW.CSITESIGS:RF4FPAIG1
|
4 fpa grid current (ig1) |
\RF4FPAIG2
|
\RF::TOP.HHFW.CSITESIGS:RF4FPAIG2
|
4 fpa screen current (ig2) |
\RF4FPAIP
|
\RF::TOP.HHFW.CSITESIGS:RF4FPAIP
|
4 fpa plate current (ip) |
\RF4FPAPDISS
|
\RF::TOP.HHFW.CSITESIGS:RF4FPAPDISS
|
4 fpa plate dissipation |
\RF4IPAIP
|
\RF::TOP.HHFW.CSITESIGS:RF4IPAIP
|
4 ipa plate current (ip) |
\RF4NARC
|
\RF::TOP.HHFW.CSITESIGS:RF4NARC
|
4 arc or narc from fbc |
\RF4SBANDDET
|
\RF::TOP.HHFW.CSITESIGS:RF4SBANDDET
|
4 l/s-band detector |
\RF5DRVRIG1
|
\RF::TOP.HHFW.CSITESIGS:RF5DRVRIG1
|
5 drvr grid current (ig1) |
\RF5DRVRIG2
|
\RF::TOP.HHFW.CSITESIGS:RF5DRVRIG2
|
5 drvr screen current (ig2) |
\RF5DRVRIP
|
\RF::TOP.HHFW.CSITESIGS:RF5DRVRIP
|
5 drvr plate current (ip) |
\RF5FPAIG1
|
\RF::TOP.HHFW.CSITESIGS:RF5FPAIG1
|
5 fpa grid current (ig1) |
\RF5FPAIG2
|
\RF::TOP.HHFW.CSITESIGS:RF5FPAIG2
|
5 fpa screen current (ig2) |
\RF5FPAIP
|
\RF::TOP.HHFW.CSITESIGS:RF5FPAIP
|
5 fpa plate current (ip) |
\RF5FPAPDISS
|
\RF::TOP.HHFW.CSITESIGS:RF5FPAPDISS
|
5 fpa plate dissipation |
\RF5IPAIP
|
\RF::TOP.HHFW.CSITESIGS:RF5IPAIP
|
5 ipa plate current (ip) |
\RF5NARC
|
\RF::TOP.HHFW.CSITESIGS:RF5NARC
|
5 arc or narc from fbc |
\RF5SBANDDET
|
\RF::TOP.HHFW.CSITESIGS:RF5SBANDDET
|
5 l/s-band detector |
\RF6DRVRIG1
|
\RF::TOP.HHFW.CSITESIGS:RF6DRVRIG1
|
6 drvr grid current (ig1) |
\RF6DRVRIG2
|
\RF::TOP.HHFW.CSITESIGS:RF6DRVRIG2
|
6 drvr screen current (ig2) |
\RF6DRVRIP
|
\RF::TOP.HHFW.CSITESIGS:RF6DRVRIP
|
6 drvr plate current (ip) |
\RF6FPAIG1
|
\RF::TOP.HHFW.CSITESIGS:RF6FPAIG1
|
6 fpa grid current (ig1) |
\RF6FPAIG2
|
\RF::TOP.HHFW.CSITESIGS:RF6FPAIG2
|
6 fpa screen current (ig2) |
\RF6FPAIP
|
\RF::TOP.HHFW.CSITESIGS:RF6FPAIP
|
6 fpa plate current (ip) |
\RF6FPAPDISS
|
\RF::TOP.HHFW.CSITESIGS:RF6FPAPDISS
|
6 fpa plate dissipation |
\RF6IPAIP
|
\RF::TOP.HHFW.CSITESIGS:RF6IPAIP
|
6 ipa plate current (ip) |
\RF6NARC
|
\RF::TOP.HHFW.CSITESIGS:RF6NARC
|
6 arc or narc from fbc |
\RF6SBANDDET
|
\RF::TOP.HHFW.CSITESIGS:RF6SBANDDET
|
6 l/s-band detector |
\LOOP_FG_MID
|
\RF::TOP.HHFW.LOOP_PROBE:FG_MID
|
Rf loop probe 3 |
\LOOP_J_MID
|
\RF::TOP.HHFW.LOOP_PROBE:J_MID
|
Rf loop probe 2 |
\LOOP_J_TOP
|
\RF::TOP.HHFW.LOOP_PROBE:J_TOP
|
Rf loop probe 1 |
\HHFW_POWER
|
\RF::TOP.HHFW.POWERSIGS:HHFW_POWER
|
Hhfw power |
\PFWDMAG1
|
\RF::TOP.HHFW.POWERSIGS:PFWDMAG1
|
Pfwd 1 |
\PFWDMAG2
|
\RF::TOP.HHFW.POWERSIGS:PFWDMAG2
|
Pfwd 2 |
\PFWDMAG3
|
\RF::TOP.HHFW.POWERSIGS:PFWDMAG3
|
Pfwd 3 |
\PFWDMAG4
|
\RF::TOP.HHFW.POWERSIGS:PFWDMAG4
|
Pfwd 4 |
\PFWDMAG5
|
\RF::TOP.HHFW.POWERSIGS:PFWDMAG5
|
Pfwd 5 |
\PFWDMAG6
|
\RF::TOP.HHFW.POWERSIGS:PFWDMAG6
|
Pfwd 6 |
\PFWDREFPH1
|
\RF::TOP.HHFW.POWERSIGS:PFWDREFPH1
|
Pwr phase 1 |
\PFWDREFPH2
|
\RF::TOP.HHFW.POWERSIGS:PFWDREFPH2
|
Pwr phase 2 |
\PFWDREFPH3
|
\RF::TOP.HHFW.POWERSIGS:PFWDREFPH3
|
Pwr phase 3 |
\PFWDREFPH4
|
\RF::TOP.HHFW.POWERSIGS:PFWDREFPH4
|
Pwr phase 4 |
\PFWDREFPH5
|
\RF::TOP.HHFW.POWERSIGS:PFWDREFPH5
|
Pwr phase 5 |
\PFWDREFPH6
|
\RF::TOP.HHFW.POWERSIGS:PFWDREFPH6
|
Pwr phase 6 |
\PNET1
|
\RF::TOP.HHFW.POWERSIGS:PNET1
|
Net power line 1 |
\PNET2
|
\RF::TOP.HHFW.POWERSIGS:PNET2
|
Net power line 2 |
\PNET3
|
\RF::TOP.HHFW.POWERSIGS:PNET3
|
Net power line 3 |
\PNET4
|
\RF::TOP.HHFW.POWERSIGS:PNET4
|
Net power line 4 |
\PNET5
|
\RF::TOP.HHFW.POWERSIGS:PNET5
|
Net power line 5 |
\PNET6
|
\RF::TOP.HHFW.POWERSIGS:PNET6
|
Net power line 6 |
\PREFMAG1
|
\RF::TOP.HHFW.POWERSIGS:PREFMAG1
|
Prefl 1 |
\PREFMAG2
|
\RF::TOP.HHFW.POWERSIGS:PREFMAG2
|
Prefl 2 |
\PREFMAG3
|
\RF::TOP.HHFW.POWERSIGS:PREFMAG3
|
Prefl 3 |
\PREFMAG4
|
\RF::TOP.HHFW.POWERSIGS:PREFMAG4
|
Prefl 4 |
\PREFMAG5
|
\RF::TOP.HHFW.POWERSIGS:PREFMAG5
|
Prefl 5 |
\PREFMAG6
|
\RF::TOP.HHFW.POWERSIGS:PREFMAG6
|
Prefl 6 |
\RHOMAG1
|
\RF::TOP.HHFW.RHO:RHOMAG1
|
Refl. coeff. line 1 |
\RHOMAG2
|
\RF::TOP.HHFW.RHO:RHOMAG2
|
Refl. coeff. line 2 |
\RHOMAG3
|
\RF::TOP.HHFW.RHO:RHOMAG3
|
Refl. coeff. line 3 |
\RHOMAG4
|
\RF::TOP.HHFW.RHO:RHOMAG4
|
Refl. coeff. line 4 |
\RHOMAG5
|
\RF::TOP.HHFW.RHO:RHOMAG5
|
Refl. coeff. line 5 |
\RHOMAG6
|
\RF::TOP.HHFW.RHO:RHOMAG6
|
Refl. coeff. line 6 |
\VTAP1
|
\RF::TOP.HHFW.TAPPEDLINES:VTAP1
|
V tap 1 |
\VTAP2
|
\RF::TOP.HHFW.TAPPEDLINES:VTAP2
|
V tap 2 |
\VTAP3
|
\RF::TOP.HHFW.TAPPEDLINES:VTAP3
|
V tap 3 |
\VTAP4
|
\RF::TOP.HHFW.TAPPEDLINES:VTAP4
|
V tap 4 |
\VTAP5
|
\RF::TOP.HHFW.TAPPEDLINES:VTAP5
|
V tap 5 |
\VTAP6
|
\RF::TOP.HHFW.TAPPEDLINES:VTAP6
|
V tap 6 |
\REFL_DENSITY
|
\RF::TOP.ORNLREFL.ANALYZED:REFL_DENSITY
|
Label empty |
\REFL_PHASE
|
\RF::TOP.ORNLREFL.ANALYZED:REFL_PHASE
|
Label empty |
\REFLCOSPHI
|
\RF::TOP.ORNLREFL.REFLSIGS:REFLCOSPHI
|
Refl. freq. |
\REFLSINPHI
|
\RF::TOP.ORNLREFL.REFLSIGS:REFLSINPHI
