20UPGFC0090773

MODULE/INITIAL_WARM

Component Information

Serial Number	20UPGFC0090773
ProdDB ID	9ed2c8…043004
LocalDB ID	6261ad26d7b94b000b73e5d5
Component Type	fe_chip
Parents	20UPGR92101915 20UPGBQ2101015
Children	No match.
Flags

Wafer

Wafer Probing

Properties

Item	Value
Wafer serial number	20UPGFW0000354

Comments

Test: FECHIP_TEST QC Passed

(Stage: TESTONWAFER)

Basic View Only: custom view for this TestRun is not prepared.

Metadata

Key	Data
QC Passed	True
Date	3 years ago
component ObjectId	6261ad26d7b94b000b73e5d5
Stage	TESTONWAFER
Test Type	FECHIP_TEST
Institute ObjectId
User Name	MarkStandke
ObjectId of this record	6261afe0d7b94b000b740bab
ObjectId of RAW record	None
Tags	No tags

Results

Key	Data
DAQ_VERSION	sw: waferprobing_devel@e9716cd Chang; fw: 1.5; lanes: 7.0; speed: 1280
DATABASE_LINK	https://itkpix.web.cern.ch/0x162/raw/0x16295
ADC_OFFSET	0.011739000000000001
ADC_SLOPE	0.00019800000000000002
ANALOGSCAN_RESULT	green
ANALOGSCAN_VALUE	100
ANALOG_DATA	{'IREF Trims': {'0': {'IREF': 3.1855895573159367e-06, 'V_IREF': 0.003235281}, '1': {'IREF': 3.249614995340168e-06, 'V_IREF': 0.003051422}, '2': {'IREF': 3.323323657968313e-06, 'V_IREF': 0.003078443}, '3': {'IREF': 3.383875013979497e-06, 'V_IREF': 0.003107222}, '4': {'IREF': 3.4236986300093193e-06, 'V_IREF': 0.003132274}, '5': {'IREF': 3.4848261835973898e-06, 'V_IREF': 0.003151301}, '6': {'IREF': 3.5547370316868592e-06, 'V_IREF': 0.003171633}, '7': {'IREF': 3.612341034482759e-06, 'V_IREF': 0.003201014}, '8': {'IREF': 3.6625925629077358e-06, 'V_IREF': 0.003230636}, '9': {'IREF': 3.7212802889096e-06, 'V_IREF': 0.00325005}, '10': {'IREF': 3.7932182152842495e-06, 'V_IREF': 0.003274871}, '11': {'IREF': 3.855291365330848e-06, 'V_IREF': 0.003308973}, '12': {'IREF': 3.893866584342964e-06, 'V_IREF': 0.003334631}, '13': {'IREF': 3.953173904939422e-06, 'V_IREF': 0.00335428}, '14': {'IREF': 4.026411561043803e-06, 'V_IREF': 0.003377879}, '15': {'IREF': 4.085474333643988e-06, 'V_IREF': 0.003410608}, 'IREF_OPT': 14}, 'VREF_D Trim (LDO)': {'0': {'VDDD': 1.157004272, 'VDDD_internal': 1.155280886}, '1': {'VDDD': 1.179172235, 'VDDD_internal': 1.1766929419999999}, '2': {'VDDD': 1.199695188, 'VDDD_internal': 1.1961231479999999}, '3': {'VDDD': 1.220332591, 'VDDD_internal': 1.218324544}, '4': {'VDDD': 1.241808013, 'VDDD_internal': 1.239067894}, '5': {'VDDD': 1.263857753, 'VDDD_internal': 1.260669338}, '6': {'VDDD': 1.2836838830000001, 'VDDD_internal': 1.2810214400000002}, '7': {'VDDD': 1.304520331, 'VDDD_internal': 1.3018867}, '8': {'VDDD': 1.328156881, 'VDDD_internal': 1.324812222}, '9': {'VDDD': 1.3495826679999998, 'VDDD_internal': 1.346364262}, '10': {'VDDD': 1.3692761150000001, 'VDDD_internal': 1.36477607}, '11': {'VDDD': 1.390704135, 'VDDD_internal': 1.3874463279999998}, '12': {'VDDD': 1.4124178550000002, 'VDDD_internal': 1.408696546}, '13': {'VDDD': 1.4348449269999999, 'VDDD_internal': 1.4292824240000002}, '14': {'VDDD': 1.45197108, 'VDDD_internal': 1.4479904860000001}, '15': {'VDDD': 1.4735726299999998, 'VDDD_internal': 1.4700345119999998}, 'VREF_D_opt': 2, 'VREF_A_opt': 3}, 'VREF_A Trim (LDO)': {'0': {'VDDA': 1.143625272, 'VDDA_internal': 1.147096286}, '1': {'VDDA': 1.162341235, 'VDDA_internal': 1.168038542}, '2': {'VDDA': 1.183036188, 'VDDA_internal': 1.1865833479999999}, '3': {'VDDA': 1.203006591, 'VDDA_internal': 1.206270944}, '4': {'VDDA': 1.221225013, 'VDDA_internal': 1.225637494}, '5': {'VDDA': 1.240870753, 'VDDA_internal': 1.244184938}, '6': {'VDDA': 1.258988883, 'VDDA_internal': 1.26345744}, '7': {'VDDA': 1.279189331, 'VDDA_internal': 1.2841713}, '8': {'VDDA': 1.2967278809999998, 'VDDA_internal': 1.301317022}, '9': {'VDDA': 1.316506668, 'VDDA_internal': 1.320706062}, '10': {'VDDA': 1.334853115, 'VDDA_internal': 1.33935987}, '11': {'VDDA': 1.355814135, 'VDDA_internal': 1.3597089279999999}, '12': {'VDDA': 1.372372855, 'VDDA_internal': 1.376332746}, '13': {'VDDA': 1.393257927, 'VDDA_internal': 1.397556024}, '14': {'VDDA': 1.41178008, 'VDDA_internal': 1.415446286}, '15': {'VDDA': 1.43094963, 'VDDA_internal': 1.4363799119999998}}, 'SHUNT_MODE': {'SHUNT_MODE': True}, 'VREF_D Trim (SHUNT)': {'0': {'VDDD': 1.1632112099999998, 'VDDD_internal': 1.15813582}, '1': {'VDDD': 1.18505069, 'VDDD_internal': 1.1804389}, '2': {'VDDD': 1.20571205, 'VDDD_internal': 1.19992798}, '3': {'VDDD': 1.22619812, 'VDDD_internal': 1.22143638}, '4': {'VDDD': 1.24704015, 'VDDD_internal': 1.24209536}, '5': {'VDDD': 1.2687203, 'VDDD_internal': 1.26314392}, '6': {'VDDD': 1.28740836, 'VDDD_internal': 1.2812693800000001}, '7': {'VDDD': 1.3095007399999998, 'VDDD_internal': 1.303612}, '8': {'VDDD': 1.3326161200000002, 'VDDD_internal': 1.3262504400000001}, '9': {'VDDD': 1.35366486, 'VDDD_internal': 1.34669846}, '10': {'VDDD': 1.3727825999999999, 'VDDD_internal': 1.36551326}, '11': {'VDDD': 1.39385057, 'VDDD_internal': 1.38739252}, '12': {'VDDD': 1.41490676, 'VDDD_internal': 1.40845824}, '13': {'VDDD': 1.43816711, 'VDDD_internal': 1.42921458}, '14': {'VDDD': 1.4552994000000001, 'VDDD_internal': 1.44850328}, '15': {'VDDD': 1.47651592, 'VDDD_internal': 1.4695032399999999}, 'VREF_D_opt': 2, 'VREF_A_opt': 3}, 'VREF_A Trim (SHUNT)': {'0': {'VDDA': 1.14050721, 'VDDA_internal': 1.1460138199999998}, '1': {'VDDA': 1.16140969, 'VDDA_internal': 1.1663501}, '2': {'VDDA': 1.18137005, 'VDDA_internal': 1.18570098}, '3': {'VDDA': 1.20133212, 'VDDA_internal': 1.20618178}, '4': {'VDDA': 1.21852515, 'VDDA_internal': 1.22322456}, '5': {'VDDA': 1.2388833, 'VDDA_internal': 1.24338152}, '6': {'VDDA': 1.25723036, 'VDDA_internal': 1.26280638}, '7': {'VDDA': 1.27689974, 'VDDA_internal': 1.2823232}, '8': {'VDDA': 1.29394012, 'VDDA_internal': 1.30013844}, '9': {'VDDA': 1.31501486, 'VDDA_internal': 1.31907626}, '10': {'VDDA': 1.3334915999999999, 'VDDA_internal': 1.3388316599999999}, '11': {'VDDA': 1.3533295699999999, 'VDDA_internal': 1.35744272}, '12': {'VDDA': 1.37208376, 'VDDA_internal': 1.3750250400000001}, '13': {'VDDA': 1.39210111, 'VDDA_internal': 1.39516438}, '14': {'VDDA': 1.4096354, 'VDDA_internal': 1.41441448}, '15': {'VDDA': 1.42964392, 'VDDA_internal': 1.4345178399999998}}, 'chip_ids': {'1': True, '2': True, '4': True, '8': True, '16': True}, 'chip_currents': {'CAP': 1.016232e-08, 