Shown below are the results of the module metrology scans
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_v8//SCIPP-M4-05/1//Data__SCIPP-M4-05.txt
MetrologySvc::writeOutput INFO Writing results output file /home/data/output//MetrologyModules_v8//SCIPP-M4-05/1//Results__SCIPP-M4-05.txt
MetrologySvc::writeOutput INFO Writing common output file /home/data/output//MetrologyModules_v8//SCIPP-M4-05/1//Data__SCIPP-M4-05.txt
MetrologySvc::writeOutput INFO Writing results output file /home/data/output//MetrologyModules_v8//SCIPP-M4-05/1//Results__SCIPP-M4-05.txt
IService::log INFO Logging status 1111 for component SCIPP-M4-05
IService::install INFO Installing output directory to /home/data/modules/SCIPP-M4-05/MetrologyModules_v8-1/
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-M4-05.txt...
IService::install INFO Installed Results__SCIPP-M4-05.txt...
IService::install INFO Installed Results.json...
IService::install INFO Installed DB_READY_MODULE_MODULE_METROLOGY.json...
IService::install INFO Installed SCIPP-M4-05.root...
IService::install INFO Installed status.json...
MetaData::readField INFO Reading file /home/data/upload//MetrologyModules_v8//SCIPP-M4-09.config
IService::next INFO Scheduling SCIPP-M4-09_24Sep2021.txt file to run...
IService::next INFO Writing results to /home/data/output//MetrologyModules_v8//SCIPP-M4-09/1/
MetrologySvc::PassFail WARNING Chip position (x,y) = (286.110000,-20.385000) is outside tolerance of [250,250] um
IService::PASSFAIL WARNING Service SCIPP-M4-05 has failed criteria!
Metadata
Value
Component type
LS
Operator
Matthew Gignac
Date
2021-04-29T18:57:20.262+00:00
Program version
v8
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
.
Module IV for SCIPP-M4-05
Shown below are results for the Module IV
SensorIVSvc::read INFO Using measurement with voltage -700.100000 and current -0.120900 for current stability calculation
SensorIVSvc::read INFO Using measurement with voltage -700.100000 and current -0.120700 for current stability calculation
SensorIVSvc::read INFO Using measurement with voltage -700.100000 and current -0.120000 for current stability calculation
SensorIVSvc::read INFO Using measurement with voltage -700.100000 and current -0.120300 for current stability calculation
SensorIVSvc::CalculateVBD INFO Average voltage 5.000000, current 0.008700, dIdV 0.001740
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.000000 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 15.000000, current 0.023700, dIdV 0.001260
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.797468 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 25.000000, current 0.033400, dIdV 0.000680
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.508982 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 35.000000, current 0.040150, dIdV 0.000670
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.584060 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 45.049999, current 0.043250, dIdV -0.000050
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.051565 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 55.099998, current 0.044150, dIdV 0.000230
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.287044 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 65.099998, current 0.043600, dIdV -0.000340
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.507661 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 75.099998, current 0.042700, dIdV 0.000160
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.281405 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 85.099998, current 0.043300, dIdV -0.000040
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.078614 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 95.099998, current 0.047550, dIdV 0.000890
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.780000 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 105.050003, current 0.049900, dIdV -0.000424
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.893120 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 115.000000, current 0.047750, dIdV -0.000010
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.024084 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 125.000000, current 0.051550, dIdV 0.000770
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.867119 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 135.000000, current 0.053200, dIdV -0.000440
SensorIVSvc::CalculateVBD INFO V_avg_BD -1.116541 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 145.000000, current 0.053750, dIdV 0.000550
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.483721 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 155.000000, current 0.057800, dIdV 0.000260
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.697232 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 165.000000, current 0.057800, dIdV -0.000260
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.742215 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 175.050003, current 0.058250, dIdV 0.000347
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.041389 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 185.100006, current 0.063350, dIdV 0.000670
