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Basic Information for SCIPP-PRO_LS-0645
Brief description of DB components associated to this Module and associated tests
SensorIVSvc::read INFO Using measurement with voltage 700.040000 and current 0.079570 for current stability calculation
SensorIVSvc::read INFO Using measurement with voltage 700.040000 and current 0.079470 for current stability calculation
SensorIVSvc::read INFO Using measurement with voltage 700.040000 and current 0.079470 for current stability calculation
SensorIVSvc::read INFO Using measurement with voltage 700.040000 and current 0.078270 for current stability calculation
SensorIVSvc::CalculateVBD INFO Average voltage 4.940000, current 0.016825, dIdV 0.002954
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.867459 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 14.890000, current 0.034985, dIdV 0.000712
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.302855 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 24.910000, current 0.042820, dIdV 0.000852
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.495812 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 34.919998, current 0.048960, dIdV 0.000374
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.266750 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 44.919998, current 0.053600, dIdV 0.000554
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.464285 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 54.930000, current 0.057340, dIdV 0.000194
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.185475 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 64.949997, current 0.058480, dIdV 0.000034
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.037686 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 74.970001, current 0.058320, dIdV -0.000066
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.084673 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 84.880005, current 0.058665, dIdV 0.000138
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.199312 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 94.889999, current 0.059055, dIdV -0.000056
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.089616 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 105.010002, current 0.059640, dIdV 0.000174
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.305756 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 115.040001, current 0.060980, dIdV 0.000094
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.176626 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 125.059998, current 0.061620, dIdV 0.000034
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.069004 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 135.050003, current 0.061960, dIdV 0.000034
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.074256 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 145.059998, current 0.062250, dIdV 0.000024
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.055704 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 155.059998, current 0.061040, dIdV -0.000267
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.678434 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 165.050003, current 0.060530, dIdV 0.000164
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.446294 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 175.080002, current 0.062020, dIdV 0.000133
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.376770 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 185.110001, current 0.062105, dIdV -0.000117
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.348034 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 195.110001, current 0.061795, dIdV 0.000055
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.174004 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 205.089996, current 0.062890, dIdV 0.000164
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.535891 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 215.089996, current 0.063880, dIdV 0.000034
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.114253 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 225.100006, current 0.064770, dIdV 0.000144
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.500454 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 235.130005, current 0.066155, dIdV 0.000132
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.469893 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 245.150009, current 0.067790, dIdV 0.000194
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.702971 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 255.149994, current 0.068680, dIdV -0.000016
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.059322 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 265.149994, current 0.068520, dIdV -0.000016
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.062039 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 275.149994, current 0.068860, dIdV 0.000084
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.334976 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 285.160004, current 0.069750, dIdV 0.000094
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.384302 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 295.190002, current 0.070190, dIdV -0.000006
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.025083 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 305.049988, current 0.071090, dIdV 0.000193
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.826225 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 314.890015, current 0.069935, dIdV -0.000416
SensorIVSvc::CalculateVBD INFO V_avg_BD -1.873841 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 324.910004, current 0.068920, dIdV 0.000214
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.006848 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 334.940002, current 0.069910, dIdV -0.000016
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.076351 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 344.949982, current 0.069400, dIdV -0.000086
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.428316 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 354.929993, current 0.068640, dIdV -0.000066
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.341963 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 364.929993, current 0.069730, dIdV 0.000283
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.483339 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 374.940002, current 0.071420, dIdV 0.000054
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.283489 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 384.950012, current 0.072410, dIdV 0.000144
