SensorIVSvc::read INFO Using measurement with voltage -700.100000 and current -0.169100 for current stability calculation
SensorIVSvc::read INFO Using measurement with voltage -700.100000 and current -0.168900 for current stability calculation
SensorIVSvc::read INFO Using measurement with voltage -700.100000 and current -0.168600 for current stability calculation
SensorIVSvc::read INFO Using measurement with voltage -700.100000 and current -0.169600 for current stability calculation
SensorIVSvc::CalculateVBD INFO Average voltage 5.000000, current 0.019300, dIdV 0.003860
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.000000 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 15.000000, current 0.057000, dIdV 0.003680
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.968421 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 25.000000, current 0.086200, dIdV 0.002160
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.626450 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 35.000000, current 0.098000, dIdV 0.000200
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.071429 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 45.049999, current 0.101350, dIdV 0.000465
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.206846 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 55.099998, current 0.103200, dIdV -0.000100
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.053391 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 65.099998, current 0.107500, dIdV 0.000960
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.581358 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 75.099998, current 0.109850, dIdV -0.000490
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.334993 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 85.050003, current 0.108900, dIdV 0.000303
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.236664 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 95.050003, current 0.111150, dIdV 0.000149
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.127003 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 105.050003, current 0.113000, dIdV 0.000222
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.206588 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 115.000000, current 0.116350, dIdV 0.000450
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.444779 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 125.000000, current 0.118100, dIdV -0.000100
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.105843 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 135.000000, current 0.118200, dIdV 0.000120
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.137056 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 145.000000, current 0.117650, dIdV -0.000230
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.283468 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 155.000000, current 0.118700, dIdV 0.000440
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.574558 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 165.000000, current 0.119600, dIdV -0.000260
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.358696 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 175.050003, current 0.118100, dIdV -0.000040
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.058702 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 185.100006, current 0.120850, dIdV 0.000590
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.903674 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 195.100006, current 0.125000, dIdV 0.000240
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.374592 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 205.100006, current 0.124250, dIdV -0.000390
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.643775 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 215.100006, current 0.125200, dIdV 0.000580
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.996470 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 225.100006, current 0.128750, dIdV 0.000130
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.227285 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 235.100006, current 0.129700, dIdV 0.000060
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.108759 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 245.100006, current 0.126400, dIdV -0.000720
SensorIVSvc::CalculateVBD INFO V_avg_BD -1.396139 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 255.050003, current 0.126350, dIdV 0.000717
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.447682 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 265.000000, current 0.130350, dIdV 0.000090
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.182969 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 275.000000, current 0.130550, dIdV -0.000050
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.105324 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 285.000000, current 0.129550, dIdV -0.000150
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.329988 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 295.000000, current 0.131600, dIdV 0.000560
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.255319 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 305.000000, current 0.131850, dIdV -0.000510
SensorIVSvc::CalculateVBD INFO V_avg_BD -1.179750 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 315.000000, current 0.131050, dIdV 0.000350
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.841282 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 325.000000, current 0.133900, dIdV 0.000220
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.533981 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 335.000000, current 0.133550, dIdV -0.000290
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.727443 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 345.000000, current 0.134800, dIdV 0.000540
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.382047 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 355.049988, current 0.138200, dIdV 0.000139
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.356113 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 365.100006, current 0.137500, dIdV -0.000280
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.743476 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 375.100006, current 0.135500, dIdV -0.000120
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.332192 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 385.100006, current 0.137400, dIdV 0.000500