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.957648 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 195.100006, current 0.064850, dIdV -0.000370
SensorIVSvc::CalculateVBD INFO V_avg_BD -1.113138 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 205.100006, current 0.066850, dIdV 0.000770
SensorIVSvc::CalculateVBD INFO V_avg_BD 2.362409 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 215.100006, current 0.069800, dIdV -0.000180
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.554699 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 225.100006, current 0.071700, dIdV 0.000560
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.758103 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 235.100006, current 0.072700, dIdV -0.000360
SensorIVSvc::CalculateVBD INFO V_avg_BD -1.164182 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 245.100006, current 0.074800, dIdV 0.000780
SensorIVSvc::CalculateVBD INFO V_avg_BD 2.555856 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 255.050003, current 0.077400, dIdV -0.000263
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.865411 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 265.000000, current 0.075600, dIdV -0.000100
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.350529 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 275.000000, current 0.076450, dIdV 0.000270
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.971223 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 285.000000, current 0.078700, dIdV 0.000180
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.651842 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 295.000000, current 0.079900, dIdV 0.000060
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.221527 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 305.000000, current 0.080450, dIdV 0.000050
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.189559 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 315.000000, current 0.081550, dIdV 0.000170
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.656652 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 325.000000, current 0.084100, dIdV 0.000340
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.313912 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 335.000000, current 0.086350, dIdV 0.000110
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.426752 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 345.000000, current 0.087650, dIdV 0.000150
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.590416 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 355.049988, current 0.089100, dIdV 0.000139
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.552355 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 365.100006, current 0.088650, dIdV -0.000230
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.947242 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 375.100006, current 0.088750, dIdV 0.000250
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.056620 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 385.100006, current 0.091150, dIdV 0.000230
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.971728 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 395.049988, current 0.091450, dIdV -0.000172
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.741792 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 405.049988, current 0.091500, dIdV 0.000178
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.788930 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 415.049988, current 0.093150, dIdV 0.000152
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.675109 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 425.000000, current 0.095050, dIdV 0.000230
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.028406 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 435.000000, current 0.095850, dIdV -0.000070
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.317684 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 445.000000, current 0.096000, dIdV 0.000100
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.463542 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 455.000000, current 0.096650, dIdV 0.000030
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.141231 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 465.000000, current 0.097550, dIdV 0.000150
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.715018 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 475.000000, current 0.099250, dIdV 0.000190
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.909320 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 485.000000, current 0.100300, dIdV 0.000020
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.096710 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 495.049988, current 0.100500, dIdV 0.000020
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.097542 and VBD limit 5.500000
SensorIVSvc::CalculateVBD INFO Average voltage 505.100006, current 0.101600, dIdV 0.000200