'CAP_PARASIT': 7.071304e-09, 'CDR_BUF': 2.067224e-05, 'CDR_CP': 4.459828e-06, 'CDR_FD': 4.328657e-05, 'CDR_VCO_BUF': 5.333248e-05, 'CDR_VCO_MAIN': 0.0001049723, 'CML_MAIN': 5.253118e-05, 'CML_TAP1': 7.369728e-09, 'CML_TAP2': 1.007451e-08, 'DAC_COMP': 5.178589e-05, 'DAC_FB': 9.360562e-05, 'DAC_LCC': 8.30659e-05, 'DAC_PREAMP_L': 1.284108e-05, 'DAC_PREAMP_R': 1.355903e-05, 'DAC_PREAMP_T': 1.364108e-05, 'DAC_PREAMP_TL': 1.344576e-05, 'DAC_PREAMP_TR': 1.305539e-05, 'DAC_PRECOMP': 7.552411e-05, 'DAC_TH1_L': 7.960712e-05, 'DAC_TH1_M': 8.088994e-05, 'DAC_TH1_R': 8.223947e-05, 'DAC_TH2': 0.0001049729, 'IINA': 4.304474e-05, 'IIND': 4.220574e-05, 'IREF': 4.253747e-06, 'I_SHUNT_A': 6.171684e-06, 'I_SHUNT_D': 6.699966e-06, 'NTC_PAD': 1.086531e-05, 'PREAMP_MATRIX_MAIN': 1.370978e-05}, 'chip_voltages': {'DAC_TH1_L': 0.167754556, 'DAC_TH1_M': 0.16317495599999998, 'DAC_TH1_R': 0.170447556, 'DAC_TH2': 0.0033822959999999964, 'GNDA19': 1.925999999999317e-06, 'GNDA20': 5.400000000280181e-08, 'GNDA21': 1.105999999997248e-06, 'GNDA22': 2.414000000002664e-06, 'GNDA23': 4.440000000022204e-07, 'GNDA24': 1.404000000003458e-06, 'GNDA25': 2.45999999998886e-07, 'GNDA26': 5.140000000035394e-07, 'GNDA27': 2.1040000000027703e-06, 'GNDA28': 2.344000000001345e-06, 'GNDA29': 1.734000000003233e-06, 'GNDA30': 3.324000000002464e-06, 'I_MUX': 1.192597656, 'NTC_PAD': 0.109043856, 'RADSENS_A': 0.620509156, 'RADSENS_C': 0.6224031560000001, 'RADSENS_D': 0.620700456, 'TEMPSENS_A': 0.301579656, 'TEMPSENS_B': 0.389027656, 'TEMPSENS_C': 0.308352756, 'TEMPSENS_D': 0.30472205599999996, 'TEMPSENS_T': 0.176275356, 'VCAL_HI': 0.051750276000000005, 'VCAL_HIGH': 0.051732776, 'VCAL_MED': 0.030889665999999996, 'VDDA_HALF': 0.600703156, 'VDDA_HALF_CAP': 0.595795156, 'VDDD_HALF': 0.5973822560000001, 'VINA_HALF': 0.43108895599999997, 'VIND_HALF': 0.44485115599999997, 'VOFS_HALF': 0.270027556, 'VREFA': 0.5936625560000001, 'VREFD': 0.5965439560000001, 'VREF_ADC': 0.861077156, 'VREF_CORE': 0.464203356, 'VREF_PRE': 0.597803356, 'VREF_VDAC': 0.21325045599999998}, 'CAP_MEAS': {'0': {'CAP_INJ_PAR': -9.0303118e-07, 'CAP_INJ_TOT': -1.0770759e-05}, '1': {'CAP_INJ_PAR': -9.027520800000001e-07, 'CAP_INJ_TOT': -1.0766578e-05}, '2': {'CAP_INJ_PAR': -9.032721399999999e-07, 'CAP_INJ_TOT': -1.0766271999999999e-05}, '3': {'CAP_INJ_PAR': -9.032056499999998e-07, 'CAP_INJ_TOT': -1.0768681e-05}, '4': {'CAP_INJ_PAR': -9.033090299999999e-07, 'CAP_INJ_TOT': -1.0768688000000001e-05}, '5': {'CAP_INJ_PAR': -9.0305695e-07, 'CAP_INJ_TOT': -1.0768367e-05}, '6': {'CAP_INJ_PAR': -9.0303588e-07, 'CAP_INJ_TOT': -1.0769724e-05}, '7': {'CAP_INJ_PAR': -9.030846800000002e-07, 'CAP_INJ_TOT': -1.0769257999999999e-05}, '8': {'CAP_INJ_PAR': -9.031759400000002e-07, 'CAP_INJ_TOT': -1.0766327e-05}, '9': {'CAP_INJ_PAR': -9.033121600000001e-07, 'CAP_INJ_TOT': -1.0768191e-05}, 'CAP_VDDA': 1.2016888879999998, 'CAP_IREF': 4.027100596458527e-06, 'CAP_OFF': 4.8e-16, 'CAP_FREQ': 10000000, 'TRUE_CAP': 7.729413459268005e-15}, 'VCAL_MEAS': {'0': {'large_range': {'HIGH': 0.0015886049999999999, 'HIGH_ADC': 0, 'MED': 0.0032005049999999993, 'MED_ADC': 0}, 'small_range': {'HIGH': 0.0015992449999999991, 'HIGH_ADC': 0, 'MED': 0.0032028549999999975, 'MED_ADC': 0}}, '100': {'large_range': {'HIGH': 0.020854454999999997, 'HIGH_ADC': 43, 'MED': 0.020708475, 'MED_ADC': 45}, 'small_range': {'HIGH': 0.010734354999999998, 'HIGH_ADC': 0, 'MED': 0.010609734999999999, 'MED_ADC': 0}}, '200': {'large_range': {'HIGH': 0.04147432499999999, 'HIGH_ADC': 149, 'MED': 0.041381215, 'MED_ADC': 149}, 'small_range': {'HIGH': 0.020790635, 'HIGH_ADC': 45, 'MED': 0.020656144999999997, 'MED_ADC': 44}}, '300': {'large_range': {'HIGH': 0.062327625, 'HIGH_ADC': 255, 'MED': 0.062235575, 'MED_ADC': 255}, 'small_range': {'HIGH': 0.030978484999999997, 'HIGH_ADC': 97, 'MED': 0.030920815, 'MED_ADC': 97}}, '400': {'large_range': {'HIGH': 0.083262445, 'HIGH_ADC': 360, 'MED': 0.083201845, 'MED_ADC': 360}, 'small_range': {'HIGH': 0.041344154999999994, 'HIGH_ADC': 149, 'MED': 0.041250615000000004, 'MED_ADC': 148}}, '500': {'large_range': {'HIGH': 0.104327745, 'HIGH_ADC': 467, 'MED': 0.104043145, 'MED_ADC': 465}, 'small_range': {'HIGH': 0.051807795000000004, 'HIGH_ADC': 202, 'MED': 0.051662505, 'MED_ADC': 199}}, '600': {'large_range': {'HIGH': 0.12538154499999998, 'HIGH_ADC': 573, 'MED': 0.12479444499999999, 'MED_ADC': 570}, 'small_range': {'HIGH': 0.062208374999999996, 'HIGH_ADC': 254, 'MED': 0.061908455, 'MED_ADC': 253}}, '700': {'large_range': {'HIGH': 0.14639444499999998, 'HIGH_ADC': 678, 'MED': 0.145694945, 'MED_ADC': 678}, 'small_range': {'HIGH': 0.072691295, 'HIGH_ADC': 307, 'MED': 0.072276595, 'MED_ADC': 305}}, '800': {'large_range': {'HIGH': 0.167207045, 'HIGH_ADC': 785, 'MED': 0.166631845, 'MED_ADC': 782}, 'small_range': {'HIGH': 0.083086615, 'HIGH_ADC': 358, 'MED': 0.082753775, 'MED_ADC': 358}}, '900': {'large_range': {'HIGH': 0.18834474499999998, 'HIGH_ADC': 892, 'MED': 0.187559745, 'MED_ADC': 888}, 'small_range': {'HIGH': 0.093525545, 'HIGH_ADC': 410, 'MED': 0.093121445, 'MED_ADC': 409}}, '1000': {'large_range': {'HIGH': 0.20943284499999998, 'HIGH_ADC': 995, 'MED': 0.20848034499999998, 'MED_ADC': 992}, 'small_range': {'HIGH': 0.104148545, 'HIGH_ADC': 463, 'MED': 0.103564445, 'MED_ADC': 461}}, '1100': {'large_range': {'HIGH': 0.23040244499999998, 'HIGH_ADC': 1104, 'MED': 0.228824645, 'MED_ADC': 1095}, 'small_range': {'HIGH': 0.114620345, 'HIGH_ADC': 517, 'MED': 0.11365164500000001, 'MED_ADC': 513}}, '1200': {'large_range': {'HIGH': 0.25134684500000004, 'HIGH_ADC': 1208, 'MED': 0.24993794499999997, 'MED_ADC': 1202}, 'small_range': {'HIGH': 0.125166645, 'HIGH_ADC': 573, 'MED': 0.12419864500000001, 'MED_ADC': 569}}, '1300': {'large_range': {'HIGH': 0.27218944500000003, 'HIGH_ADC': 1313, 'MED': 0.270634945, 'MED_ADC': 1307}, 'small_range': {'HIGH': 0.13562454499999999, 'HIGH_ADC': 625, 'MED': 0.134522445, 'MED_ADC': 622}}, '1400': {'large_range': {'HIGH': 0.293178145, 'HIGH_ADC': 1417, 'MED': 0.291811045, 'MED_ADC': 1412}, 'small_range': {'HIGH': 0.14612794499999998, 'HIGH_ADC': 680, 'MED': 0.145051945, 'MED_ADC': 672}}, '1500': {'large_range': {'HIGH': 0.31418264500000004, 'HIGH_ADC': 1525, 'MED': 0.31239904500000004, 'MED_ADC': 1517}, 'small_range': {'HIGH': 