|
Refl. signal |
| no tag available |
\RF::TOP.ECH:KLYSFWD1
|
Klystron 1 forward power |
| no tag available |
\RF::TOP.HHFW.ANTENNASIGS:IANTMAG05
|
Iantenna 05 |
| no tag available |
\RF::TOP.HHFW.CROSSSIGS:VTPH6
|
Vcube phase 6 |
\FDBKCNTRL_2_DV
|
\RF::TOP.HHFW.CSITESIGS:RF1HPAIP
|
1 hpa plate current (ip) |
| no tag available |
\RF::TOP.HHFW.CSITESIGS:RF3FPAIP
|
3 fpa plate current (ip) |
| no tag available |
\RF::TOP.HHFW.CSITESIGS:RF3IPAIP
|
3 ipa plate current (ip) |
| no tag available |
\RF::TOP.HHFW.CSITESIGS:RF3NARC
|
3 arc or narc from fbc |
| no tag available |
\RF::TOP.HHFW.CSITESIGS:RF6DRVRIP
|
6 drvr plate current (ip) |
| no tag available |
\RF::TOP.HHFW.CSITESIGS:RF6FPAPDISS
|
6 fpa plate dissipation |
| no tag available |
\RF::TOP.HHFW.CSITESIGS:RF6SBANDDET
|
6 l/s-band detector |
| no tag available |
\RF::TOP.HHFW.LOOP_PROBE:J_TOP
|
Rf loop probe 1 |
| no tag available |
\RF::TOP.HHFW.POWERSIGS:HHFW_POWER
|
Hhfw power |
| no tag available |
\RF::TOP.HHFW.POWERSIGS:PFWDMAG2
|
Pfwd 2 |
| no tag available |
\RF::TOP.HHFW.POWERSIGS:PFWDMAG3
|
Pfwd 3 |
| no tag available |
\RF::TOP.HHFW.POWERSIGS:PFWDMAG4
|
Pfwd 4 |
| no tag available |
\RF::TOP.HHFW.POWERSIGS:PFWDMAG6
|
Pfwd 6 |
| no tag available |
\RF::TOP.HHFW.POWERSIGS:PFWDREFPH1
|
Pwr phase 1 |
| no tag available |
\RF::TOP.HHFW.POWERSIGS:PFWDREFPH2
|
Pwr phase 2 |
| no tag available |
\RF::TOP.HHFW.POWERSIGS:PFWDREFPH4
|
Pwr phase 4 |
| no tag available |
\RF::TOP.HHFW.POWERSIGS:PFWDREFPH5
|
Pwr phase 5 |
| no tag available |
\RF::TOP.HHFW.POWERSIGS:PNET6
|
Net power line 6 |
| no tag available |
\RF::TOP.HHFW.POWERSIGS:PREFMAG1
|
Prefl 1 |
| no tag available |
\RF::TOP.HHFW.POWERSIGS:PREFMAG2
|
Prefl 2 |
| no tag available |
\RF::TOP.HHFW.POWERSIGS:PREFMAG3
|
Prefl 3 |
| no tag available |
\RF::TOP.HHFW.POWERSIGS:PREFMAG4
|
Prefl 4 |
| no tag available |
\RF::TOP.HHFW.POWERSIGS:PREFMAG5
|
Prefl 5 |
| no tag available |
\RF::TOP.HHFW.RHO:RHOMAG1
|
Refl. coeff. line 1 |
| no tag available |
\RF::TOP.HHFW.RHO:RHOMAG3
|
Refl. coeff. line 3 |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
\USXR_HDOWN_00
|
\USXR::TOP.HDOWN:CHORD_00
|
Mult-energy sxr xxxx channel 00 |
\USXR_HDOWN_01
|
\USXR::TOP.HDOWN:CHORD_01
|
Mult-energy sxr xxxx channel 01 |
\USXR_HDOWN_02
|
\USXR::TOP.HDOWN:CHORD_02
|
Mult-energy sxr xxxx channel 02 |
\USXR_HDOWN_03
|
\USXR::TOP.HDOWN:CHORD_03
|
Mult-energy sxr xxxx channel 03 |
\USXR_HDOWN_04
|
\USXR::TOP.HDOWN:CHORD_04
|
Mult-energy sxr xxxx channel 04 |
\USXR_HDOWN_05
|
\USXR::TOP.HDOWN:CHORD_05
|
Mult-energy sxr xxxx channel 05 |
\USXR_HDOWN_06
|
\USXR::TOP.HDOWN:CHORD_06
|
Mult-energy sxr xxxx channel 06 |
\USXR_HDOWN_07
|
\USXR::TOP.HDOWN:CHORD_07
|
Mult-energy sxr xxxx channel 07 |
\USXR_HDOWN_08
|
\USXR::TOP.HDOWN:CHORD_08
|
Mult-energy sxr xxxx channel 08 |
\USXR_HDOWN_09
|
\USXR::TOP.HDOWN:CHORD_09
|
Mult-energy sxr xxxx channel 09 |
\USXR_HDOWN_10
|
\USXR::TOP.HDOWN:CHORD_10
|
Mult-energy sxr xxxx channel 10 |
\USXR_HDOWN_11
|
\USXR::TOP.HDOWN:CHORD_11
|
Mult-energy sxr xxxx channel 11 |
\USXR_HDOWN_12
|
\USXR::TOP.HDOWN:CHORD_12
|
Mult-energy sxr xxxx channel 12 |
\USXR_HDOWN_13
|
\USXR::TOP.HDOWN:CHORD_13
|
Mult-energy sxr xxxx channel 13 |
\USXR_HDOWN_14
|
\USXR::TOP.HDOWN:CHORD_14
|
Mult-energy sxr xxxx channel 14 |
\USXR_HDOWN_15
|
\USXR::TOP.HDOWN:CHORD_15
|
Mult-energy sxr xxxx channel 15 |
\USXR_HUP_00
|
\USXR::TOP.HUP:CHORD_00
|
Mult-energy sxr xxxx channel 00 |
\USXR_HUP_01
|
\USXR::TOP.HUP:CHORD_01
|
Mult-energy sxr xxxx channel 01 |
\USXR_HUP_02
|
\USXR::TOP.HUP:CHORD_02
|
Mult-energy sxr xxxx channel 02 |
\USXR_HUP_03
|
\USXR::TOP.HUP:CHORD_03
|
Mult-energy sxr xxxx channel 03 |
\USXR_HUP_04
|
\USXR::TOP.HUP:CHORD_04
|
Mult-energy sxr xxxx channel 04 |
\USXR_HUP_05
|
\USXR::TOP.HUP:CHORD_05
|
Mult-energy sxr xxxx channel 05 |
\USXR_HUP_06
|
\USXR::TOP.HUP:CHORD_06
|
Mult-energy sxr xxxx channel 06 |
\USXR_HUP_07
|
\USXR::TOP.HUP:CHORD_07
|
Mult-energy sxr xxxx channel 07 |
\USXR_HUP_08
|
\USXR::TOP.HUP:CHORD_08
|
Mult-energy sxr xxxx channel 08 |
\USXR_HUP_09
|
\USXR::TOP.HUP:CHORD_09
|
Mult-energy sxr xxxx channel 09 |
\USXR_HUP_10
|
\USXR::TOP.HUP:CHORD_10
|
Mult-energy sxr xxxx channel 10 |
\USXR_HUP_11
|
\USXR::TOP.HUP:CHORD_11
|
Mult-energy sxr xxxx channel 11 |
\USXR_HUP_12
|
\USXR::TOP.HUP:CHORD_12
|
Mult-energy sxr xxxx channel 12 |
\USXR_HUP_13
|
\USXR::TOP.HUP:CHORD_13
|
Mult-energy sxr xxxx channel 13 |
\USXR_HUP_14
|
\USXR::TOP.HUP:CHORD_14
|
Mult-energy sxr xxxx channel 14 |
\USXR_HUP_15
|
\USXR::TOP.HUP:CHORD_15
|
Mult-energy sxr xxxx channel 15 |
\MESXR_CORE00_00
|
\USXR::TOP.MESXR_CORE00:CHORD_00
|
Mult-energy sxr yyyy channel 00 |