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.764013 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 394.959991, current 0.072750, dIdV -0.000076
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.412604 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 404.959991, current 0.071890, dIdV -0.000096
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.540773 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 414.959991, current 0.070380, dIdV -0.000206
SensorIVSvc::CalculateVBD INFO V_avg_BD -1.214575 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 424.979980, current 0.069370, dIdV 0.000004
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.024407 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 435.010010, current 0.070310, dIdV 0.000184
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.136141 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 444.949982, current 0.070955, dIdV -0.000056
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.349795 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 454.920013, current 0.071745, dIdV 0.000211
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.339869 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 464.959991, current 0.071580, dIdV -0.000246
SensorIVSvc::CalculateVBD INFO V_avg_BD -1.597935 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 474.979980, current 0.071220, dIdV 0.000173
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.155816 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 485.000000, current 0.071510, dIdV -0.000116
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.786743 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 495.010010, current 0.071450, dIdV 0.000104
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.719080 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 505.010010, current 0.072790, dIdV 0.000164
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.140096 and VBD limit 5.550100
SensorIVSvc::CalculateVBD INFO Average voltage 515.010010, current 0.073130, dIdV -0.000096
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.674720 and VBD limit 5.650100
SensorIVSvc::CalculateVBD INFO Average voltage 525.020020, current 0.072920, dIdV 0.000054
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.388797 and VBD limit 5.750200
SensorIVSvc::CalculateVBD INFO Average voltage 535.000000, current 0.073460, dIdV 0.000054
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.394855 and VBD limit 5.850000
SensorIVSvc::CalculateVBD INFO Average voltage 544.979980, current 0.073500, dIdV -0.000046
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.341076 and VBD limit 5.949800
SensorIVSvc::CalculateVBD INFO Average voltage 554.979980, current 0.072940, dIdV -0.000066
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.502175 and VBD limit 6.049800
SensorIVSvc::CalculateVBD INFO Average voltage 564.979980, current 0.073630, dIdV 0.000204
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.565339 and VBD limit 6.149800
SensorIVSvc::CalculateVBD INFO Average voltage 574.969971, current 0.074320, dIdV -0.000066
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.511626 and VBD limit 6.249700
SensorIVSvc::CalculateVBD INFO Average voltage 584.960022, current 0.074610, dIdV 0.000124
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.972189 and VBD limit 6.349600
SensorIVSvc::CalculateVBD INFO Average voltage 594.989990, current 0.075200, dIdV -0.000006
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.047189 and VBD limit 6.449900
SensorIVSvc::CalculateVBD INFO Average voltage 604.989990, current 0.074690, dIdV -0.000097
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.782295 and VBD limit 6.549900
SensorIVSvc::CalculateVBD INFO Average voltage 614.970032, current 0.074230, dIdV 0.000004
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.033072 and VBD limit 6.649700
SensorIVSvc::CalculateVBD INFO Average voltage 624.969971, current 0.075270, dIdV 0.000204
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.697215 and VBD limit 6.749700
SensorIVSvc::CalculateVBD INFO Average voltage 634.979980, current 0.077060, dIdV 0.000153
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.263915 and VBD limit 6.849800
SensorIVSvc::CalculateVBD INFO Average voltage 645.000000, current 0.078950, dIdV 0.000224
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.830019 and VBD limit 6.950000
SensorIVSvc::CalculateVBD INFO Average voltage 655.030029, current 0.080090, dIdV 0.000004
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.032520 and VBD limit 7.050300
SensorIVSvc::CalculateVBD INFO Average voltage 665.039978, current 0.080230, dIdV 0.000024
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.199739 and VBD limit 7.150400
SensorIVSvc::CalculateVBD INFO Average voltage 675.020020, current 0.080870, dIdV 0.000104
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.868086 and VBD limit 7.250200
SensorIVSvc::CalculateVBD INFO Average voltage 685.030029, current 0.081610, dIdV 0.000044
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.368596 and VBD limit 7.350300
SensorIVSvc::CalculateVBD INFO Average voltage 695.039978, current 0.080700, dIdV -0.000226
SensorIVSvc::CalculateVBD INFO V_avg_BD -1.946456 and VBD limit 7.450400
SensorIVSvc::CalculateVBD INFO Calculated VBD to be 690.039978
SensorIVSvc::read INFO Mean voltage for current stability 0.079195 calculated with 4 points
SensorIVSvc::read INFO RMS current stability 0.006763
IService::UPLOADDB INFO Working on test code MODULE_IV_PS_V1
SensorIVSvc::uploadDB INFO Formatting database upload for MODULE_IV_PS_V1 and run number 1
SensorIVSvc::writeOutput INFO Writing results output file /home/data/output//SensorIV_PostTabIV_PPB_v1//SCIPP-PRO_LS-0645/1//20USBML1239327-HV_TAB_ATTACHED_IV_001.dat
SensorIVSvc::getDate INFO Parsing date 2026-05-15T16:20:56.342+00:00...
SensorIVSvc::getDate INFO Year 2026
SensorIVSvc::getDate INFO Month 5
SensorIVSvc::getDate INFO Day 15
SensorIVSvc::getDate INFO Hour 16
SensorIVSvc::getDate INFO Minute 20
SensorIVSvc::getDate INFO Second 56
SensorIVSvc::getDate INFO Offset 0:0
SensorIVSvc::getDate INFO Converted month into string May
SensorIVSvc::getDate INFO FINALLY obtained 15 May 2026
IService::UPLOADDB INFO Working on test code VISUAL_INSPECTION
SensorIVSvc::uploadDB INFO Formatting database upload for VISUAL_INSPECTION and run number 1
IService::log INFO Logging status 0111 for component SCIPP-PRO_LS-0645
IService::install INFO Installing output directory to /home/data/modules/SCIPP-PRO_LS-0645/SensorIV_PostTabIV_PPB_v1-1/
IService::install INFO Installed warningLog.txt...