0.15673864499999998, 'HIGH_ADC': 732, 'MED': 0.15547594499999998, 'MED_ADC': 725}}, '1600': {'large_range': {'HIGH': 0.334682545, 'HIGH_ADC': 1633, 'MED': 0.333399645, 'MED_ADC': 1623}, 'small_range': {'HIGH': 0.16713614499999999, 'HIGH_ADC': 784, 'MED': 0.165923145, 'MED_ADC': 777}}, '1700': {'large_range': {'HIGH': 0.355776745, 'HIGH_ADC': 1735, 'MED': 0.354128745, 'MED_ADC': 1727}, 'small_range': {'HIGH': 0.17764154499999998, 'HIGH_ADC': 837, 'MED': 0.17618664499999998, 'MED_ADC': 830}}, '1800': {'large_range': {'HIGH': 0.376612445, 'HIGH_ADC': 1841, 'MED': 0.375558345, 'MED_ADC': 1834}, 'small_range': {'HIGH': 0.188016245, 'HIGH_ADC': 889, 'MED': 0.186685145, 'MED_ADC': 883}}, '1900': {'large_range': {'HIGH': 0.39758344500000004, 'HIGH_ADC': 1944, 'MED': 0.395599845, 'MED_ADC': 1937}, 'small_range': {'HIGH': 0.19861874499999999, 'HIGH_ADC': 943, 'MED': 0.19703554499999998, 'MED_ADC': 936}}, '2000': {'large_range': {'HIGH': 0.41860234500000004, 'HIGH_ADC': 2056, 'MED': 0.41687414500000003, 'MED_ADC': 2045}, 'small_range': {'HIGH': 0.20913274499999998, 'HIGH_ADC': 997, 'MED': 0.207513745, 'MED_ADC': 988}}, '2100': {'large_range': {'HIGH': 0.44000484500000003, 'HIGH_ADC': 2166, 'MED': 0.43713024500000003, 'MED_ADC': 2153}, 'small_range': {'HIGH': 0.219459045, 'HIGH_ADC': 1048, 'MED': 0.21767684499999998, 'MED_ADC': 1040}}, '2200': {'large_range': {'HIGH': 0.460673245, 'HIGH_ADC': 2269, 'MED': 0.45829774500000003, 'MED_ADC': 2256}, 'small_range': {'HIGH': 0.230034045, 'HIGH_ADC': 1103, 'MED': 0.228128545, 'MED_ADC': 1091}}, '2300': {'large_range': {'HIGH': 0.482208645, 'HIGH_ADC': 2375, 'MED': 0.47926604500000003, 'MED_ADC': 2364}, 'small_range': {'HIGH': 0.240634645, 'HIGH_ADC': 1156, 'MED': 0.238802645, 'MED_ADC': 1147}}, '2400': {'large_range': {'HIGH': 0.503338545, 'HIGH_ADC': 2481, 'MED': 0.5009372449999999, 'MED_ADC': 2469}, 'small_range': {'HIGH': 0.251106245, 'HIGH_ADC': 1209, 'MED': 0.249248245, 'MED_ADC': 1199}}, '2500': {'large_range': {'HIGH': 0.5237147449999999, 'HIGH_ADC': 2584, 'MED': 0.521573045, 'MED_ADC': 2574}, 'small_range': {'HIGH': 0.26161684500000004, 'HIGH_ADC': 1261, 'MED': 0.259471345, 'MED_ADC': 1252}}, '2600': {'large_range': {'HIGH': 0.5447002449999999, 'HIGH_ADC': 2692, 'MED': 0.5418892449999999, 'MED_ADC': 2682}, 'small_range': {'HIGH': 0.271721745, 'HIGH_ADC': 1314, 'MED': 0.270063245, 'MED_ADC': 1302}}, '2700': {'large_range': {'HIGH': 0.565853345, 'HIGH_ADC': 2795, 'MED': 0.5629052449999999, 'MED_ADC': 2786}, 'small_range': {'HIGH': 0.28251554500000003, 'HIGH_ADC': 1367, 'MED': 0.28054284500000004, 'MED_ADC': 1357}}, '2800': {'large_range': {'HIGH': 0.586937045, 'HIGH_ADC': 2901, 'MED': 0.5842957449999999, 'MED_ADC': 2892}, 'small_range': {'HIGH': 0.292882945, 'HIGH_ADC': 1417, 'MED': 0.291151845, 'MED_ADC': 1408}}, '2900': {'large_range': {'HIGH': 0.6084628449999999, 'HIGH_ADC': 3007, 'MED': 0.6057986449999999, 'MED_ADC': 2999}, 'small_range': {'HIGH': 0.303264445, 'HIGH_ADC': 1472, 'MED': 0.301701845, 'MED_ADC': 1465}}, '3000': {'large_range': {'HIGH': 0.629339845, 'HIGH_ADC': 3112, 'MED': 0.627243545, 'MED_ADC': 3107}, 'small_range': {'HIGH': 0.31377344500000004, 'HIGH_ADC': 1526, 'MED': 0.312451845, 'MED_ADC': 1519}}, '3100': {'large_range': {'HIGH': 0.6501342449999999, 'HIGH_ADC': 3199, 'MED': 0.6470372449999999, 'MED_ADC': 3211}, 'small_range': {'HIGH': 0.324347445, 'HIGH_ADC': 1579, 'MED': 0.322626645, 'MED_ADC': 1570}}, '3200': {'large_range': {'HIGH': 0.671372745, 'HIGH_ADC': 3329, 'MED': 0.669076245, 'MED_ADC': 3324}, 'small_range': {'HIGH': 0.334922245, 'HIGH_ADC': 1632, 'MED': 0.333941745, 'MED_ADC': 1625}}, '3300': {'large_range': {'HIGH': 0.693111445, 'HIGH_ADC': 3436, 'MED': 0.6898040449999999, 'MED_ADC': 3425}, 'small_range': {'HIGH': 0.34558904500000004, 'HIGH_ADC': 1682, 'MED': 0.34406404500000004, 'MED_ADC': 1677}}, '3400': {'large_range': {'HIGH': 0.7138211449999999, 'HIGH_ADC': 3529, 'MED': 0.711740445, 'MED_ADC': 3532}, 'small_range': {'HIGH': 0.355994445, 'HIGH_ADC': 1736, 'MED': 0.35484554500000004, 'MED_ADC': 1730}}, '3500': {'large_range': {'HIGH': 0.7346771449999999, 'HIGH_ADC': 3641, 'MED': 0.732176445, 'MED_ADC': 3642}, 'small_range': {'HIGH': 0.36644904500000003, 'HIGH_ADC': 1791, 'MED': 0.365475945, 'MED_ADC': 1786}}, '3600': {'large_range': {'HIGH': 0.755903145, 'HIGH_ADC': 3751, 'MED': 0.7548231449999999, 'MED_ADC': 3750}, 'small_range': {'HIGH': 0.377180245, 'HIGH_ADC': 1844, 'MED': 0.37622704500000004, 'MED_ADC': 1840}}, '3700': {'large_range': {'HIGH': 0.776555545, 'HIGH_ADC': 3861, 'MED': 0.776153645, 'MED_ADC': 3856}, 'small_range': {'HIGH': 0.387716445, 'HIGH_ADC': 1898, 'MED': 0.386835445, 'MED_ADC': 1893}}, '3800': {'large_range': {'HIGH': 0.798789545, 'HIGH_ADC': 3966, 'MED': 0.7974357449999999, 'MED_ADC': 3967}, 'small_range': {'HIGH': 0.39814514500000003, 'HIGH_ADC': 1951, 'MED': 0.39770484500000003, 'MED_ADC': 1947}}, '3900': {'large_range': {'HIGH': 0.819604145, 'HIGH_ADC': 4072, 'MED': 0.819666645, 'MED_ADC': 4075}, 'small_range': {'HIGH': 0.408903245, 'HIGH_ADC': 2003, 'MED': 0.408609045, 'MED_ADC': 2002}}, '4000': {'large_range': {'HIGH': 0.841196545, 'HIGH_ADC': 4095, 'MED': 0.842208545, 'MED_ADC': 4095}, 'small_range': {'HIGH': 0.419339145, 'HIGH_ADC': 2060, 'MED': 0.41954204500000003, 'MED_ADC': 2061}}}, 'IV curves': {'10': {'VDDA': 1.203634294, 'VDDD': 1.2039322940000001, 'VDD_PRE': 1.1951462940000002, 'VIN_A': 1.775707294, 'VIN_A_int': 0.44308749399999997, 'VIN_D': 1.801324294, 'VIN_D_int': 0.452463794, 'VOFS': 0.551241694, 'VOFS_int': 0.27114809399999995, 'VREFA': 0.5950387939999999, 'VREFA_int': 0.595133794, 'VREFD': 0.597972194, 'VREFD_int': 0.598186094, 'VREF_PRE_int': 0.598255594}, '05': {'VDDA': 0.9163124939999999, 'VDDD': 0.902511494, 'VDD_PRE': 0.932682294, 'VIN_A': 0.957845094, 'VIN_A_int': 0.23229149400000002, 'VIN_D': 0.946800894, 'VIN_D_int': 0.231047694, 'VOFS': 0.909873794, 'VOFS_int': 0.231406794, 'VREFA': 0.561467194, 'VREFA_int': 0.560912194, 'VREFD': 0.561349394, 'VREFD_int': 0.561469194, 'VREF_PRE_int': 0.579218994}, '055': {'VDDA': 0.962072494, 'VDDD': 0.985635294, 'VDD_PRE': 0.9786116939999999, 'VIN_A': 1.003076294, 'VIN_A_int': 0.24426679399999998, 'VIN_D': 1.0260212940000002, 