\MESXR_CORE00_01
|
\USXR::TOP.MESXR_CORE00:CHORD_01
|
Mult-energy sxr yyyy channel 01 |
\MESXR_CORE00_02
|
\USXR::TOP.MESXR_CORE00:CHORD_02
|
Mult-energy sxr yyyy channel 02 |
\MESXR_CORE00_03
|
\USXR::TOP.MESXR_CORE00:CHORD_03
|
Mult-energy sxr yyyy channel 03 |
\MESXR_CORE00_16
|
\USXR::TOP.MESXR_CORE00:CHORD_04
|
Mult-energy sxr yyyy channel 04 |
\MESXR_CORE00_05
|
\USXR::TOP.MESXR_CORE00:CHORD_05
|
Mult-energy sxr yyyy channel 05 |
\MESXR_CORE00_06
|
\USXR::TOP.MESXR_CORE00:CHORD_06
|
Mult-energy sxr yyyy channel 06 |
\MESXR_CORE00_07
|
\USXR::TOP.MESXR_CORE00:CHORD_07
|
Mult-energy sxr yyyy channel 07 |
\MESXR_CORE00_08
|
\USXR::TOP.MESXR_CORE00:CHORD_08
|
Mult-energy sxr yyyy channel 08 |
\MESXR_CORE00_09
|
\USXR::TOP.MESXR_CORE00:CHORD_09
|
Mult-energy sxr yyyy channel 09 |
\MESXR_CORE00_10
|
\USXR::TOP.MESXR_CORE00:CHORD_10
|
Mult-energy sxr yyyy channel 10 |
\MESXR_CORE00_11
|
\USXR::TOP.MESXR_CORE00:CHORD_11
|
Mult-energy sxr yyyy channel 11 |
\MESXR_CORE00_12
|
\USXR::TOP.MESXR_CORE00:CHORD_12
|
Mult-energy sxr yyyy channel 12 |
\MESXR_CORE00_13
|
\USXR::TOP.MESXR_CORE00:CHORD_13
|
Mult-energy sxr yyyy channel 13 |
\MESXR_CORE00_14
|
\USXR::TOP.MESXR_CORE00:CHORD_14
|
Mult-energy sxr yyyy channel 14 |
\MESXR_CORE00_01
|
\USXR::TOP.MESXR_CORE00:CHORD_15
|
Mult-energy sxr yyyy channel 15 |
\MESXR_CORE00_16
|
\USXR::TOP.MESXR_CORE00:CHORD_16
|
Mult-energy sxr yyyy channel 16 |
\MESXR_CORE00_17
|
\USXR::TOP.MESXR_CORE00:CHORD_17
|
Mult-energy sxr yyyy channel 17 |
\MESXR_CORE00_18
|
\USXR::TOP.MESXR_CORE00:CHORD_18
|
Mult-energy sxr yyyy channel 18 |
\MESXR_CORE00_19
|
\USXR::TOP.MESXR_CORE00:CHORD_19
|
Mult-energy sxr yyyy channel 19 |
\MESXR_CORE01_00
|
\USXR::TOP.MESXR_CORE01:CHORD_00
|
Mult-energy sxr yyyy channel 00 |
\MESXR_CORE01_01
|
\USXR::TOP.MESXR_CORE01:CHORD_01
|
Mult-energy sxr yyyy channel 01 |
\MESXR_CORE01_02
|
\USXR::TOP.MESXR_CORE01:CHORD_02
|
Mult-energy sxr yyyy channel 02 |
\MESXR_CORE01_03
|
\USXR::TOP.MESXR_CORE01:CHORD_03
|
Mult-energy sxr yyyy channel 03 |
\MESXR_CORE01_04
|
\USXR::TOP.MESXR_CORE01:CHORD_04
|
Mult-energy sxr yyyy channel 04 |
\MESXR_CORE01_05
|
\USXR::TOP.MESXR_CORE01:CHORD_05
|
Mult-energy sxr yyyy channel 05 |
\MESXR_CORE01_06
|
\USXR::TOP.MESXR_CORE01:CHORD_06
|
Mult-energy sxr yyyy channel 06 |
\MESXR_CORE01_07
|
\USXR::TOP.MESXR_CORE01:CHORD_07
|
Mult-energy sxr yyyy channel 07 |
\MESXR_CORE01_08
|
\USXR::TOP.MESXR_CORE01:CHORD_08
|
Mult-energy sxr yyyy channel 08 |
\MESXR_CORE01_09
|
\USXR::TOP.MESXR_CORE01:CHORD_09
|
Mult-energy sxr yyyy channel 09 |
\MESXR_CORE01_10
|
\USXR::TOP.MESXR_CORE01:CHORD_10
|
Mult-energy sxr yyyy channel 10 |
\MESXR_CORE01_11
|
\USXR::TOP.MESXR_CORE01:CHORD_11
|
Mult-energy sxr yyyy channel 11 |
\MESXR_CORE01_12
|
\USXR::TOP.MESXR_CORE01:CHORD_12
|
Mult-energy sxr yyyy channel 12 |
\MESXR_CORE01_13
|
\USXR::TOP.MESXR_CORE01:CHORD_13
|
Mult-energy sxr yyyy channel 13 |
\MESXR_CORE01_14
|
\USXR::TOP.MESXR_CORE01:CHORD_14
|
Mult-energy sxr yyyy channel 14 |
\MESXR_CORE01_15
|
\USXR::TOP.MESXR_CORE01:CHORD_15
|
Mult-energy sxr yyyy channel 15 |
\MESXR_CORE01_16
|
\USXR::TOP.MESXR_CORE01:CHORD_16
|
Mult-energy sxr yyyy channel 16 |
\MESXR_CORE01_17
|
\USXR::TOP.MESXR_CORE01:CHORD_17
|
Mult-energy sxr yyyy channel 17 |
\MESXR_CORE01_18
|
\USXR::TOP.MESXR_CORE01:CHORD_18
|
Mult-energy sxr yyyy channel 18 |
\MESXR_CORE02_00
|
\USXR::TOP.MESXR_CORE02:CHORD_00
|
Mult-energy sxr yyyy channel 00 |
\MESXR_CORE02_01
|
\USXR::TOP.MESXR_CORE02:CHORD_01
|
Mult-energy sxr yyyy channel 01 |
\MESXR_CORE02_02
|
\USXR::TOP.MESXR_CORE02:CHORD_02
|
Mult-energy sxr yyyy channel 02 |
\MESXR_CORE02_03
|
\USXR::TOP.MESXR_CORE02:CHORD_03
|
Mult-energy sxr yyyy channel 03 |
\MESXR_CORE02_04
|
\USXR::TOP.MESXR_CORE02:CHORD_04
|
Mult-energy sxr yyyy channel 04 |
\MESXR_CORE02_05
|
\USXR::TOP.MESXR_CORE02:CHORD_05
|
Mult-energy sxr yyyy channel 05 |
\MESXR_CORE02_06
|
\USXR::TOP.MESXR_CORE02:CHORD_06
|
Mult-energy sxr yyyy channel 06 |
\MESXR_CORE02_07
|
\USXR::TOP.MESXR_CORE02:CHORD_07
|
Mult-energy sxr yyyy channel 07 |
\MESXR_CORE02_08
|
\USXR::TOP.MESXR_CORE02:CHORD_08
|
Mult-energy sxr yyyy channel 08 |
\MESXR_CORE02_09
|
\USXR::TOP.MESXR_CORE02:CHORD_09
|
Mult-energy sxr yyyy channel 09 |
\MESXR_CORE02_10
|
\USXR::TOP.MESXR_CORE02:CHORD_10
|
Mult-energy sxr yyyy channel 10 |
\MESXR_CORE02_11
|
\USXR::TOP.MESXR_CORE02:CHORD_11
|
Mult-energy sxr yyyy channel 11 |
\MESXR_CORE02_12
|
\USXR::TOP.MESXR_CORE02:CHORD_12
|
Mult-energy sxr yyyy channel 12 |
\MESXR_CORE02_13
|
\USXR::TOP.MESXR_CORE02:CHORD_13
|
Mult-energy sxr yyyy channel 13 |
\MESXR_CORE02_14
|
\USXR::TOP.MESXR_CORE02:CHORD_14
|
Mult-energy sxr yyyy channel 14 |