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.401383 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 395.049988, current 0.140650, dIdV 0.000152
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.425567 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 405.049988, current 0.139600, dIdV -0.000356
SensorIVSvc::CalculateVBD INFO V_avg_BD -1.034200 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 415.049988, current 0.138250, dIdV 0.000091
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.272925 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 425.000000, current 0.138700, dIdV 0.000000
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.000000 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 435.000000, current 0.140050, dIdV 0.000270
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.838629 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 445.000000, current 0.141650, dIdV 0.000050
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.157077 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 455.000000, current 0.142950, dIdV 0.000210
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.668416 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 465.000000, current 0.143350, dIdV -0.000130
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.421695 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 475.000000, current 0.143100, dIdV 0.000080
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.265549 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 485.000000, current 0.144100, dIdV 0.000120
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.403886 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 495.049988, current 0.145500, dIdV 0.000158
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.538995 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 505.100006, current 0.147950, dIdV 0.000330
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.126617 and VBD limit 5.551000
SensorIVSvc::CalculateVBD INFO Average voltage 515.099976, current 0.149100, dIdV -0.000100
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.345473 and VBD limit 5.651000
SensorIVSvc::CalculateVBD INFO Average voltage 525.099976, current 0.150400, dIdV 0.000360
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.256888 and VBD limit 5.751000
SensorIVSvc::CalculateVBD INFO Average voltage 535.099976, current 0.151400, dIdV -0.000160
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.565495 and VBD limit 5.851000
SensorIVSvc::CalculateVBD INFO Average voltage 545.099976, current 0.151600, dIdV 0.000200
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.719129 and VBD limit 5.951000
SensorIVSvc::CalculateVBD INFO Average voltage 555.049988, current 0.152400, dIdV -0.000040
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.147154 and VBD limit 6.050500
SensorIVSvc::CalculateVBD INFO Average voltage 565.000000, current 0.152650, dIdV 0.000090
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.333115 and VBD limit 6.150000
SensorIVSvc::CalculateVBD INFO Average voltage 575.000000, current 0.154200, dIdV 0.000220
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.820363 and VBD limit 6.250000
SensorIVSvc::CalculateVBD INFO Average voltage 585.000000, current 0.155300, dIdV 0.000000
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.000000 and VBD limit 6.350000
SensorIVSvc::CalculateVBD INFO Average voltage 595.000000, current 0.157000, dIdV 0.000340
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.288535 and VBD limit 6.450000
SensorIVSvc::CalculateVBD INFO Average voltage 605.000000, current 0.159100, dIdV 0.000080
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.304211 and VBD limit 6.550000
SensorIVSvc::CalculateVBD INFO Average voltage 615.000000, current 0.159650, dIdV 0.000030
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.115565 and VBD limit 6.650000
SensorIVSvc::CalculateVBD INFO Average voltage 625.000000, current 0.161100, dIdV 0.000260
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.008690 and VBD limit 6.750000
SensorIVSvc::CalculateVBD INFO Average voltage 635.000000, current 0.163050, dIdV 0.000130
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.506286 and VBD limit 6.850000
SensorIVSvc::CalculateVBD INFO Average voltage 645.049988, current 0.163900, dIdV 0.000040
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.155867 and VBD limit 6.950500
SensorIVSvc::CalculateVBD INFO Average voltage 655.099976, current 0.164050, dIdV -0.000010
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.039933 and VBD limit 7.051000
SensorIVSvc::CalculateVBD INFO Average voltage 665.099976, current 0.164850, dIdV 0.000170
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.685878 and VBD limit 7.151000
SensorIVSvc::CalculateVBD INFO Average voltage 675.099976, current 0.165800, dIdV 0.000020
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.081435 and VBD limit 7.251000
SensorIVSvc::CalculateVBD INFO Average voltage 685.099976, current 0.167900, dIdV 0.000400
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.632162 and VBD limit 7.351000
SensorIVSvc::CalculateVBD INFO Average voltage 695.099976, current 0.169500, dIdV -0.000080
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.328071 and VBD limit 7.451000
SensorIVSvc::CalculateVBD INFO Calculated VBD to be 690.099976
SensorIVSvc::read INFO Mean voltage for current stability 0.169050 calculated with 4 points
SensorIVSvc::read INFO RMS current stability 0.002153
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//Module_postHVTabIV_LS_v1//SCIPP-PPA_LS-003/1//20USBML1234642-HV_TAB_ATTACHED_IV_001.dat
SensorIVSvc::getDate INFO Parsing date 2021-11-20T00:11:57.472+00:00...
SensorIVSvc::getDate INFO Year 2021
SensorIVSvc::getDate INFO Month 11
SensorIVSvc::getDate INFO Day 20
SensorIVSvc::getDate INFO Hour 0
SensorIVSvc::getDate INFO Minute 11
SensorIVSvc::getDate INFO Second 57
SensorIVSvc::getDate INFO Offset 0:0
SensorIVSvc::getDate INFO Converted month into string Nov
SensorIVSvc::getDate INFO FINALLY obtained 20 Nov 2021
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 1111 for component SCIPP-PPA_LS-003
IService::install INFO Installing output directory to /home/data/modules/SCIPP-PPA_LS-003/Module_postHVTabIV_LS_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 20USBML1234642-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-PPA_LS-003.root...
IService::install INFO Installed status.json...