'VIN_D_int': 0.25172829399999996, 'VOFS': 0.943596294, 'VOFS_int': 0.243402494, 'VREFA': 0.568416994, 'VREFA_int': 0.567895694, 'VREFD': 0.5698214939999999, 'VREFD_int': 0.569799094, 'VREF_PRE_int': 0.584789594}, '06': {'VDDA': 1.0140322940000002, 'VDDD': 1.0655172940000002, 'VDD_PRE': 1.0301402940000002, 'VIN_A': 1.054630294, 'VIN_A_int': 0.25781479399999996, 'VIN_D': 1.1050532940000002, 'VIN_D_int': 0.27237589399999995, 'VOFS': 0.9386290939999999, 'VOFS_int': 0.256979894, 'VREFA': 0.575206994, 'VREFA_int': 0.5745413939999999, 'VREFD': 0.5765352939999999, 'VREFD_int': 0.5766453939999999, 'VREF_PRE_int': 0.5881855939999999}, '065': {'VDDA': 1.079351294, 'VDDD': 1.142872294, 'VDD_PRE': 1.094892294, 'VIN_A': 1.1197202940000002, 'VIN_A_int': 0.27474129399999997, 'VIN_D': 1.184478294, 'VIN_D_int': 0.29315159399999996, 'VOFS': 0.548875694, 'VOFS_int': 0.252634794, 'VREFA': 0.582274194, 'VREFA_int': 0.581846994, 'VREFD': 0.583719794, 'VREFD_int': 0.583997894, 'VREF_PRE_int': 0.590762294}, '07': {'VDDA': 1.194130294, 'VDDD': 1.1943632940000002, 'VDD_PRE': 1.189055294, 'VIN_A': 1.244327294, 'VIN_A_int': 0.306495494, 'VIN_D': 1.624302294, 'VIN_D_int': 0.400882894, 'VOFS': 0.5464210939999999, 'VOFS_int': 0.262176294, 'VREFA': 0.590163694, 'VREFA_int': 0.589945894, 'VREFD': 0.591494494, 'VREFD_int': 0.591774194, 'VREF_PRE_int': 0.593272994}, '075': {'VDDA': 1.198595294, 'VDDD': 1.1960262940000002, 'VDD_PRE': 1.191379294, 'VIN_A': 1.6650322940000002, 'VIN_A_int': 0.41237159399999995, 'VIN_D': 1.665881294, 'VIN_D_int': 0.415153094, 'VOFS': 0.547022094, 'VOFS_int': 0.266718994, 'VREFA': 0.591271694, 'VREFA_int': 0.5909676939999999, 'VREFD': 0.592543394, 'VREFD_int': 0.593180594, 'VREF_PRE_int': 0.594309094}, '08': {'VDDA': 1.199566294, 'VDDD': 1.1984042940000001, 'VDD_PRE': 1.1921152940000002, 'VIN_A': 1.6960292940000001, 'VIN_A_int': 0.420885994, 'VIN_D': 1.704624294, 'VIN_D_int': 0.425501894, 'VOFS': 0.547797094, 'VOFS_int': 0.26782439399999997, 'VREFA': 0.591970194, 'VREFA_int': 0.591252594, 'VREFD': 0.593937694, 'VREFD_int': 0.594299194, 'VREF_PRE_int': 0.594979594}, '085': {'VDDA': 1.2006772940000001, 'VDDD': 1.1983452940000001, 'VDD_PRE': 1.1927792940000002, 'VIN_A': 1.712470294, 'VIN_A_int': 0.42562429399999996, 'VIN_D': 1.7434222940000002, 'VIN_D_int': 0.435788694, 'VOFS': 0.548954894, 'VOFS_int': 0.268652894, 'VREFA': 0.592459494, 'VREFA_int': 0.5922361939999999, 'VREFD': 0.595142594, 'VREFD_int': 0.595206494, 'VREF_PRE_int': 0.595835994}, '09': {'VDDA': 1.2009012940000001, 'VDDD': 1.201304294, 'VDD_PRE': 1.1935562940000002, 'VIN_A': 1.7292192940000002, 'VIN_A_int': 0.430190994, 'VIN_D': 1.7725052940000001, 'VIN_D_int': 0.443860294, 'VOFS': 0.549348194, 'VOFS_int': 0.269328794, 'VREFA': 0.594177394, 'VREFA_int': 0.593041394, 'VREFD': 0.595980094, 'VREFD_int': 0.596105394, 'VREF_PRE_int': 0.596625494}, '095': {'VDDA': 1.2004362940000002, 'VDDD': 1.201207294, 'VDD_PRE': 1.1942392940000002, 'VIN_A': 1.751300294, 'VIN_A_int': 0.43642929399999997, 'VIN_D': 1.7864782940000001, 'VIN_D_int': 0.44810629399999996, 'VOFS': 0.550106694, 'VOFS_int': 0.270193294, 'VREFA': 0.5940547939999999, 'VREFA_int': 0.594088894, 'VREFD': 0.596808794, 'VREFD_int': 0.597347194, 'VREF_PRE_int': 0.597314394}}}
CHIP_ID_TEST_RESULT	green
CURR_MULT_FAC_A	20885.246
CURR_MULT_FAC_D	21324.114
DATA_MERGING_RESULT	red
DIGITALSCAN_RESULT	green
DIGITALSCAN_VALUE	100
IREF_TRIM	14
IREF_TRIM_RESULT	yellow
IREF_TRIM_VALUE	4.026e-06
IV_CURVES	{'IINA': [0.957845094, 1.003076294, 1.054630294, 1.119720294, 1.244327294, 1.665032294, 1.696029294, 1.712470294, 1.729219294, 1.751300294, 1.775707294], 'VINA': [0.957845094, 1.003076294, 1.054630294, 1.119720294, 1.244327294, 1.665032294, 1.696029294, 1.712470294, 1.729219294, 1.751300294, 1.775707294], 'IIND': [0.957845094, 1.003076294, 1.054630294, 1.119720294, 1.244327294, 1.665032294, 1.696029294, 1.712470294, 1.729219294, 1.751300294, 1.775707294], 'VIND': [0.946800894, 1.026021294, 1.105053294, 1.184478294, 1.624302294, 1.665881294, 1.704624294, 1.743422294, 1.772505294, 1.786478294, 1.801324294]}
I_TOT_CONF_RESULT	black
I_TOT_CONF_VALUE	-1
I_VINA_CONF_RESULT	black
I_VINA_CONF_VALUE	-1
I_VIND_CONF_RESULT	black
I_VIND_CONF_VALUE	-1
InjectionCapacitance	7.729e-15
LINK_RESULT	green
LINK_VALUE	1
META_DATA	{'scan_times': {'POWER': {'VCAL_meas': {'IINA': 0.899, 'IIND': 0.9, 'VDDA': 1.20146272, 'VDDD': 1.196934255, 'VINA': 1.78, 'VIND': 1.82}, 'analog_scan': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.78, 'VIND': 1.83}, 'aurora_test_0': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.78, 'VIND': 1.82}, 'aurora_test_1': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.78, 'VIND': 1.82}, 'aurora_test_2': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.78, 'VIND': 1.82}, 'aurora_test_3': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.78, 'VIND': 1.82}, 'digital_scan': {'IINA': 0.9, 'IIND': 0.9, 'VINA': 1.78, 'VIND': 1.83}, 'efuse_write': {'IINA': 0.899, 'IIND': 0.9, 'VDDA': 1.200915955, 'VDDD': 1.196569665, 'VINA': 1.78, 'VIND': 1.82}, 'gnd_offset_ldo': {'IINA': 0.999, 'IIND': 1, 'VDDA': 1.296023265, 'VDDD': 1.328239745, 'VINA': 1.83, 'VIND': 1.86}, 'inj_cap': {'IINA': 0.899, 'IIND': 0.9, 'VDDA': 1.202409955, 'VDDD': 1.19782514, 'VINA': 1.78, 'VIND': 1.82}, 'iref_trim': {'IINA': 0.082, 'IIND': 0.274, 'VDDA': 1.2961179280000001, 'VDDD': 1.3227876705000001, 'VINA': 1.6, 'VIND': 1.61}, 'measure_chip_currents': {'IINA': 0.899, 'IIND': 0.9, 'VDDA': 1.201207675, 'VDDD': 1.1964349349999999, 'VINA': 1.78, 'VIND': 1.82}, 'measure_chip_voltages': {'IINA': 0.9, 'IIND': 0.9, 'VDDA': 1.20101364, 'VDDD': 1.196197745, 'VINA': 1.78, 'VIND': 1.82}, 'osc_scan': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.78, 'VIND': 1.83}, 'pixel_register_scan': {'IINA': 0.9, 'IIND': 0.9, 'VINA': 1.78, 'VIND': 1.82}, 'register_test': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.78, 'VIND': 1.82}, 'threshold_scan': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.78, 'VIND': 1.82}, 'vref_trim': {'IINA': 0.899, 'IIND': 0.9, 'VDDA': 1.2575299100000001, 'VDDD': 1.20009978, 'VINA': 1.78, 'VIND': 1.82}}, 'duration': {'IV_curve': 140.09092259407043, 'VCAL_meas': 177.3123574256897, 'analog_scan': 