\MESXR_CORE02_15
|
\USXR::TOP.MESXR_CORE02:CHORD_15
|
Mult-energy sxr yyyy channel 15 |
\MESXR_CORE02_16
|
\USXR::TOP.MESXR_CORE02:CHORD_16
|
Mult-energy sxr yyyy channel 16 |
\MESXR_CORE02_17
|
\USXR::TOP.MESXR_CORE02:CHORD_17
|
Mult-energy sxr yyyy channel 17 |
\MESXR_CORE02_18
|
\USXR::TOP.MESXR_CORE02:CHORD_18
|
Mult-energy sxr yyyy channel 18 |
\MESXR_CORE03_00
|
\USXR::TOP.MESXR_CORE03:CHORD_00
|
Mult-energy sxr yyyy channel 00 |
\MESXR_CORE03_01
|
\USXR::TOP.MESXR_CORE03:CHORD_01
|
Mult-energy sxr yyyy channel 01 |
\MESXR_CORE03_02
|
\USXR::TOP.MESXR_CORE03:CHORD_02
|
Mult-energy sxr yyyy channel 02 |
\MESXR_CORE03_03
|
\USXR::TOP.MESXR_CORE03:CHORD_03
|
Mult-energy sxr yyyy channel 03 |
\MESXR_CORE03_04
|
\USXR::TOP.MESXR_CORE03:CHORD_04
|
Mult-energy sxr yyyy channel 04 |
\MESXR_CORE03_05
|
\USXR::TOP.MESXR_CORE03:CHORD_05
|
Mult-energy sxr yyyy channel 05 |
\MESXR_CORE03_06
|
\USXR::TOP.MESXR_CORE03:CHORD_06
|
Mult-energy sxr yyyy channel 06 |
\MESXR_CORE03_07
|
\USXR::TOP.MESXR_CORE03:CHORD_07
|
Mult-energy sxr yyyy channel 07 |
\MESXR_CORE03_08
|
\USXR::TOP.MESXR_CORE03:CHORD_08
|
Mult-energy sxr yyyy channel 08 |
\MESXR_CORE03_09
|
\USXR::TOP.MESXR_CORE03:CHORD_09
|
Mult-energy sxr yyyy channel 09 |
\MESXR_CORE03_10
|
\USXR::TOP.MESXR_CORE03:CHORD_10
|
Mult-energy sxr yyyy channel 10 |
\MESXR_CORE03_11
|
\USXR::TOP.MESXR_CORE03:CHORD_11
|
Mult-energy sxr yyyy channel 11 |
\MESXR_CORE03_12
|
\USXR::TOP.MESXR_CORE03:CHORD_12
|
Mult-energy sxr yyyy channel 12 |
\MESXR_CORE03_13
|
\USXR::TOP.MESXR_CORE03:CHORD_13
|
Mult-energy sxr yyyy channel 13 |
\MESXR_CORE03_14
|
\USXR::TOP.MESXR_CORE03:CHORD_14
|
Mult-energy sxr yyyy channel 14 |
\MESXR_CORE03_15
|
\USXR::TOP.MESXR_CORE03:CHORD_15
|
Mult-energy sxr yyyy channel 15 |
\MESXR_CORE03_16
|
\USXR::TOP.MESXR_CORE03:CHORD_16
|
Mult-energy sxr yyyy channel 16 |
\MESXR_CORE03_17
|
\USXR::TOP.MESXR_CORE03:CHORD_17
|
Mult-energy sxr yyyy channel 17 |
\MESXR_CORE03_18
|
\USXR::TOP.MESXR_CORE03:CHORD_18
|
Mult-energy sxr yyyy channel 18 |
\MESXR_CORE04_00
|
\USXR::TOP.MESXR_CORE04:CHORD_00
|
Mult-energy sxr yyyy channel 00 |
\MESXR_CORE04_01
|
\USXR::TOP.MESXR_CORE04:CHORD_01
|
Mult-energy sxr yyyy channel 01 |
\MESXR_CORE04_02
|
\USXR::TOP.MESXR_CORE04:CHORD_02
|
Mult-energy sxr yyyy channel 02 |
\MESXR_CORE04_03
|
\USXR::TOP.MESXR_CORE04:CHORD_03
|
Mult-energy sxr yyyy channel 03 |
\MESXR_CORE00_06
|
\USXR::TOP.MESXR_CORE04:CHORD_04
|
Mult-energy sxr yyyy channel 04 |
\MESXR_CORE04_05
|
\USXR::TOP.MESXR_CORE04:CHORD_05
|
Mult-energy sxr yyyy channel 05 |
\MESXR_CORE04_06
|
\USXR::TOP.MESXR_CORE04:CHORD_06
|
Mult-energy sxr yyyy channel 06 |
\MESXR_CORE04_07
|
\USXR::TOP.MESXR_CORE04:CHORD_07
|
Mult-energy sxr yyyy channel 07 |
\MESXR_CORE04_08
|
\USXR::TOP.MESXR_CORE04:CHORD_08
|
Mult-energy sxr yyyy channel 08 |
\MESXR_CORE04_09
|
\USXR::TOP.MESXR_CORE04:CHORD_09
|
Mult-energy sxr yyyy channel 09 |
\MESXR_CORE04_10
|
\USXR::TOP.MESXR_CORE04:CHORD_10
|
Mult-energy sxr yyyy channel 10 |
\MESXR_CORE04_11
|
\USXR::TOP.MESXR_CORE04:CHORD_11
|
Mult-energy sxr yyyy channel 11 |
\MESXR_CORE04_12
|
\USXR::TOP.MESXR_CORE04:CHORD_12
|
Mult-energy sxr yyyy channel 12 |
\MESXR_CORE04_13
|
\USXR::TOP.MESXR_CORE04:CHORD_13
|
Mult-energy sxr yyyy channel 13 |
\MESXR_CORE04_14
|
\USXR::TOP.MESXR_CORE04:CHORD_14
|
Mult-energy sxr yyyy channel 14 |
\MESXR_CORE04_15
|
\USXR::TOP.MESXR_CORE04:CHORD_15
|
Mult-energy sxr yyyy channel 15 |
\MESXR_CORE04_16
|
\USXR::TOP.MESXR_CORE04:CHORD_16
|
Mult-energy sxr yyyy channel 16 |
\MESXR_CORE04_17
|
\USXR::TOP.MESXR_CORE04:CHORD_17
|
Mult-energy sxr yyyy channel 17 |
\MESXR_CORE04_18
|
\USXR::TOP.MESXR_CORE04:CHORD_18
|
Mult-energy sxr yyyy channel 18 |
\MESXR_EDGE00_00
|
\USXR::TOP.MESXR_EDGE00:CHORD_00
|
Mult-energy sxr yyyy channel 00 |
\US_DT196_03
|
\USXR::TOP.MESXR_EDGE00:CHORD_01
|
Mult-energy sxr yyyy channel 01 |
\MESXR_EDGE00_02
|
\USXR::TOP.MESXR_EDGE00:CHORD_02
|
Mult-energy sxr yyyy channel 02 |
\MESXR_EDGE00_03
|
\USXR::TOP.MESXR_EDGE00:CHORD_03
|
Mult-energy sxr yyyy channel 03 |
\MESXR_EDGE00_04
|
\USXR::TOP.MESXR_EDGE00:CHORD_04
|
Mult-energy sxr yyyy channel 04 |
\MESXR_EDGE00_05
|
\USXR::TOP.MESXR_EDGE00:CHORD_05
|
Mult-energy sxr yyyy channel 05 |
\MESXR_EDGE00_06
|
\USXR::TOP.MESXR_EDGE00:CHORD_06
|
Mult-energy sxr yyyy channel 06 |
\MESXR_EDGE00_07
|
\USXR::TOP.MESXR_EDGE00:CHORD_07
|
Mult-energy sxr yyyy channel 07 |
\MESXR_EDGE00_08
|
\USXR::TOP.MESXR_EDGE00:CHORD_08
|
Mult-energy sxr yyyy channel 08 |
\MESXR_EDGE00_09
|
\USXR::TOP.MESXR_EDGE00:CHORD_09
|
Mult-energy sxr yyyy channel 09 |
\MESXR_EDGE00_10
|
\USXR::TOP.MESXR_EDGE00:CHORD_10
|
Mult-energy sxr yyyy channel 10 |