MetaData::readField INFO Reading file /home/data/upload//Module_postHVTabIV_LS_v1//SCIPP-PPA_LS-006.config
IService::next INFO Scheduling SCIPP-PPA_LS-006_SCIPP-PPA-LS-006.txt file to run...
IService::next INFO Writing results to /home/data/output//Module_postHVTabIV_LS_v1//SCIPP-PPA_LS-006/1/
Metadata
Value
Component type
BARREL_LS_MODULE
Operator
Tony Affolder
Date
2021-11-20T00:11:57.472+00:00
Institute
UCSC
Power supply
Keithley 2410
Temperarture [C]
21.70
Humidity
7.60
Current per area @500V
1.317
Breakdown voltage
690.100
Current stability (RMS@700V)
0.002
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
Glue weight for SCIPP-PPA_LS-003
Shown below are results for the glue weight measurements
IService::UPLOADDB INFO Working on test code GLUE_WEIGHT
GlueWeightSvc::uploadDB INFO Formatting database test for GLUE_WEIGHT
IService::UPLOADDB INFO Working on test code VISUAL_INSPECTION
IService::log INFO Logging status 1111 for component SCIPP-PPA_LS-003
IService::install INFO Installing output directory to /home/data/modules/SCIPP-PPA_LS-003/GlueWeightModule_LS_PPA-1/
IService::install INFO Installed warningLog.txt...
IService::install INFO Installed errorLog.txt...
IService::install INFO Installed infoLog.txt...
IService::install INFO Installed DB_COMMENTS.json...
IService::install INFO Installed DB_READY_MODULE_GLUE_WEIGHT.json...
IService::install INFO Installed DB_READY_MODULE_VISUAL_INSPECTION.json...
IService::install INFO Installed SCIPP-PPA_LS-003.root...
IService::install INFO Installed status.json...
MetaData::readField INFO Reading file /home/data/upload//GlueWeightModule_LS_PPA//SCIPP-PPA_LS-007.config
IService::next INFO Scheduling Data_SCIPP-PPA_LS-007.json file to run...
IService::next INFO Writing results to /home/data/output//GlueWeightModule_LS_PPA//SCIPP-PPA_LS-007/1/
Small spot of glue on sensor near ABC8 (approx 3 channels wide).
Glue squeezed out around pb as usual. PB was really warped.
Metadata
Value
Operator
Kirsten Affolder
Date
2021-12-03T01:15:34.436+00:00
X-hybrid program
LS_Hybrid.src
Powerboard program
LS_PB.src
Gluing method
Dispenser
Field
Weight/Volume
Weight bare sensor [g]
7.189
Weight of x-hybrid [g]
2.433
Weight of x-tabs [g]
0.193
Weight of back-end wirebonds
0.000
Weights of powerboard [g]
2.011
Weight of stuffed module [g]
11.691
Weight of glue [mg]
250.600
Metrology results
Shown below are the results of the module metrology scans
IService::getDependentSvc INFO Retrieving dependent service HybridMetrology_v8 for component GPC1938_X_015_A_H1
IService::getDependentSvc INFO Retrieving dependent service MetrologyHybrid_v10 for component GPC1938_X_015_A_H1
IService::getDependentSvc INFO Retrieving dependent service MetrologyHybrid_v10-beta for component GPC1938_X_015_A_H1
IService::getDependentSvc INFO Retrieving dependent service HybridMetrology_v8 for component VPX32418-W148
IService::getDependentSvc INFO Retrieving dependent service MetrologyHybrid_v10 for component VPX32418-W148
IService::getDependentSvc INFO Retrieving dependent service MetrologyHybrid_v10-beta for component VPX32418-W148
IService::UPLOADDB INFO Working on test code MODULE_METROLOGY
MetrologySvc::uploadDB INFO Doing DB upload...
MetrologySvc::writeOutput INFO Writing common output file /home/data/output//MetrologyModules_v8a//SCIPP-PPA_LS-003/1//Data__SCIPP-PPA_LS-003.txt
MetrologySvc::writeOutput INFO Writing results output file /home/data/output//MetrologyModules_v8a//SCIPP-PPA_LS-003/1//Results__SCIPP-PPA_LS-003.txt
MetrologySvc::writeOutput INFO Writing common output file /home/data/output//MetrologyModules_v8a//SCIPP-PPA_LS-003/1//Data__SCIPP-PPA_LS-003.txt
MetrologySvc::writeOutput INFO Writing results output file /home/data/output//MetrologyModules_v8a//SCIPP-PPA_LS-003/1//Results__SCIPP-PPA_LS-003.txt
IService::log INFO Logging status 1111 for component SCIPP-PPA_LS-003
IService::install INFO Installing output directory to /home/data/modules/SCIPP-PPA_LS-003/MetrologyModules_v8a-1/
IService::install INFO Installed warningLog.txt...