40.448639154434204, 'aurora_test_0': 16.67038369178772, 'aurora_test_1': 15.257548570632935, 'aurora_test_2': 16.40179181098938, 'aurora_test_3': 15.027549266815186, 'chip_id_check': 1.6902122497558594, 'digital_scan': 40.129887104034424, 'efuse_write': 10.574397087097168, 'gnd_offset_ldo': 8.470880508422852, 'initial_power': 44.31328058242798, 'inj_cap': 83.52971768379211, 'iref_trim': 46.172892570495605, 'measure_chip_currents': 32.51630783081055, 'measure_chip_voltages': 45.198596477508545, 'osc_scan': 15.561840057373047, 'pixel_register_scan': 138.42705059051514, 'register_test': 23.892436265945435, 'threshold_scan': 164.4282751083374, 'vref_trim': 88.51019930839539}, 'fw_version': '1.5', 'lanes': 7, 'rx_speed': 1280, 'start_time': 1610294764.5587587, 'stop_time': 1610295982.7141829, 'sw_version': 'waferprobing_devel@e9716cd\nChanged files: bdaq53/chips/ITkPixV1.py, bdaq53/chips/ITkPixV1_default.cfg.yaml, bdaq53/scans/scan_digital.py, bdaq53/system/scan_base.py, bdaq53/waferprobing/analysis/analyze_wafer_ITkPixV1.py, bdaq53/waferprobing/probe_chip_ITkPixV1.py, bdaq53/waferprobing/probe_chip_RD53A.py, bdaq53/waferprobing/probe_wafer.py, bdaq53/waferprobing/test_needlecard.py, bdaq53/waferprobing/test_probestation.py'}}
NOCCSCAN_RESULT	black
NOCCSCAN_VALUE	-1
OVERALL_RESULT	yellow
PC_NTC	-1
PIXEL_REGISTER_TEST	100
PIXEL_REGISTER_TEST_RESULT	green
REGISTER_TEST_RESULT	green
RESISTOR	-1
RING_OSC_0_VALUE	{'RING_OSC_A_0': {'raw_data': 4274, 'count': 178, 'frequency': 395555552, 'pulse_length': 8}, 'RING_OSC_A_1': {'raw_data': 8754, 'count': 562, 'frequency': 1248888832, 'pulse_length': 8}, 'RING_OSC_A_2': {'raw_data': 8538, 'count': 346, 'frequency': 768888896, 'pulse_length': 8}, 'RING_OSC_A_3': {'raw_data': 8746, 'count': 554, 'frequency': 1231111168, 'pulse_length': 8}, 'RING_OSC_A_4': {'raw_data': 8530, 'count': 338, 'frequency': 751111104, 'pulse_length': 8}, 'RING_OSC_A_5': {'raw_data': 8767, 'count': 575, 'frequency': 1277777792, 'pulse_length': 8}, 'RING_OSC_A_6': {'raw_data': 8574, 'count': 382, 'frequency': 848888896, 'pulse_length': 8}, 'RING_OSC_A_7': {'raw_data': 8763, 'count': 571, 'frequency': 1268888832, 'pulse_length': 8}, 'RING_OSC_0': {'raw_data': 4366, 'count': 270, 'frequency': 600000000, 'pulse_length': 8}, 'RING_OSC_1': {'raw_data': 8725, 'count': 533, 'frequency': 1184444416, 'pulse_length': 8}, 'RING_OSC_2': {'raw_data': 8828, 'count': 636, 'frequency': 1413333376, 'pulse_length': 8}, 'RING_OSC_3': {'raw_data': 8830, 'count': 638, 'frequency': 1417777792, 'pulse_length': 8}, 'RING_OSC_4': {'raw_data': 8728, 'count': 536, 'frequency': 1191111168, 'pulse_length': 8}, 'RING_OSC_5': {'raw_data': 8727, 'count': 535, 'frequency': 1188888832, 'pulse_length': 8}, 'RING_OSC_6': {'raw_data': 8824, 'count': 632, 'frequency': 1404444416, 'pulse_length': 8}, 'RING_OSC_7': {'raw_data': 8826, 'count': 634, 'frequency': 1408888832, 'pulse_length': 8}, 'RING_OSC_8': {'raw_data': 8760, 'count': 568, 'frequency': 1262222208, 'pulse_length': 8}, 'RING_OSC_9': {'raw_data': 8756, 'count': 564, 'frequency': 1253333376, 'pulse_length': 8}, 'RING_OSC_10': {'raw_data': 8858, 'count': 666, 'frequency': 1480000000, 'pulse_length': 8}, 'RING_OSC_11': {'raw_data': 8854, 'count': 662, 'frequency': 1471111168, 'pulse_length': 8}, 'RING_OSC_12': {'raw_data': 8730, 'count': 538, 'frequency': 1195555584, 'pulse_length': 8}, 'RING_OSC_13': {'raw_data': 8724, 'count': 532, 'frequency': 1182222208, 'pulse_length': 8}, 'RING_OSC_14': {'raw_data': 8864, 'count': 672, 'frequency': 1493333376, 'pulse_length': 8}, 'RING_OSC_15': {'raw_data': 8866, 'count': 674, 'frequency': 1497777792, 'pulse_length': 8}, 'RING_OSC_16': {'raw_data': 8560, 'count': 368, 'frequency': 817777792, 'pulse_length': 8}, 'RING_OSC_17': {'raw_data': 8556, 'count': 364, 'frequency': 808888896, 'pulse_length': 8}, 'RING_OSC_18': {'raw_data': 8626, 'count': 434, 'frequency': 964444416, 'pulse_length': 8}, 'RING_OSC_19': {'raw_data': 8622, 'count': 430, 'frequency': 955555584, 'pulse_length': 8}, 'RING_OSC_20': {'raw_data': 8636, 'count': 444, 'frequency': 986666688, 'pulse_length': 8}, 'RING_OSC_21': {'raw_data': 8636, 'count': 444, 'frequency': 986666688, 'pulse_length': 8}, 'RING_OSC_22': {'raw_data': 8822, 'count': 630, 'frequency': 1400000000, 'pulse_length': 8}, 'RING_OSC_23': {'raw_data': 8880, 'count': 688, 'frequency': 1528888832, 'pulse_length': 8}, 'RING_OSC_24': {'raw_data': 8764, 'count': 572, 'frequency': 1271111168, 'pulse_length': 8}, 'RING_OSC_25': {'raw_data': 8806, 'count': 614, 'frequency': 1364444416, 'pulse_length': 8}, 'RING_OSC_26': {'raw_data': 8834, 'count': 642, 'frequency': 1426666624, 'pulse_length': 8}, 'RING_OSC_27': {'raw_data': 8835, 'count': 643, 'frequency': 1428888832, 'pulse_length': 8}, 'RING_OSC_28': {'raw_data': 8830, 'count': 638, 'frequency': 1417777792, 'pulse_length': 8}, 'RING_OSC_29': {'raw_data': 8832, 'count': 640, 'frequency': 1422222208, 'pulse_length': 8}, 'RING_OSC_30': {'raw_data': 8830, 'count': 638, 'frequency': 1417777792, 'pulse_length': 8}, 'RING_OSC_31': {'raw_data': 8834, 'count': 642, 'frequency': 1426666624, 'pulse_length': 8}, 'RING_OSC_32': {'raw_data': 8836, 'count': 644, 'frequency': 1431111168, 'pulse_length': 8}, 'RING_OSC_33': {'raw_data': 8832, 'count': 640, 'frequency': 1422222208, 'pulse_length': 8}}
TEMPERATURE_A	-0.001
TEMPERATURE_B	-0.001
TEMPERATURE_C	-0.001
TEMPERATURE_D	-0.001
TEMPERATURE_T	-0.001
THRESHOLDSCAN_RESULT	green
THRESHOLDSCAN_VALUE	331.402
VCAL_HIGH_LARGE_RANGE_OFFSET	-0.000718
VCAL_HIGH_LARGE_RANGE_SLOPE	0.00020999999999999998
VCAL_HIGH_SMALL_RANGE_OFFSET	-0.0004
VCAL_HIGH_SMALL_RANGE_SLOPE	0.00010499999999999999
VCAL_MED_LARGE_RANGE_OFFSET	-0.001121
VCAL_MED_LARGE_RANGE_SLOPE	0.00020899999999999998
VCAL_MED_SMALL_RANGE_OFFSET	-0.0007199999999999999
VCAL_MED_SMALL_RANGE_SLOPE	0.000104
VDDA_16	1.436
VDDA_TRIM	3
VDDA_TRIM_RESULT	green
VDDA_TRIM_VALUE	1.206
VDDD_16	1.47
VDDD_TRIM	2
VDDD_TRIM_RESULT	green
VDDD_TRIM_VALUE	1.196
VINA_SHUNT_DELTAKFACTOR	-1
VINA_SHUNT_KFACTOR	1120.114
VINA_SHUNT_RESULT	black
VIND_SHUNT_DELTAKFACTOR	58.194
VIND_SHUNT_KFACTOR	1063.871
VIND_SHUNT_RESULT	black
VREF_ADC_TRIM	-1
VREF_ADC_TRIM_RESULT	black
VREF_ADC_TRIM_VALUE	-1