\MESXR_EDGE00_11
|
\USXR::TOP.MESXR_EDGE00:CHORD_11
|
Mult-energy sxr yyyy channel 11 |
\MESXR_EDGE00_12
|
\USXR::TOP.MESXR_EDGE00:CHORD_12
|
Mult-energy sxr yyyy channel 12 |
\MESXR_EDGE00_13
|
\USXR::TOP.MESXR_EDGE00:CHORD_13
|
Mult-energy sxr yyyy channel 13 |
\MESXR_EDGE00_14
|
\USXR::TOP.MESXR_EDGE00:CHORD_14
|
Mult-energy sxr yyyy channel 14 |
\MESXR_EDGE00_15
|
\USXR::TOP.MESXR_EDGE00:CHORD_15
|
Mult-energy sxr yyyy channel 15 |
\MESXR_EDGE00_16
|
\USXR::TOP.MESXR_EDGE00:CHORD_16
|
Mult-energy sxr yyyy channel 16 |
\MESXR_EDGE00_17
|
\USXR::TOP.MESXR_EDGE00:CHORD_17
|
Mult-energy sxr yyyy channel 17 |
\MESXR_EDGE00_18
|
\USXR::TOP.MESXR_EDGE00:CHORD_18
|
Mult-energy sxr yyyy channel 18 |
\MESXR_EDGE00_19
|
\USXR::TOP.MESXR_EDGE00:CHORD_19
|
Mult-energy sxr yyyy channel 19 |
\MESXR_EDGE01_00
|
\USXR::TOP.MESXR_EDGE01:CHORD_00
|
Mult-energy sxr yyyy channel 00 |
\MESXR_EDGE01_01
|
\USXR::TOP.MESXR_EDGE01:CHORD_01
|
Mult-energy sxr yyyy channel 01 |
\MESXR_EDGE01_02
|
\USXR::TOP.MESXR_EDGE01:CHORD_02
|
Mult-energy sxr yyyy channel 02 |
\MESXR_EDGE01_03
|
\USXR::TOP.MESXR_EDGE01:CHORD_03
|
Mult-energy sxr yyyy channel 03 |
\MESXR_EDGE01_04
|
\USXR::TOP.MESXR_EDGE01:CHORD_04
|
Mult-energy sxr yyyy channel 04 |
\MESXR_EDGE01_05
|
\USXR::TOP.MESXR_EDGE01:CHORD_05
|
Mult-energy sxr yyyy channel 05 |
\MESXR_EDGE01_06
|
\USXR::TOP.MESXR_EDGE01:CHORD_06
|
Mult-energy sxr yyyy channel 06 |
\MESXR_EDGE01_07
|
\USXR::TOP.MESXR_EDGE01:CHORD_07
|
Mult-energy sxr yyyy channel 07 |
\MESXR_EDGE01_08
|
\USXR::TOP.MESXR_EDGE01:CHORD_08
|
Mult-energy sxr yyyy channel 08 |
\MESXR_EDGE01_09
|
\USXR::TOP.MESXR_EDGE01:CHORD_09
|
Mult-energy sxr yyyy channel 09 |
\MESXR_EDGE01_10
|
\USXR::TOP.MESXR_EDGE01:CHORD_10
|
Mult-energy sxr yyyy channel 10 |
\MESXR_EDGE01_11
|
\USXR::TOP.MESXR_EDGE01:CHORD_11
|
Mult-energy sxr yyyy channel 11 |
\MESXR_EDGE01_12
|
\USXR::TOP.MESXR_EDGE01:CHORD_12
|
Mult-energy sxr yyyy channel 12 |
\MESXR_EDGE01_13
|
\USXR::TOP.MESXR_EDGE01:CHORD_13
|
Mult-energy sxr yyyy channel 13 |
\MESXR_EDGE01_14
|
\USXR::TOP.MESXR_EDGE01:CHORD_14
|
Mult-energy sxr yyyy channel 14 |
\MESXR_EDGE01_15
|
\USXR::TOP.MESXR_EDGE01:CHORD_15
|
Mult-energy sxr yyyy channel 15 |
\MESXR_EDGE01_16
|
\USXR::TOP.MESXR_EDGE01:CHORD_16
|
Mult-energy sxr yyyy channel 16 |
\MESXR_EDGE01_17
|
\USXR::TOP.MESXR_EDGE01:CHORD_17
|
Mult-energy sxr yyyy channel 17 |
\MESXR_EDGE01_18
|
\USXR::TOP.MESXR_EDGE01:CHORD_18
|
Mult-energy sxr yyyy channel 18 |
\MESXR_EDGE02_00
|
\USXR::TOP.MESXR_EDGE02:CHORD_00
|
Mult-energy sxr yyyy channel 00 |
\MESXR_EDGE02_01
|
\USXR::TOP.MESXR_EDGE02:CHORD_01
|
Mult-energy sxr yyyy channel 01 |
\MESXR_EDGE02_02
|
\USXR::TOP.MESXR_EDGE02:CHORD_02
|
Mult-energy sxr yyyy channel 02 |
\MESXR_EDGE02_03
|
\USXR::TOP.MESXR_EDGE02:CHORD_03
|
Mult-energy sxr yyyy channel 03 |
\MESXR_EDGE02_04
|
\USXR::TOP.MESXR_EDGE02:CHORD_04
|
Mult-energy sxr yyyy channel 04 |
\MESXR_EDGE02_05
|
\USXR::TOP.MESXR_EDGE02:CHORD_05
|
Mult-energy sxr yyyy channel 05 |
\MESXR_EDGE02_06
|
\USXR::TOP.MESXR_EDGE02:CHORD_06
|
Mult-energy sxr yyyy channel 06 |
\MESXR_EDGE02_07
|
\USXR::TOP.MESXR_EDGE02:CHORD_07
|
Mult-energy sxr yyyy channel 07 |
\MESXR_EDGE02_08
|
\USXR::TOP.MESXR_EDGE02:CHORD_08
|
Mult-energy sxr yyyy channel 08 |
\MESXR_EDGE02_09
|
\USXR::TOP.MESXR_EDGE02:CHORD_09
|
Mult-energy sxr yyyy channel 09 |
\MESXR_EDGE02_10
|
\USXR::TOP.MESXR_EDGE02:CHORD_10
|
Mult-energy sxr yyyy channel 10 |
\MESXR_EDGE02_11
|
\USXR::TOP.MESXR_EDGE02:CHORD_11
|
Mult-energy sxr yyyy channel 11 |
\MESXR_EDGE02_12
|
\USXR::TOP.MESXR_EDGE02:CHORD_12
|
Mult-energy sxr yyyy channel 12 |
\MESXR_EDGE02_13
|
\USXR::TOP.MESXR_EDGE02:CHORD_13
|
Mult-energy sxr yyyy channel 13 |
\MESXR_EDGE02_14
|
\USXR::TOP.MESXR_EDGE02:CHORD_14
|
Mult-energy sxr yyyy channel 14 |
\MESXR_EDGE02_15
|
\USXR::TOP.MESXR_EDGE02:CHORD_15
|
Mult-energy sxr yyyy channel 15 |
\MESXR_EDGE02_16
|
\USXR::TOP.MESXR_EDGE02:CHORD_16
|
Mult-energy sxr yyyy channel 16 |
\MESXR_EDGE02_17
|
\USXR::TOP.MESXR_EDGE02:CHORD_17
|
Mult-energy sxr yyyy channel 17 |
\MESXR_EDGE02_18
|
\USXR::TOP.MESXR_EDGE02:CHORD_18
|
Mult-energy sxr yyyy channel 18 |
\MESXR_EDGE03_00
|
\USXR::TOP.MESXR_EDGE03:CHORD_00
|
Mult-energy sxr yyyy channel 00 |
\MESXR_EDGE03_01
|
\USXR::TOP.MESXR_EDGE03:CHORD_01
|
Mult-energy sxr yyyy channel 01 |
\MESXR_EDGE03_02
|
\USXR::TOP.MESXR_EDGE03:CHORD_02
|
Mult-energy sxr yyyy channel 02 |
\MESXR_EDGE03_03
|
\USXR::TOP.MESXR_EDGE03:CHORD_03
|
Mult-energy sxr yyyy channel 03 |
\MESXR_EDGE03_04
|
\USXR::TOP.MESXR_EDGE03:CHORD_04
|
Mult-energy sxr yyyy channel 04 |
\MESXR_EDGE03_05
|
\USXR::TOP.MESXR_EDGE03:CHORD_05
|
Mult-energy sxr yyyy channel 05 |