IService::install INFO Installed errorLog.txt...
IService::install INFO Installed infoLog.txt...
IService::install INFO Installed Summary.pdf...
IService::install INFO Installed TotalStackUp.pdf...
IService::install INFO Installed Positions.pdf...
IService::install INFO Installed Data__SCIPP-PPA_LS-003.txt...
IService::install INFO Installed Results__SCIPP-PPA_LS-003.txt...
IService::install INFO Installed Results.json...
IService::install INFO Installed DB_READY_MODULE_MODULE_METROLOGY.json...
IService::install INFO Installed SCIPP-PPA_LS-003.root...
IService::install INFO Installed status.json...
MetaData::readField INFO Reading file /home/data/upload//MetrologyModules_v8a//SCIPP-PPA_LS-004.config
IService::next INFO Scheduling SCIPP-PPA_LS-004_v8b-3.txt file to run...
IService::next INFO Writing results to /home/data/output//MetrologyModules_v8a//SCIPP-PPA_LS-004/1/
MetaData::getLocalName WARNING Could not find a local name for identifier 20USBP03000100
Metadata
Value
Component type
LS
Operator
Kirsten Affolder
Date
2021-11-08T18:15:28.990+00:00
Program version
v8a
Instrument
SmartScope Flash 250
The glue thicknesses are shown below.
The positions are defined as the hybrid cross fiducials and the circles on the powerboard
.
Height of components on the powerboard
.
Metrology results
Shown below are the results of the module metrology scans
MetrologySvc::analyzeBow INFO Minimum value after corrections is -9.076658
MetrologySvc::analyzeBow INFO Maximum value after corrections is 6.147572
MetrologySvc::analyzeBow INFO Extracted module bow is 15.224230
IService::UPLOADDB INFO Working on test code MODULE_BOW
MetrologySvc::uploadDB INFO Doing DB upload...
MetrologySvc::writeOutput INFO Writing common output file /home/data/output//ModuleLS_Bow_PPA_v0//SCIPP-PPA_LS-003/1//Data__SCIPP-PPA_LS-003.txt
MetrologySvc::writeOutput INFO Writing results output file /home/data/output//ModuleLS_Bow_PPA_v0//SCIPP-PPA_LS-003/1//Results__SCIPP-PPA_LS-003.txt
MetrologySvc::writeOutput INFO Writing common output file /home/data/output//ModuleLS_Bow_PPA_v0//SCIPP-PPA_LS-003/1//Data__SCIPP-PPA_LS-003.txt
MetrologySvc::writeOutput INFO Writing results output file /home/data/output//ModuleLS_Bow_PPA_v0//SCIPP-PPA_LS-003/1//Results__SCIPP-PPA_LS-003.txt
IService::log INFO Logging status 1111 for component SCIPP-PPA_LS-003
IService::install INFO Installing output directory to /home/data/modules/SCIPP-PPA_LS-003/ModuleLS_Bow_PPA_v0-1/
IService::install INFO Installed warningLog.txt...
IService::install INFO Installed errorLog.txt...
IService::install INFO Installed infoLog.txt...
IService::install INFO Installed Bow_uncorrected.pdf...
IService::install INFO Installed Bow_corrected.pdf...
IService::install INFO Installed Summary.pdf...
IService::install INFO Installed Data__SCIPP-PPA_LS-003.txt...
IService::install INFO Installed Results__SCIPP-PPA_LS-003.txt...
IService::install INFO Installed Results.json...
IService::install INFO Installed DB_READY_MODULE_MODULE_BOW.json...
IService::install INFO Installed SCIPP-PPA_LS-003.root...
IService::install INFO Installed status.json...
MetaData::readField INFO Reading file /home/data/upload//ModuleLS_Bow_PPA_v0//SCIPP-PPB_LS-020.config
IService::next INFO Scheduling SCIPP-PPB_LS-020_RAW_DATA.txt file to run...