Attachments

Filename	Contents
Regulator IV curve	Download

ProductionDB Record

Expand ProductionDB Record

6261afe0d7b94b000b740bab

state

ready

date

2021-01-10T17:06:04.000Z

testType

id	5acf73b909d7a800067a4cc5
code	FECHIP_TEST
name	Electrical FE chip tests
state	active

institution

id	5ca753d878a5090009836f55
code	BONN
name	University of Bonn

user

id	6128b0564d2fbc000ae17b78
userIdentity	9198-3887-1
firstName	Mark
middleName
lastName	Standke

runNumber

0x162-10012021

passed

True

problems

False

properties

code DAQ_VERSION
name DAQ version used
dataType string
valueType single
required False
value sw: waferprobing_devel@e9716cd Chang; fw: 1.5; lanes: 7.0; speed: 1280
code DATABASE_LINK
name Link to chip raw data
dataType string
valueType single
required False
value https://itkpix.web.cern.ch/0x162/raw/0x16295
rangeMin None
rangeMax None

results

code ADC_OFFSET
name ADC offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value 0.011739000000000001
associateChild None
code ADC_SLOPE
name ADC slope [mV/DAC]
dataType float
valueType single
arrayDimensions None
additional False
value 0.00019800000000000002
associateChild None
code ANALOGSCAN_RESULT
name Result from analog scan
dataType string
valueType single
arrayDimensions None
value green
associateChild None
code ANALOGSCAN_VALUE
name Value of analog scan [%]
dataType float
valueType single
arrayDimensions None
additional False
value 100
associateChild None

code

ANALOG_DATA

name

Analog Data

dataType

object

valueType

single

arrayDimensions

None

additional

False

rangeMin

None

rangeMax

None

value

IREF Trims

IREF	3.1855895573159367e-06
V_IREF	0.003235281

IREF	3.249614995340168e-06
V_IREF	0.003051422

IREF	3.323323657968313e-06
V_IREF	0.003078443

IREF	3.383875013979497e-06
V_IREF	0.003107222

IREF	3.4236986300093193e-06
V_IREF	0.003132274

IREF	3.4848261835973898e-06
V_IREF	0.003151301

IREF	3.5547370316868592e-06
V_IREF	0.003171633

IREF	3.612341034482759e-06
V_IREF	0.003201014

IREF	3.6625925629077358e-06
V_IREF	0.003230636

IREF	3.7212802889096e-06
V_IREF	0.00325005

IREF	3.7932182152842495e-06
V_IREF	0.003274871

IREF	3.855291365330848e-06
V_IREF	0.003308973

IREF	3.893866584342964e-06
V_IREF	0.003334631

IREF	3.953173904939422e-06
V_IREF	0.00335428

IREF	4.026411561043803e-06
V_IREF	0.003377879

IREF	4.085474333643988e-06
V_IREF	0.003410608

IREF_OPT

VREF_D Trim (LDO)