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.994291 and VBD limit 5.551000
SensorIVSvc::CalculateVBD INFO Average voltage 515.099976, current 0.103300, dIdV 0.000140
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.698103 and VBD limit 5.651000
SensorIVSvc::CalculateVBD INFO Average voltage 525.099976, current 0.104050, dIdV 0.000010
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.050466 and VBD limit 5.751000
SensorIVSvc::CalculateVBD INFO Average voltage 535.099976, current 0.104450, dIdV 0.000070
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.358612 and VBD limit 5.851000
SensorIVSvc::CalculateVBD INFO Average voltage 545.099976, current 0.105850, dIdV 0.000210
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.081445 and VBD limit 5.951000
SensorIVSvc::CalculateVBD INFO Average voltage 555.099976, current 0.106450, dIdV -0.000090
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.469319 and VBD limit 6.051000
SensorIVSvc::CalculateVBD INFO Average voltage 565.049988, current 0.107250, dIdV 0.000253
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.330437 and VBD limit 6.150500
SensorIVSvc::CalculateVBD INFO Average voltage 575.000000, current 0.108950, dIdV 0.000090
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.474989 and VBD limit 6.250000
SensorIVSvc::CalculateVBD INFO Average voltage 585.000000, current 0.109200, dIdV -0.000040
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.214286 and VBD limit 6.350000
SensorIVSvc::CalculateVBD INFO Average voltage 595.000000, current 0.109750, dIdV 0.000150
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.813212 and VBD limit 6.450000
SensorIVSvc::CalculateVBD INFO Average voltage 605.000000, current 0.111500, dIdV 0.000200
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.085202 and VBD limit 6.550000
SensorIVSvc::CalculateVBD INFO Average voltage 615.000000, current 0.111950, dIdV -0.000110
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.604288 and VBD limit 6.650000
SensorIVSvc::CalculateVBD INFO Average voltage 625.049988, current 0.111950, dIdV 0.000109
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.608082 and VBD limit 6.750500
SensorIVSvc::CalculateVBD INFO Average voltage 635.099976, current 0.113900, dIdV 0.000280
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.561264 and VBD limit 6.851000
SensorIVSvc::CalculateVBD INFO Average voltage 645.099976, current 0.115750, dIdV 0.000090
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.501590 and VBD limit 6.951000
SensorIVSvc::CalculateVBD INFO Average voltage 655.099976, current 0.115850, dIdV -0.000070
SensorIVSvc::CalculateVBD INFO V_avg_BD -0.395831 and VBD limit 7.051000
SensorIVSvc::CalculateVBD INFO Average voltage 665.099976, current 0.116600, dIdV 0.000220
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.254906 and VBD limit 7.151000
SensorIVSvc::CalculateVBD INFO Average voltage 675.099976, current 0.117900, dIdV 0.000040
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.229042 and VBD limit 7.251000
SensorIVSvc::CalculateVBD INFO Average voltage 685.099976, current 0.119000, dIdV 0.000180
SensorIVSvc::CalculateVBD INFO V_avg_BD 1.036286 and VBD limit 7.351000
SensorIVSvc::CalculateVBD INFO Average voltage 695.099976, current 0.120400, dIdV 0.000100
SensorIVSvc::CalculateVBD INFO V_avg_BD 0.577326 and VBD limit 7.451000
SensorIVSvc::CalculateVBD INFO Calculated VBD to be 690.099976
SensorIVSvc::read INFO Mean voltage for current stability 0.120475 calculated with 4 points
SensorIVSvc::read INFO RMS current stability 0.002898
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-M4-05/1//20USBML1234615-BONDED_IV_001.dat
SensorIVSvc::getDate INFO Parsing date 2021-04-23T16:03:08.011+00:00...
SensorIVSvc::getDate INFO Year 2021
SensorIVSvc::getDate INFO Month 4
SensorIVSvc::getDate INFO Day 23
SensorIVSvc::getDate INFO Hour 16
SensorIVSvc::getDate INFO Minute 3
SensorIVSvc::getDate INFO Second 8
SensorIVSvc::getDate INFO Offset 0:0
SensorIVSvc::getDate INFO Converted month into string Apr
SensorIVSvc::getDate INFO FINALLY obtained 23 Apr 2021
IService::log INFO Logging status 1111 for component SCIPP-M4-05
IService::install INFO Installing output directory to /home/data/modules/SCIPP-M4-05/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 20USBML1234615-BONDED_IV_001.dat...
IService::install INFO Installed DB_READY_MODULE_MODULE_IV_PS_V1.json...
IService::install INFO Installed SCIPP-M4-05.root...
IService::install INFO Installed status.json...
MetaData::readField INFO Reading file /home/data/upload//ModuleIV//SCIPP-M4-08.config
IService::next INFO Scheduling SCIPP-M4-08_VPX30817-W00226.txt file to run...
IService::next INFO Writing results to /home/data/output//ElectricalIV//SCIPP-M4-08/1/
Metadata
Value
Component type
BARREL_LS_MODULE
Operator
Jacob Johnson
Date
2021-04-23T16:03:08.011+00:00
Institute
UCSC
Power supply
Keithley 2410
Temperarture [C]
21.1
Humidity
6.2
Current per area @500V
0.955
Breakdown voltage
690.100
Current stability (RMS@700V)
0.003
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