IService::next INFO Writing results to /home/data/output//ModuleLS_Bow_PPA_v0//SCIPP-PPB_LS-020/1/
MetaData::getLocalName WARNING Could not find a local name for identifier 20USBP03000100
Metadata
Value
Component type
LS
Operator
Kirsten Affolder
Date
2022-01-29T02:09:00.231+00:00
Program version
v0
Instrument
SmartScope Flash 250
Measured bow
15.224
Module shape prior to tilt correction
Module shape after tilt correction
Wirebonding for SCIPP-PPA_LS-003
Wirebonding summaries will be given below
WireBondSvc::run INFO Loading group FAILED_HYBRID_TO_PB
WireBondSvc::run INFO Loading group FAILED_MODULE_TO_FRAME
WireBondSvc::run INFO Loading group FAILED_ROW_1
WireBondSvc::run INFO Loading group FAILED_ROW_2
WireBondSvc::run INFO Loading group FAILED_ROW_3
WireBondSvc::run INFO Loading group FAILED_ROW_4
WireBondSvc::run INFO Loading group REPAIRED_HYBRID_TO_PB
WireBondSvc::run INFO Loading group REPAIRED_MODULE_TO_FRAME
WireBondSvc::run INFO Loading group REPAIRED_ROW_1
WireBondSvc::run INFO Loading group REPAIRED_ROW_2
WireBondSvc::run INFO Loading group REPAIRED_ROW_3
WireBondSvc::run INFO Loading group REPAIRED_ROW_4
IService::UPLOADDB INFO Working on test code MODULE_WIRE_BONDING
IService::UPLOADDB INFO Working on test code VISUAL_INSPECTION
IService::log INFO Logging status 1111 for component SCIPP-PPA_LS-003
IService::install INFO Installing output directory to /home/data/modules/SCIPP-PPA_LS-003/ModuleBonding_v1-1/
IService::install INFO Installed warningLog.txt...
IService::install INFO Installed errorLog.txt...
IService::install INFO Installed infoLog.txt...
IService::install INFO Installed DB_READY_MODULE_MODULE_WIRE_BONDING.json...
IService::install INFO Installed DB_READY_MODULE_VISUAL_INSPECTION.json...
IService::install INFO Installed SCIPP-PPA_LS-003.root...
IService::install INFO Installed status.json...
MetaData::readField INFO Reading file /home/data/upload//ModuleBonding_v1//SCIPP-PPB_SS-013.config
IService::next INFO Scheduling ModuleBonding_SCIPP-PPB_SS-013.json file to run...
IService::next INFO Writing results to /home/data/output//ModuleBonding_v1//SCIPP-PPB_SS-013/1/
Metadata
Value
Date
2021-12-09T19:27:39.589+00:00
Operator
Forest Martinez-McKinney
Bonder
hk2
Version
v1
Bond number
Type
Comment
Module IV for SCIPP-PPA_LS-003
Shown below are results for the Module IV
SensorIVSvc::read INFO Using measurement with voltage -700.000000 and current -0.169400 for current stability calculation
SensorIVSvc::read INFO Using measurement with voltage -700.000000 and current -0.169700 for current stability calculation
SensorIVSvc::read INFO Using measurement with voltage -700.000000 and current -0.169000 for current stability calculation
SensorIVSvc::read INFO Using measurement with voltage -700.000000 and current -0.169400 for current stability calculation
SensorIVSvc::CalculateVBD INFO Average voltage 5.000000, current 0.021850, dIdV 0.004370
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.000000 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 15.000000, current 0.064350, dIdV 0.004130
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.962704 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 25.000000, current 0.091350, dIdV 0.001270
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.347564 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 35.000000, current 0.101450, dIdV 0.000750
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.258748 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 45.049999, current 0.106400, dIdV 0.000238
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.100610 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 55.099998, current 0.105850, dIdV -0.000350
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.182192 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 65.099998, current 0.108200, dIdV 0.000820
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.493364 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 75.050003, current 0.109600, dIdV -0.000545
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.373507 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 85.000000, current 0.107850, dIdV 0.000190
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.149745 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 95.000000, current 0.112150, dIdV 0.000670
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.567543 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 105.000000, current 0.116450, dIdV 0.000190
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.171318 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 115.000000, current 0.114200, dIdV -0.000640
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.644483 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 125.000000, current 0.113150, dIdV 0.000430
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.475033 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 135.000000, current 0.117050, dIdV 0.000350
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.403674 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 145.000000, current 0.119000, dIdV 0.000040
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.048739 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 155.000000, current 0.119600, dIdV 0.000080
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.103679 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 165.000000, current 0.121600, dIdV 0.000320
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.434211 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 175.000000, current 0.123900, dIdV 0.000140
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.197740 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 185.000000, current 0.125000, dIdV 0.000080