\MESXR_EDGE03_06
|
\USXR::TOP.MESXR_EDGE03:CHORD_06
|
Mult-energy sxr yyyy channel 06 |
\MESXR_EDGE03_07
|
\USXR::TOP.MESXR_EDGE03:CHORD_07
|
Mult-energy sxr yyyy channel 07 |
\MESXR_EDGE03_08
|
\USXR::TOP.MESXR_EDGE03:CHORD_08
|
Mult-energy sxr yyyy channel 08 |
\MESXR_EDGE03_09
|
\USXR::TOP.MESXR_EDGE03:CHORD_09
|
Mult-energy sxr yyyy channel 09 |
\MESXR_EDGE03_10
|
\USXR::TOP.MESXR_EDGE03:CHORD_10
|
Mult-energy sxr yyyy channel 10 |
\MESXR_EDGE03_11
|
\USXR::TOP.MESXR_EDGE03:CHORD_11
|
Mult-energy sxr yyyy channel 11 |
\MESXR_EDGE03_12
|
\USXR::TOP.MESXR_EDGE03:CHORD_12
|
Mult-energy sxr yyyy channel 12 |
\MESXR_EDGE03_13
|
\USXR::TOP.MESXR_EDGE03:CHORD_13
|
Mult-energy sxr yyyy channel 13 |
\MESXR_EDGE03_14
|
\USXR::TOP.MESXR_EDGE03:CHORD_14
|
Mult-energy sxr yyyy channel 14 |
\MESXR_EDGE03_15
|
\USXR::TOP.MESXR_EDGE03:CHORD_15
|
Mult-energy sxr yyyy channel 15 |
\MESXR_EDGE03_16
|
\USXR::TOP.MESXR_EDGE03:CHORD_16
|
Mult-energy sxr yyyy channel 16 |
\MESXR_EDGE03_17
|
\USXR::TOP.MESXR_EDGE03:CHORD_17
|
Mult-energy sxr yyyy channel 17 |
\MESXR_CORE01_03
|
\USXR::TOP.MESXR_EDGE03:CHORD_18
|
Mult-energy sxr yyyy channel 18 |
\MESXR_EDGE04_00
|
\USXR::TOP.MESXR_EDGE04:CHORD_00
|
Mult-energy sxr yyyy channel 00 |
\MESXR_EDGE04_01
|
\USXR::TOP.MESXR_EDGE04:CHORD_01
|
Mult-energy sxr yyyy channel 01 |
\MESXR_EDGE04_02
|
\USXR::TOP.MESXR_EDGE04:CHORD_02
|
Mult-energy sxr yyyy channel 02 |
\MESXR_EDGE04_03
|
\USXR::TOP.MESXR_EDGE04:CHORD_03
|
Mult-energy sxr yyyy channel 03 |
\MESXR_EDGE04_04
|
\USXR::TOP.MESXR_EDGE04:CHORD_04
|
Mult-energy sxr yyyy channel 04 |
\MESXR_EDGE04_05
|
\USXR::TOP.MESXR_EDGE04:CHORD_05
|
Mult-energy sxr yyyy channel 05 |
\MESXR_EDGE04_06
|
\USXR::TOP.MESXR_EDGE04:CHORD_06
|
Mult-energy sxr yyyy channel 06 |
\MESXR_CORE00_07
|
\USXR::TOP.MESXR_EDGE04:CHORD_07
|
Mult-energy sxr yyyy channel 07 |
\MESXR_EDGE04_08
|
\USXR::TOP.MESXR_EDGE04:CHORD_08
|
Mult-energy sxr yyyy channel 08 |
\MESXR_EDGE04_09
|
\USXR::TOP.MESXR_EDGE04:CHORD_09
|
Mult-energy sxr yyyy channel 09 |
\MESXR_EDGE04_10
|
\USXR::TOP.MESXR_EDGE04:CHORD_10
|
Mult-energy sxr yyyy channel 10 |
\MESXR_EDGE04_11
|
\USXR::TOP.MESXR_EDGE04:CHORD_11
|
Mult-energy sxr yyyy channel 11 |
\MESXR_EDGE04_12
|
\USXR::TOP.MESXR_EDGE04:CHORD_12
|
Mult-energy sxr yyyy channel 12 |
\MESXR_EDGE04_13
|
\USXR::TOP.MESXR_EDGE04:CHORD_13
|
Mult-energy sxr yyyy channel 13 |
\MESXR_CORE00_12
|
\USXR::TOP.MESXR_EDGE04:CHORD_14
|
Mult-energy sxr yyyy channel 14 |
\MESXR_EDGE04_15
|
\USXR::TOP.MESXR_EDGE04:CHORD_15
|
Mult-energy sxr yyyy channel 15 |
\MESXR_EDGE04_16
|
\USXR::TOP.MESXR_EDGE04:CHORD_16
|
Mult-energy sxr yyyy channel 16 |
\MESXR_EDGE04_17
|
\USXR::TOP.MESXR_EDGE04:CHORD_17
|
Mult-energy sxr yyyy channel 17 |
\MESXR_EDGE04_18
|
\USXR::TOP.MESXR_EDGE04:CHORD_18
|
Mult-energy sxr yyyy channel 18 |
\TOSXR_LOW_00
|
\USXR::TOP.A6:CHORD00_CAL
|
Low tangential optical soft xray chord 00 |
\TOSXR_LOW_01
|
\USXR::TOP.A6:CHORD01_CAL
|
Low tangential optical soft xray chord 01 |
\TOSXR_LOW_02
|
\USXR::TOP.A6:CHORD02_CAL
|
Low tangential optical soft xray chord 02 |
\TOSXR_LOW_03
|
\USXR::TOP.A6:CHORD03_CAL
|
Low tangential optical soft xray chord 03 |
\TOSXR_LOW_04
|
\USXR::TOP.A6:CHORD04_CAL
|
Low tangential optical soft xray chord 04 |
\TOSXR_LOW_05
|
\USXR::TOP.A6:CHORD05_CAL
|
Low tangential optical soft xray chord 05 |
\TOSXR_LOW_06
|
\USXR::TOP.A6:CHORD06_CAL
|
Low tangential optical soft xray chord 06 |
\TOSXR_LOW_07
|
\USXR::TOP.A6:CHORD07_CAL
|
Low tangential optical soft xray chord 07 |
\TOSXR_LOW_08
|
\USXR::TOP.A6:CHORD08_CAL
|
Low tangential optical soft xray chord 08 |
\TOSXR_LOW_09
|
\USXR::TOP.A6:CHORD09_CAL
|
Low tangential optical soft xray chord 09 |
\TOSXR_LOW_10
|
\USXR::TOP.A6:CHORD10_CAL
|
Low tangential optical soft xray chord 10 |
\TOSXR_LOW_11
|
\USXR::TOP.A6:CHORD11_CAL
|
Low tangential optical soft xray chord 11 |
\TOSXR_LOW_12
|
\USXR::TOP.A6:CHORD12_CAL
|
Low tangential optical soft xray chord 12 |
\TOSXR_LOW_13
|
\USXR::TOP.A6:CHORD13_CAL
|
Low tangential optical soft xray chord 13 |
\TOSXR_LOW_14
|
\USXR::TOP.A6:CHORD14_CAL
|
Low tangential optical soft xray chord 14 |
\TOSXR_LOW_15
|
\USXR::TOP.A6:CHORD15_CAL
|
Low tangential optical soft xray chord 15 |
\TOSXR_MED_00
|
\USXR::TOP.A7:CHORD00_CAL
|
Med tangential optical soft xray chord 00 |
\TOSXR_MED_01
|
\USXR::TOP.A7:CHORD01_CAL
|
Med tangential optical soft xray chord 01 |
\TOSXR_MED_02
|
\USXR::TOP.A7:CHORD02_CAL
|
Med tangential optical soft xray chord 02 |
\TOSXR_MED_03
|
\USXR::TOP.A7:CHORD03_CAL
|
Med tangential optical soft xray chord 03 |
\TOSXR_MED_04
|
\USXR::TOP.A7:CHORD04_CAL
|
Med tangential optical soft xray chord 04 |
