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.

ACTIVESPEC

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

CAMERAS

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

CAMERAS2

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

DERIVED

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

EDGE

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

EFIT01

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

ENGINEERING

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

IMBALANCE

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

MACHINE_INST

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

MICROWAVE

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

MSE

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

NBI

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.

OPERATIONS

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

OPS_PC

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

PARTICLES

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

PASSIVESPEC

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

PSPEC_PC

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

SFLIP

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

RF

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

USXR

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

WF

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