VDDD	1.157004272
VDDD_internal	1.155280886

VDDD	1.179172235
VDDD_internal	1.1766929419999999

VDDD	1.199695188
VDDD_internal	1.1961231479999999

VDDD	1.220332591
VDDD_internal	1.218324544

VDDD	1.241808013
VDDD_internal	1.239067894

VDDD	1.263857753
VDDD_internal	1.260669338

VDDD	1.2836838830000001
VDDD_internal	1.2810214400000002

VDDD	1.304520331
VDDD_internal	1.3018867

VDDD	1.328156881
VDDD_internal	1.324812222

VDDD	1.3495826679999998
VDDD_internal	1.346364262

VDDD	1.3692761150000001
VDDD_internal	1.36477607

VDDD	1.390704135
VDDD_internal	1.3874463279999998

VDDD	1.4124178550000002
VDDD_internal	1.408696546

VDDD	1.4348449269999999
VDDD_internal	1.4292824240000002

VDDD	1.45197108
VDDD_internal	1.4479904860000001

VDDD	1.4735726299999998
VDDD_internal	1.4700345119999998

VREF_D_opt

VREF_A_opt

VREF_A Trim (LDO)

VDDA	1.143625272
VDDA_internal	1.147096286

VDDA	1.162341235
VDDA_internal	1.168038542

VDDA	1.183036188
VDDA_internal	1.1865833479999999

VDDA	1.203006591
VDDA_internal	1.206270944

VDDA	1.221225013
VDDA_internal	1.225637494

VDDA	1.240870753
VDDA_internal	1.244184938

VDDA	1.258988883
VDDA_internal	1.26345744

VDDA	1.279189331
VDDA_internal	1.2841713

VDDA	1.2967278809999998
VDDA_internal	1.301317022

VDDA	1.316506668
VDDA_internal	1.320706062

VDDA	1.334853115
VDDA_internal	1.33935987

VDDA	1.355814135
VDDA_internal	1.3597089279999999

VDDA	1.372372855
VDDA_internal	1.376332746

VDDA	1.393257927
VDDA_internal	1.397556024

VDDA	1.41178008
VDDA_internal	1.415446286

VDDA	1.43094963
VDDA_internal	1.4363799119999998

SHUNT_MODE

SHUNT_MODE	True

VREF_D Trim (SHUNT)

VDDD	1.1632112099999998
VDDD_internal	1.15813582

VDDD	1.18505069
VDDD_internal	1.1804389

VDDD	1.20571205
VDDD_internal	1.19992798

VDDD	1.22619812
VDDD_internal	1.22143638

VDDD	1.24704015
VDDD_internal	1.24209536

VDDD	1.2687203
VDDD_internal	1.26314392

VDDD	1.28740836
VDDD_internal	1.2812693800000001

VDDD	1.3095007399999998
VDDD_internal	1.303612

VDDD	1.3326161200000002
VDDD_internal	1.3262504400000001

VDDD	1.35366486
VDDD_internal	1.34669846

VDDD	1.3727825999999999
VDDD_internal	1.36551326

VDDD	1.39385057
VDDD_internal	1.38739252

VDDD	1.41490676
VDDD_internal	1.40845824

VDDD	1.43816711
VDDD_internal	1.42921458

VDDD	1.4552994000000001
VDDD_internal	1.44850328

VDDD	1.47651592
VDDD_internal	1.4695032399999999

VREF_D_opt

VREF_A_opt

VREF_A Trim (SHUNT)

VDDA	1.14050721
VDDA_internal	1.1460138199999998

VDDA	1.16140969
VDDA_internal	1.1663501

VDDA	1.18137005
VDDA_internal	1.18570098

VDDA	1.20133212
VDDA_internal	1.20618178

VDDA	1.21852515
VDDA_internal	1.22322456

VDDA	1.2388833
VDDA_internal	1.24338152

VDDA	1.25723036
VDDA_internal	1.26280638

VDDA	1.27689974
VDDA_internal	1.2823232

VDDA	1.29394012
VDDA_internal	1.30013844

VDDA	1.31501486
VDDA_internal	1.31907626

VDDA	1.3334915999999999
VDDA_internal	1.3388316599999999

VDDA	1.3533295699999999
VDDA_internal	1.35744272

VDDA	1.37208376
VDDA_internal	1.3750250400000001

VDDA	1.39210111
VDDA_internal	1.39516438

VDDA	1.4096354
VDDA_internal	1.41441448

VDDA	1.42964392
VDDA_internal	1.4345178399999998

chip_ids

1	True
2	True
4	True
8	True
16	True

chip_currents

CAP	1.016232e-08
CAP_PARASIT	7.071304e-09
CDR_BUF	2.067224e-05
CDR_CP	4.459828e-06
CDR_FD	4.328657e-05
CDR_VCO_BUF	5.333248e-05
CDR_VCO_MAIN	0.0001049723
CML_MAIN	5.253118e-05
CML_TAP1	7.369728e-09
CML_TAP2	1.007451e-08
DAC_COMP	5.178589e-05
DAC_FB	9.360562e-05
DAC_LCC	8.30659e-05
DAC_PREAMP_L	1.284108e-05
DAC_PREAMP_R	1.355903e-05
DAC_PREAMP_T	1.364108e-05
DAC_PREAMP_TL	1.344576e-05
DAC_PREAMP_TR	1.305539e-05
DAC_PRECOMP	7.552411e-05
DAC_TH1_L	7.960712e-05
DAC_TH1_M	8.088994e-05
DAC_TH1_R	8.223947e-05
DAC_TH2	0.0001049729
IINA	4.304474e-05
IIND	4.220574e-05
IREF	4.253747e-06
I_SHUNT_A	6.171684e-06
I_SHUNT_D	6.699966e-06
NTC_PAD	1.086531e-05
PREAMP_MATRIX_MAIN	1.370978e-05

chip_voltages

DAC_TH1_L	0.167754556
DAC_TH1_M	0.16317495599999998
DAC_TH1_R	0.170447556
DAC_TH2	0.0033822959999999964
GNDA19	1.925999999999317e-06
GNDA20	5.400000000280181e-08
GNDA21	1.105999999997248e-06
GNDA22	2.414000000002664e-06
GNDA23	4.440000000022204e-07
GNDA24	1.404000000003458e-06
GNDA25	2.45999999998886e-07
GNDA26	5.140000000035394e-07
GNDA27	2.1040000000027703e-06
GNDA28	2.344000000001345e-06
GNDA29	1.734000000003233e-06
GNDA30	3.324000000002464e-06
I_MUX	1.192597656
NTC_PAD	0.109043856
RADSENS_A	0.620509156
RADSENS_C	0.6224031560000001
RADSENS_D	0.620700456
TEMPSENS_A	0.301579656
TEMPSENS_B	0.389027656
TEMPSENS_C	0.308352756
TEMPSENS_D	0.30472205599999996
TEMPSENS_T	0.176275356
VCAL_HI	0.051750276000000005
VCAL_HIGH	0.051732776
VCAL_MED	0.030889665999999996
VDDA_HALF	0.600703156
VDDA_HALF_CAP	0.595795156
VDDD_HALF	0.5973822560000001
VINA_HALF	0.43108895599999997
VIND_HALF	0.44485115599999997
VOFS_HALF	0.270027556
VREFA	0.5936625560000001
VREFD	0.5965439560000001
VREF_ADC	0.861077156
VREF_CORE	0.464203356
VREF_PRE	0.597803356
VREF_VDAC	0.21325045599999998