\TOSXR_MED_05
|
\USXR::TOP.A7:CHORD05_CAL
|
Med tangential optical soft xray chord 05 |
\TOSXR_MED_06
|
\USXR::TOP.A7:CHORD06_CAL
|
Med tangential optical soft xray chord 06 |
\TOSXR_MED_07
|
\USXR::TOP.A7:CHORD07_CAL
|
Med tangential optical soft xray chord 07 |
\TOSXR_MED_08
|
\USXR::TOP.A7:CHORD08_CAL
|
Med tangential optical soft xray chord 08 |
\TOSXR_MED_09
|
\USXR::TOP.A7:CHORD09_CAL
|
Med tangential optical soft xray chord 09 |
\TOSXR_MED_10
|
\USXR::TOP.A7:CHORD10_CAL
|
Med tangential optical soft xray chord 10 |
\TOSXR_MED_11
|
\USXR::TOP.A7:CHORD11_CAL
|
Med tangential optical soft xray chord 11 |
\TOSXR_MED_12
|
\USXR::TOP.A7:CHORD12_CAL
|
Med tangential optical soft xray chord 12 |
\TOSXR_MED_13
|
\USXR::TOP.A7:CHORD13_CAL
|
Med tangential optical soft xray chord 13 |
\TOSXR_MED_14
|
\USXR::TOP.A7:CHORD14_CAL
|
Med tangential optical soft xray chord 14 |
\TOSXR_MED_15
|
\USXR::TOP.A7:CHORD15_CAL
|
Med tangential optical soft xray chord 15 |
\TOSXR_HIGH_00
|
\USXR::TOP.A8:CHORD00_CAL
|
High tangential optical soft xray chord 00 |
\TOSXR_HIGH_01
|
\USXR::TOP.A8:CHORD01_CAL
|
High tangential optical soft xray chord 01 |
\TOSXR_HIGH_02
|
\USXR::TOP.A8:CHORD02_CAL
|
High tangential optical soft xray chord 02 |
\TOSXR_HIGH_03
|
\USXR::TOP.A8:CHORD03_CAL
|
High tangential optical soft xray chord 03 |
\TOSXR_HIGH_04
|
\USXR::TOP.A8:CHORD04_CAL
|
High tangential optical soft xray chord 04 |
\TOSXR_HIGH_05
|
\USXR::TOP.A8:CHORD05_CAL
|
High tangential optical soft xray chord 05 |
\TOSXR_HIGH_06
|
\USXR::TOP.A8:CHORD06_CAL
|
High tangential optical soft xray chord 06 |
\TOSXR_HIGH_07
|
\USXR::TOP.A8:CHORD07_CAL
|
High tangential optical soft xray chord 07 |
\TOSXR_HIGH_08
|
\USXR::TOP.A8:CHORD08_CAL
|
High tangential optical soft xray chord 08 |
\TOSXR_HIGH_09
|
\USXR::TOP.A8:CHORD09_CAL
|
High tangential optical soft xray chord 09 |
\TOSXR_HIGH_10
|
\USXR::TOP.A8:CHORD10_CAL
|
High tangential optical soft xray chord 10 |
\TOSXR_HIGH_11
|
\USXR::TOP.A8:CHORD11_CAL
|
High tangential optical soft xray chord 11 |
\TOSXR_HIGH_12
|
\USXR::TOP.A8:CHORD12_CAL
|
High tangential optical soft xray chord 12 |
\TOSXR_HIGH_13
|
\USXR::TOP.A8:CHORD13_CAL
|
High tangential optical soft xray chord 13 |
\TOSXR_HIGH_14
|
\USXR::TOP.A8:CHORD14_CAL
|
High tangential optical soft xray chord 14 |
\TOSXR_HIGH_15
|
\USXR::TOP.A8:CHORD15_CAL
|
High tangential optical soft xray chord 15 |
| no tag available |
\USXR::TOP.GBOT:CHORD_00
|
Gbot chord 00 |
| no tag available |
\USXR::TOP.GBOT:CHORD_01
|
Gbot chord 01 |
| no tag available |
\USXR::TOP.GBOT:CHORD_02
|
Gbot chord 02 |
\USXR_GBOT_03
|
\USXR::TOP.GBOT:CHORD_03
|
Gbot chord 03 |
| no tag available |
\USXR::TOP.GBOT:CHORD_04
|
Gbot chord 04 |
| no tag available |
\USXR::TOP.GBOT:CHORD_05
|
Gbot chord 05 |
\USXR_GBOT_06
|
\USXR::TOP.GBOT:CHORD_06
|
Gbot chord 06 |
\USXR_GBOT_07
|
\USXR::TOP.GBOT:CHORD_07
|
Gbot chord 07 |
| no tag available |
\USXR::TOP.GBOT:CHORD_08
|
Gbot chord 08 |
| no tag available |
\USXR::TOP.GBOT:CHORD_09
|
Gbot chord 09 |
| no tag available |
\USXR::TOP.GBOT:CHORD_10
|
Gbot chord 10 |
\USXR_GBOT_11
|
\USXR::TOP.GBOT:CHORD_11
|
Gbot chord 11 |
| no tag available |
\USXR::TOP.GBOT:CHORD_12
|
Gbot chord 12 |
\USXR_GBOT_13
|
\USXR::TOP.GBOT:CHORD_13
|
Gbot chord 13 |
\USXR_GBOT_14
|
\USXR::TOP.GBOT:CHORD_14
|
Gbot chord 14 |
\USXR_GBOT_15
|
\USXR::TOP.GBOT:CHORD_15
|
Gbot chord 15 |
\USXR_GTOP_00
|
\USXR::TOP.GTOP:CHORD_00
|
Gtop chord 00 |
| no tag available |
\USXR::TOP.GTOP:CHORD_01
|
Gtop chord 01 |
| no tag available |
\USXR::TOP.GTOP:CHORD_02
|
Gtop chord 02 |
\USXR_GTOP_03
|
\USXR::TOP.GTOP:CHORD_03
|
Gtop chord 03 |
\USXR_GTOP_04
|
\USXR::TOP.GTOP:CHORD_04
|
Gtop chord 04 |
| no tag available |
\USXR::TOP.GTOP:CHORD_05
|
Gtop chord 05 |
| no tag available |
\USXR::TOP.GTOP:CHORD_06
|
Gtop chord 06 |
| no tag available |
\USXR::TOP.GTOP:CHORD_07
|
Gtop chord 07 |
\USXR_GTOP_08
|
\USXR::TOP.GTOP:CHORD_08
|
Gtop chord 08 |
\USXR_GTOP_09
|
\USXR::TOP.GTOP:CHORD_09
|
Gtop chord 09 |
\USXR_GTOP_10
|
\USXR::TOP.GTOP:CHORD_10
|
Gtop chord 10 |
| no tag available |
\USXR::TOP.GTOP:CHORD_11
|
Gtop chord 11 |
| no tag available |
\USXR::TOP.GTOP:CHORD_12
|
Gtop chord 12 |
| no tag available |
\USXR::TOP.GTOP:CHORD_13
|
Gtop chord 13 |
| no tag available |
\USXR::TOP.GTOP:CHORD_14
|
Gtop chord 14 |
| no tag available |
\USXR::TOP.GTOP:CHORD_15
|
Gtop chord 15 |
\USXR_HDOWN_00
|
\USXR::TOP.HDOWN:CHORD_00
|
Horizontal down chord 00 (midplane) |
| no tag available |
\USXR::TOP.HDOWN:CHORD_01
|
Horizontal down chord 01 |
| no tag available |
\USXR::TOP.HDOWN:CHORD_02
|
Horizontal down chord 02 |
| no tag available |