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.118400 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 195.000000, current 0.125700, dIdV 0.000060
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.093079 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 205.000000, current 0.121800, dIdV -0.000840
SensorIVSvc::CalculateVBD INFO V_avg_BD -1.413793 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 215.050003, current 0.122750, dIdV 0.001020
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.786627 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 225.100006, current 0.125300, dIdV -0.000520
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.934174 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 235.100006, current 0.124500, dIdV 0.000360
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.679807 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 245.050003, current 0.128700, dIdV 0.000485
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.923171 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 255.000000, current 0.130250, dIdV -0.000170
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.332821 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 265.000000, current 0.130600, dIdV 0.000240
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.486983 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 275.000000, current 0.130350, dIdV -0.000290
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.611814 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 285.000000, current 0.131550, dIdV 0.000530
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.148233 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 295.000000, current 0.134100, dIdV -0.000020
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.043997 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 305.000000, current 0.131450, dIdV -0.000510
SensorIVSvc::CalculateVBD INFO V_avg_BD -1.183340 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 315.000000, current 0.129350, dIdV 0.000090
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.219173 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 325.000000, current 0.133550, dIdV 0.000750
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.825159 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 335.000000, current 0.135050, dIdV -0.000450
SensorIVSvc::CalculateVBD INFO V_avg_BD -1.116253 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 345.000000, current 0.134550, dIdV 0.000350
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.897436 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 355.049988, current 0.137550, dIdV 0.000248
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.638922 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 365.100006, current 0.136800, dIdV -0.000400
SensorIVSvc::CalculateVBD INFO V_avg_BD -1.067544 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 375.100006, current 0.137150, dIdV 0.000470
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.285432 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 385.049988, current 0.138100, dIdV -0.000283
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.788581 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 395.000000, current 0.137550, dIdV 0.000170
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.488186 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 405.000000, current 0.140700, dIdV 0.000460
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.324094 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 415.000000, current 0.141050, dIdV -0.000390
SensorIVSvc::CalculateVBD INFO V_avg_BD -1.147465 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 425.000000, current 0.142100, dIdV 0.000600
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.794511 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 435.000000, current 0.144000, dIdV -0.000220
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.664583 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 445.000000, current 0.144400, dIdV 0.000300
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.924515 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 455.000000, current 0.144750, dIdV -0.000230
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.722971 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 465.000000, current 0.144600, dIdV 0.000200
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.643153 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 475.000000, current 0.145350, dIdV -0.000050
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.163399 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 485.000000, current 0.145550, dIdV 0.000090
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.299897 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 495.000000, current 0.146300, dIdV 0.000060
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.203008 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 505.000000, current 0.148750, dIdV 0.000430
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.459832 and VBD limit 5.550000
SensorIVSvc::CalculateVBD INFO Average voltage 515.049988, current 0.150650, dIdV -0.000050
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.169250 and VBD limit 5.650500
SensorIVSvc::CalculateVBD INFO Average voltage 525.049988, current 0.150800, dIdV 0.000081
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.281355 and VBD limit 5.750500
SensorIVSvc::CalculateVBD INFO Average voltage 535.049988, current 0.150850, dIdV -0.000069
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.245825 and VBD limit 5.850500