IService::install INFO Installed errorLog.txt...
IService::install INFO Installed infoLog.txt...
IService::install INFO Installed IVCurve.pdf...
IService::install INFO Installed 20USBML1239327-HV_TAB_ATTACHED_IV_001.dat...
IService::install INFO Installed DB_READY_MODULE_MODULE_IV_PS_V1.json...
IService::install INFO Installed DB_READY_MODULE_VISUAL_INSPECTION.json...
IService::install INFO Installed SCIPP-PRO_LS-0645.root...
IService::install INFO Installed status.json...
TopControl::monitor INFO Service with algoirthm name SensorIV_Module_PPB_v1 ignored through users request!
TopControl::monitor INFO Service with algoirthm name SensorIV_AMACIV_PPB_v1 ignored through users request!
TopControl::monitor INFO Service with algoirthm name SixWayJig_Y_slots ignored through users request!
TopControl::monitor INFO Service with algoirthm name HybridMetrology ignored through users request!
TopControl::monitor INFO Service with algoirthm name HybridPanelMetrology ignored through users request!
TopControl::monitor INFO Service with algoirthm name HybridPanelMetrology_v7 ignored through users request!
TopControl::monitor INFO Service with algoirthm name HybridMetrology_v8 ignored through users request!
TopControl::monitor INFO Service with algoirthm name HybridMetrology_Y_v8 ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyHybrid_v10 ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyHybrid_v10-beta ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyHybrid_PROD_Y_v0_thin ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyHybrid_PROD_Y_v0_thin_interposer ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyHybrid_PROD_X_v2 ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyHybrid_PROD_X_v2_thick ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyHybrid_PROD_X_v2_interposer ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyHybrid_PROD_X_v2_thick_interposer ignored through users request!
TopControl::monitor INFO Service with algoirthm name HybridToSensorMetrology_v2a ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyModules_v8 ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyModules_v8a ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyModules_PPA_SS_v1 ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyModules_PPB_SS_v1 ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyModules_PPB_SS_wuerth_v1 ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyModules_PPB_LS_v1 ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyModules_PROD_LS_v1 ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyModules_PROD_SS_v1 ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyModules_PROD_LS_v1_thin ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyModules_PROD_LS_v1_interposer ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyModules_PROD_LS_v1_thin_interposer ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyModules_PROD_SS_v1_thin ignored through users request!
TopControl::monitor INFO Service with algoirthm name MetrologyModules_PROD_SS_v1_thin_interposer ignored through users request!
TopControl::monitor INFO Service with algoirthm name ModuleLS_Bow_PPA_v0 ignored through users request!
TopControl::monitor INFO Service with algoirthm name ModuleSS_Bow_PPA_v0 ignored through users request!
TopControl::monitor INFO Service with algoirthm name ElectricalHybrids ignored through users request!
TopControl::monitor INFO Service with algoirthm name ElectricalHybrids_PPB_v1 ignored through users request!
TopControl::monitor INFO Service with algoirthm name BurnInHybrids_PPB_v1 ignored through users request!
TopControl::monitor INFO Service with algoirthm name BurnInHybrids_PROD_v2 ignored through users request!
TopControl::monitor INFO Service with algoirthm name ElectricalModules_PPA_v1 ignored through users request!
TopControl::monitor INFO Service with algoirthm name TCModules_PROD_v0 ignored through users request!
Metadata
Value
Component type
ATLAS18LS
Operator
FMM
Date
2026-05-15T16:20:56.342+00:00
Institute
UCSC
Power supply
CAEN_DT1415ET
Temperarture [C]
20.8
Humidity
1.2
Current per area @500V
0.701
Breakdown voltage
690.040
Current stability (RMS@700V)
0.007
The current measurements are calibrated to a common temperature using the following relationship:
$$I_{temp}^{SF} = \left ( \frac{T_{ref}}{T_{meas}} \right )^{2} \times e^{eE_{g}^{Si} \frac{T_{ref}-T_{meas}}{2 k_{B} T_{ref} T_{meas} }} $$
where \( T_{ref} \) is the reference temperature,
\( T_{meas} \) is the temperatured measured during the test,
\( e \) is the electric charge,
\( E_{g}^{Si} \) is the band gap energy of silicon, and
\( k_{B} \) is the Boltzman constant