\USXR::TOP.HDOWN:CHORD_03
|
Horizontal down chord 03 |
| no tag available |
\USXR::TOP.HDOWN:CHORD_04
|
Horizontal down chord 04 |
\USXR_HDOWN_05
|
\USXR::TOP.HDOWN:CHORD_05
|
Horizontal down chord 05 |
\USXR_HDOWN_06
|
\USXR::TOP.HDOWN:CHORD_06
|
Horizontal down chord 06 |
| no tag available |
\USXR::TOP.HDOWN:CHORD_07
|
Horizontal down chord 07 |
| no tag available |
\USXR::TOP.HDOWN:CHORD_08
|
Horizontal down chord 08 |
\USXR_HDOWN_09
|
\USXR::TOP.HDOWN:CHORD_09
|
Horizontal down chord 09 |
\USXR_HDOWN_10
|
\USXR::TOP.HDOWN:CHORD_10
|
Horizontal down chord 10 |
\USXR_HDOWN_11
|
\USXR::TOP.HDOWN:CHORD_11
|
Horizontal down chord 11 |
\USXR_HDOWN_12
|
\USXR::TOP.HDOWN:CHORD_12
|
Horizontal down chord 12 |
\USXR_HDOWN_13
|
\USXR::TOP.HDOWN:CHORD_13
|
Horizontal down chord 13 |
\USXR_HDOWN_14
|
\USXR::TOP.HDOWN:CHORD_14
|
Horizontal down chord 14 |
\USXR_HUP_00
|
\USXR::TOP.HUP:CHORD_00
|
Horizontal up chord 00 |
| no tag available |
\USXR::TOP.HUP:CHORD_01
|
Horizontal up chord 01 |
| no tag available |
\USXR::TOP.HUP:CHORD_02
|
Horizontal up chord 02 |
\USXR_HUP_03
|
\USXR::TOP.HUP:CHORD_03
|
Horizontal up chord 03 |
\USXR_HUP_04
|
\USXR::TOP.HUP:CHORD_04
|
Horizontal up chord 04 |
| no tag available |
\USXR::TOP.HUP:CHORD_05
|
Horizontal up chord 05 |
| no tag available |
\USXR::TOP.HUP:CHORD_06
|
Horizontal up chord 06 |
\USXR_HUP_07
|
\USXR::TOP.HUP:CHORD_07
|
Horizontal up chord 07 |
| no tag available |
\USXR::TOP.HUP:CHORD_08
|
Horizontal up chord 08 |
| no tag available |
\USXR::TOP.HUP:CHORD_09
|
Horizontal up chord 09 |
| no tag available |
\USXR::TOP.HUP:CHORD_10
|
Horizontal up chord 10 |
| no tag available |
\USXR::TOP.HUP:CHORD_11
|
Horizontal up chord 11 |
| no tag available |
\USXR::TOP.HUP:CHORD_12
|
Horizontal up chord 12 |
| no tag available |
\USXR::TOP.HUP:CHORD_13
|
Horizontal up chord 13 |
| no tag available |
\USXR::TOP.HUP:CHORD_14
|
Horizontal up chord 14 (midplane) |
\USXR_VTOP_00
|
\USXR::TOP.VTOP:CHORD_00
|
Vertical top chord 00 (outboard) |
\USXR_VTOP_01
|
\USXR::TOP.VTOP:CHORD_01
|
Vertical top chord 01 |
\USXR_VTOP_02
|
\USXR::TOP.VTOP:CHORD_02
|
Vertical top chord 02 |
\USXR_VTOP_03
|
\USXR::TOP.VTOP:CHORD_03
|
Vertical top chord 03 |
\USXR_VTOP_04
|
\USXR::TOP.VTOP:CHORD_04
|
Vertical top chord 04 |
\USXR_VTOP_05
|
\USXR::TOP.VTOP:CHORD_05
|
Vertical top chord 05 |
\USXR_VTOP_06
|
\USXR::TOP.VTOP:CHORD_06
|
Vertical top chord 06 |
\USXR_VTOP_07
|
\USXR::TOP.VTOP:CHORD_07
|
Vertical top chord 07 |
\USXR_VTOP_08
|
\USXR::TOP.VTOP:CHORD_08
|
Vertical top chord 08 |
\USXR_VTOP_09
|
\USXR::TOP.VTOP:CHORD_09
|
Vertical top chord 09 |
\USXR_VTOP_10
|
\USXR::TOP.VTOP:CHORD_10
|
Vertical top chord 10 |
\USXR_VTOP_11
|
\USXR::TOP.VTOP:CHORD_11
|
Vertical top chord 11 |
\USXR_VTOP_12
|
\USXR::TOP.VTOP:CHORD_12
|
Vertical top chord 12 |
\USXR_VTOP_13
|
\USXR::TOP.VTOP:CHORD_13
|
Vertical top chord 13 |
\USXR_VTOP_14
|
\USXR::TOP.VTOP:CHORD_14
|
Vertical top chord 14 |
\USXR_VTOP_15
|
\USXR::TOP.VTOP:CHORD_15
|
Vertical top chord 15 |
| Tag | Full Path to Node | Label/Description |
|---|---|---|
\CII
|
\WF::TOP:CII
|
C-ii emission |
\CIII
|
\WF::TOP:CIII
|
C-iii emission |
\CSXR
|
\WF::TOP:CSXR
|
Central soft x-ray |
\DALPHA
|
\WF::TOP:DALPHA
|
H-alpha bay c |
\HALPHA
|
\WF::TOP:HALPHA
|
H_alpha emission bay g |
\ICHI
|
\WF::TOP:ICHI
|
Chi coil current |
\IOH
|
\WF::TOP:IOH
|
Oh coil current |
\IP
|
\WF::TOP:IP
|
Plasma current |
\IPF1AL
|
\WF::TOP:IPF1AL
|
Pf1al coil current |
\IPF1AU
|
\WF::TOP:IPF1AU
|
Pf1au coil current |
\IPF1B
|
\WF::TOP:IPF1B
|
Pf1b coil current |
\IPF2L
|
\WF::TOP:IPF2L
|
Pf2l coil current |
\IPF2U
|
\WF::TOP:IPF2U
|
Pf2u coil current |
\IPF3L
|
\WF::TOP:IPF3L
|
Pf3l coil current |
\IPF3U
|
\WF::TOP:IPF3U
|
Pf3u coil current |
\IPF4
|
\WF::TOP:IPF4
|
Pf4 coil current |
\IPF5
|
\WF::TOP:IPF5
|
Pf5 coil current |
\ITF
|
\WF::TOP:ITF
|
Tf coil current |
\MIRNOV_RMS
|
\WF::TOP:MIRNOV_RMS
|
Mirnov rms |
\NEL
|
\WF::TOP:NEL
|
Line-integrated density |
\PNB
|
\WF::TOP:PNB
|
Neutral beam power |
\PRAD
|
\WF::TOP:PRAD
|
Radiated power |
\PRF
|
\WF::TOP:PRF
|
Rf power |
\PTOT
|
\WF::TOP:PTOT
|
Total input power |
\VCHI
|
\WF::TOP:VCHI
|
Chi voltage |
\VLOOP
|
\WF::TOP:VLOOP
|
Loop voltage |
| no tag available |
\WF::TOP:CIII
|
C-iii emission |
| no tag available |
\WF::TOP:HALPHA
|
H_alpha emission bay g |
| no tag available |
\WF::TOP:IPF1AL
|
Pf1al coil current |
| no tag available |
\WF::TOP:IPF2U
|
Pf2u coil current |
| no tag available |
\WF::TOP:IPF5
|
Pf5 coil current |
| no tag available |
\WF::TOP:NEL
|
Line-integrated density |
| no tag available |
\WF::TOP:PRF
|
Rf power |
| no tag available |
\WF::TOP:VCHI
|
Chi voltage |