SensorIVSvc::CalculateVBD INFO Average voltage 545.049988, current 0.151150, dIdV 0.000131
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.473518 and VBD limit 5.950500
SensorIVSvc::CalculateVBD INFO Average voltage 555.000000, current 0.153150, dIdV 0.000270
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.978452 and VBD limit 6.050000
SensorIVSvc::CalculateVBD INFO Average voltage 565.000000, current 0.155350, dIdV 0.000170
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.618281 and VBD limit 6.150000
SensorIVSvc::CalculateVBD INFO Average voltage 575.000000, current 0.157350, dIdV 0.000230
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.840483 and VBD limit 6.250000
SensorIVSvc::CalculateVBD INFO Average voltage 585.000000, current 0.158500, dIdV 0.000000
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.000000 and VBD limit 6.350000
SensorIVSvc::CalculateVBD INFO Average voltage 595.000000, current 0.158550, dIdV 0.000010
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.037528 and VBD limit 6.450000
SensorIVSvc::CalculateVBD INFO Average voltage 605.000000, current 0.158100, dIdV -0.000100
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.382669 and VBD limit 6.550000
SensorIVSvc::CalculateVBD INFO Average voltage 615.000000, current 0.158300, dIdV 0.000140
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.543904 and VBD limit 6.650000
SensorIVSvc::CalculateVBD INFO Average voltage 625.000000, current 0.160400, dIdV 0.000280
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.091022 and VBD limit 6.750000
SensorIVSvc::CalculateVBD INFO Average voltage 635.000000, current 0.161750, dIdV -0.000010
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.039258 and VBD limit 6.850000
SensorIVSvc::CalculateVBD INFO Average voltage 645.000000, current 0.162250, dIdV 0.000110
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.437288 and VBD limit 6.950000
SensorIVSvc::CalculateVBD INFO Average voltage 655.000000, current 0.164500, dIdV 0.000340
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.353799 and VBD limit 7.050000
SensorIVSvc::CalculateVBD INFO Average voltage 665.049988, current 0.165550, dIdV -0.000129
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.517067 and VBD limit 7.150500
SensorIVSvc::CalculateVBD INFO Average voltage 675.099976, current 0.165400, dIdV 0.000100
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.408162 and VBD limit 7.251000
SensorIVSvc::CalculateVBD INFO Average voltage 685.099976, current 0.167450, dIdV 0.000310
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.268325 and VBD limit 7.351000
SensorIVSvc::CalculateVBD INFO Average voltage 695.049988, current 0.169200, dIdV 0.000040
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.165974 and VBD limit 7.450500
SensorIVSvc::CalculateVBD INFO Calculated VBD to be 690.099976
SensorIVSvc::read INFO Mean voltage for current stability 0.169375 calculated with 4 points
SensorIVSvc::read INFO RMS current stability 0.001469
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//ElectricalIV//SCIPP-PPA_LS-003/1//20USBML1234642-BONDED_IV_001.dat
SensorIVSvc::getDate INFO Parsing date 2021-12-02T03:52:36.850+00:00...
SensorIVSvc::getDate INFO Year 2021
SensorIVSvc::getDate INFO Month 12
SensorIVSvc::getDate INFO Day 2
SensorIVSvc::getDate INFO Hour 3
SensorIVSvc::getDate INFO Minute 52
SensorIVSvc::getDate INFO Second 36
SensorIVSvc::getDate INFO Offset 0:0
SensorIVSvc::getDate INFO Converted month into string Dec
SensorIVSvc::getDate INFO FINALLY obtained 02 Dec 2021
IService::log INFO Logging status 1111 for component SCIPP-PPA_LS-003
IService::install INFO Installing output directory to /home/data/modules/SCIPP-PPA_LS-003/ElectricalIV-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 20USBML1234642-BONDED_IV_001.dat...
IService::install INFO Installed DB_READY_MODULE_MODULE_IV_PS_V1.json...
IService::install INFO Installed SCIPP-PPA_LS-003.root...
IService::install INFO Installed status.json...
MetaData::readField INFO Reading file /home/data/upload//ModuleIV//SCIPP-PPA_SS-005.config
IService::next INFO Scheduling SCIPP-PPA_SS-005_SCIPP-PPA_SS-005.txt file to run...
IService::next INFO Writing results to /home/data/output//ElectricalIV//SCIPP-PPA_SS-005/1/
Metadata
Value
Component type
BARREL_LS_MODULE
Operator
Jacob Johnson
Date
2021-12-02T03:52:36.850+00:00
Institute
UCSC
Power supply
Keithley 2410
Temperarture [C]
21.70
Humidity
7.60
Current per area @500V
1.320
Breakdown voltage
690.100
Current stability (RMS@700V)
0.001
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
Electrical results
Electrical summaries will be given below
ElectricalSvc::getListOfFilesFromDir INFO Scanning for test files GPC1938_X_015_A_H1/20USBHX2000740
ElectricalSvc::getListOfFilesFromDir INFO Found file GPC1938_X_015_A_H1_RC_2_4.txt
ElectricalSvc::getListOfFilesFromDir INFO Found file GPC1938_X_015_A_H1_RC_2_7.txt
ElectricalSvc::getListOfFilesFromDir INFO Found file GPC1938_X_015_A_H1_20220224.txt
ElectricalSvc::getListOfJsonFilesFromDir INFO Scanning for test files GPC1938_X_015_A_H1/20USBHX2000740
ElectricalSvc::getListOfJsonFilesFromDir INFO Loading json fle GPC1938_X_015_A_H1_20220224_2_2.json
ElectricalSvc::getListOfJsonFilesFromDir INFO Loading json fle GPC1938_X_015_A_H1_20220224_2_3.json
ElectricalSvc::getListOfJsonFilesFromDir INFO Loading json fle GPC1938_X_015_A_H1_20220224_2_4.json
ElectricalSvc::getListOfJsonFilesFromDir INFO Loading json fle GPC1938_X_015_A_H1_20220224_2_7.json
ElectricalSvc::getListOfJsonFilesFromDir INFO Loading json fle GPC1938_X_015_A_H1_20220224_2_17.json
ElectricalSvc::read INFO Found 2 results files...
ElectricalSvc::read INFO Analyzing test ResponseCurve for component GPC1938_X_015_A_H1
ElectricalSvc::read INFO Detected 0 dead channels
ElectricalSvc::read INFO Detected 0 stuck channels
ElectricalSvc::read INFO Detected 0 low gain channels
ElectricalSvc::read INFO Detected 0 high gain channels
ElectricalSvc::read INFO Detected 0 low offset channels
ElectricalSvc::read INFO Detected 0 high offset channels
ElectricalSvc::read INFO Detected 0 unbonded channels
ElectricalSvc::read INFO Detected 0 part bonded channels
ElectricalSvc::read INFO Detected 31 high noise channels
ElectricalSvc::read INFO Detected 0 inefficient channels
ElectricalSvc::getListOfFilesFromDir INFO Scanning for test files VPX32418-W148/20USBSL0000148
ElectricalSvc::getListOfJsonFilesFromDir INFO Scanning for test files VPX32418-W148/20USBSL0000148
ElectricalSvc::read INFO Found 0 results files...
IService::getDependentSvc INFO Retrieving dependent service ElectricalHybrids for component GPC1938_X_015_A_H1
IService::getDependentSvc INFO Retrieving dependent service ElectricalHybrids_PPB_v1 for component GPC1938_X_015_A_H1
IService::getDependentSvc INFO Retrieving dependent service ElectricalHybrids for component VPX32418-W148
IService::getDependentSvc INFO Retrieving dependent service ElectricalHybrids_PPB_v1 for component VPX32418-W148
IService::UPLOADDB INFO Working on test code PEDESTAL_TRIM_PPA
IService::UPLOADDB INFO Working on test code STROBE_DELAY_PPA
IService::UPLOADDB INFO Working on test code RESPONSE_CURVE_PPA
IService::UPLOADDB INFO Working on test code NO_PPA
IService::log INFO Logging status 1111 for component SCIPP-PPA_LS-003
IService::install INFO Installing output directory to /home/data/modules/SCIPP-PPA_LS-003/ElectricalModules_PPA_v1-1/
IService::install INFO File already installed: warningLog.txt...
IService::install INFO File already installed: errorLog.txt...
IService::install INFO File already installed: infoLog.txt...
IService::install INFO File already installed: Gain_Channel1D.pdf...
IService::install INFO File already installed: DB_READY_PEDESTAL_TRIM_PPA_GPC1938_X_015_A_H1_20220224_2_2.json...
IService::install INFO File already installed: DB_READY_STROBE_DELAY_PPA_GPC1938_X_015_A_H1_20220224_2_3.json...
IService::install INFO File already installed: DB_READY_RESPONSE_CURVE_PPA_GPC1938_X_015_A_H1_20220224_2_4.json...
IService::install INFO File already installed: DB_READY_RESPONSE_CURVE_PPA_GPC1938_X_015_A_H1_20220224_2_7.json...
IService::install INFO File already installed: DB_READY_NO_PPA_GPC1938_X_015_A_H1_20220224_2_17.json...
IService::install INFO File already installed: SCIPP-PPA_LS-003.root...
IService::install INFO File already installed: status.json...
MetaData::readField INFO Reading file /home/data/upload//ElectricalModules_PPA_v1//SCIPP-PPA_LS-005.config
IService::next INFO Scheduling SCIPP-PPA_LS-005 file to run...
IService::next INFO Writing results to /home/data/output//ElectricalModules_PPA_v1//SCIPP-PPA_LS-005/1/
MetaData::getLocalName WARNING Could not find a local name for identifier 20USBP03000100
MetaData::getLocalName WARNING Could not find a local name for identifier 20USBP03000100
Defect
Number of channels (%)
Dead
0
Stuck
0
Low gain
0
High gain
0
Low offset
0
High offset
0
Unbonded
0
Part bonded
0
High noise
31
Inefficient
0
Figures of gain and noise, and correlations with wafer/hybrid level test results, if they exist.