CAP_MEAS

CAP_INJ_PAR	-9.0303118e-07
CAP_INJ_TOT	-1.0770759e-05

CAP_INJ_PAR	-9.027520800000001e-07
CAP_INJ_TOT	-1.0766578e-05

CAP_INJ_PAR	-9.032721399999999e-07
CAP_INJ_TOT	-1.0766271999999999e-05

CAP_INJ_PAR	-9.032056499999998e-07
CAP_INJ_TOT	-1.0768681e-05

CAP_INJ_PAR	-9.033090299999999e-07
CAP_INJ_TOT	-1.0768688000000001e-05

CAP_INJ_PAR	-9.0305695e-07
CAP_INJ_TOT	-1.0768367e-05

CAP_INJ_PAR	-9.0303588e-07
CAP_INJ_TOT	-1.0769724e-05

CAP_INJ_PAR	-9.030846800000002e-07
CAP_INJ_TOT	-1.0769257999999999e-05

CAP_INJ_PAR	-9.031759400000002e-07
CAP_INJ_TOT	-1.0766327e-05

CAP_INJ_PAR	-9.033121600000001e-07
CAP_INJ_TOT	-1.0768191e-05

CAP_VDDA

1.2016888879999998

CAP_IREF

4.027100596458527e-06

CAP_OFF

4.8e-16

CAP_FREQ

10000000

TRUE_CAP

7.729413459268005e-15

VCAL_MEAS

large_range

HIGH	0.0015886049999999999
HIGH_ADC	0
MED	0.0032005049999999993
MED_ADC	0

small_range

HIGH	0.0015992449999999991
HIGH_ADC	0
MED	0.0032028549999999975
MED_ADC	0

100

large_range

HIGH	0.020854454999999997
HIGH_ADC	43
MED	0.020708475
MED_ADC	45

small_range

HIGH	0.010734354999999998
HIGH_ADC	0
MED	0.010609734999999999
MED_ADC	0

200

large_range

HIGH	0.04147432499999999
HIGH_ADC	149
MED	0.041381215
MED_ADC	149

small_range

HIGH	0.020790635
HIGH_ADC	45
MED	0.020656144999999997
MED_ADC	44

300

large_range

HIGH	0.062327625
HIGH_ADC	255
MED	0.062235575
MED_ADC	255

small_range

HIGH	0.030978484999999997
HIGH_ADC	97
MED	0.030920815
MED_ADC	97

400

large_range

HIGH	0.083262445
HIGH_ADC	360
MED	0.083201845
MED_ADC	360

small_range

HIGH	0.041344154999999994
HIGH_ADC	149
MED	0.041250615000000004
MED_ADC	148

500

large_range

HIGH	0.104327745
HIGH_ADC	467
MED	0.104043145
MED_ADC	465

small_range

HIGH	0.051807795000000004
HIGH_ADC	202
MED	0.051662505
MED_ADC	199

600

large_range

HIGH	0.12538154499999998
HIGH_ADC	573
MED	0.12479444499999999
MED_ADC	570

small_range

HIGH	0.062208374999999996
HIGH_ADC	254
MED	0.061908455
MED_ADC	253

700

large_range

HIGH	0.14639444499999998
HIGH_ADC	678
MED	0.145694945
MED_ADC	678

small_range

HIGH	0.072691295
HIGH_ADC	307
MED	0.072276595
MED_ADC	305

800

large_range

HIGH	0.167207045
HIGH_ADC	785
MED	0.166631845
MED_ADC	782

small_range

HIGH	0.083086615
HIGH_ADC	358
MED	0.082753775
MED_ADC	358

900

large_range

HIGH	0.18834474499999998
HIGH_ADC	892
MED	0.187559745
MED_ADC	888

small_range

HIGH	0.093525545
HIGH_ADC	410
MED	0.093121445
MED_ADC	409

1000

large_range

HIGH	0.20943284499999998
HIGH_ADC	995
MED	0.20848034499999998
MED_ADC	992

small_range

HIGH	0.104148545
HIGH_ADC	463
MED	0.103564445
MED_ADC	461

1100

large_range

HIGH	0.23040244499999998
HIGH_ADC	1104
MED	0.228824645
MED_ADC	1095

small_range

HIGH	0.114620345
HIGH_ADC	517
MED	0.11365164500000001
MED_ADC	513

1200

large_range

HIGH	0.25134684500000004
HIGH_ADC	1208
MED	0.24993794499999997
MED_ADC	1202

small_range

HIGH	0.125166645
HIGH_ADC	573
MED	0.12419864500000001
MED_ADC	569

1300

large_range

HIGH	0.27218944500000003
HIGH_ADC	1313
MED	0.270634945
MED_ADC	1307

small_range

HIGH	0.13562454499999999
HIGH_ADC	625
MED	0.134522445
MED_ADC	622

1400

large_range

HIGH	0.293178145
HIGH_ADC	1417
MED	0.291811045
MED_ADC	1412

small_range

HIGH	0.14612794499999998
HIGH_ADC	680
MED	0.145051945
MED_ADC	672

1500

large_range

HIGH	0.31418264500000004
HIGH_ADC	1525
MED	0.31239904500000004
MED_ADC	1517

small_range

HIGH	0.15673864499999998
HIGH_ADC	732
MED	0.15547594499999998
MED_ADC	725

1600

large_range

HIGH	0.334682545
HIGH_ADC	1633
MED	0.333399645
MED_ADC	1623

small_range

HIGH	0.16713614499999999
HIGH_ADC	784
MED	0.165923145
MED_ADC	777

1700

large_range

HIGH	0.355776745
HIGH_ADC	1735
MED	0.354128745
MED_ADC	1727

small_range

HIGH	0.17764154499999998
HIGH_ADC	837
MED	0.17618664499999998
MED_ADC	830

1800

large_range

HIGH	0.376612445
HIGH_ADC	1841
MED	0.375558345
MED_ADC	1834

small_range

HIGH	0.188016245
HIGH_ADC	889
MED	0.186685145
MED_ADC	883

1900

large_range

HIGH	0.39758344500000004
HIGH_ADC	1944
MED	0.395599845
MED_ADC	1937

small_range

HIGH	0.19861874499999999
HIGH_ADC	943
MED	0.19703554499999998
MED_ADC	936

2000

large_range

HIGH	0.41860234500000004
HIGH_ADC	2056
MED	0.41687414500000003
MED_ADC	2045

small_range

HIGH	0.20913274499999998
HIGH_ADC	997
MED	0.207513745
MED_ADC	988

2100

large_range

HIGH	0.44000484500000003
HIGH_ADC	2166
MED	0.43713024500000003
MED_ADC	2153

small_range

HIGH	0.219459045
HIGH_ADC	1048
MED	0.21767684499999998
MED_ADC	1040

2200

large_range

HIGH	0.460673245
HIGH_ADC	2269
MED	0.45829774500000003
MED_ADC	2256

small_range

HIGH	0.230034045
HIGH_ADC	1103
MED	0.228128545
MED_ADC	1091

2300

large_range

HIGH	0.482208645
HIGH_ADC	2375
MED	0.47926604500000003
MED_ADC	2364

small_range

HIGH	0.240634645
HIGH_ADC	1156
MED	0.238802645
MED_ADC	1147

2400

large_range

HIGH	0.503338545
HIGH_ADC	2481
MED	0.5009372449999999
MED_ADC	2469

small_range

HIGH	0.251106245
HIGH_ADC	1209
MED	0.249248245
MED_ADC	1199

2500

large_range

HIGH	0.5237147449999999
HIGH_ADC	2584
MED	0.521573045
MED_ADC	2574

small_range

HIGH	0.26161684500000004
HIGH_ADC	1261
MED	0.259471345
MED_ADC	1252

2600

large_range

HIGH	0.5447002449999999
HIGH_ADC	2692
MED	0.5418892449999999
MED_ADC	2682

small_range

HIGH	0.271721745
HIGH_ADC	1314
MED	0.270063245
MED_ADC	1302

2700

large_range

HIGH	0.565853345
HIGH_ADC	2795
MED	0.5629052449999999
MED_ADC	2786

small_range

HIGH	0.28251554500000003
HIGH_ADC	1367
MED	0.28054284500000004
MED_ADC	1357

2800

large_range

HIGH	0.586937045
HIGH_ADC	2901
MED	0.5842957449999999
MED_ADC	2892

small_range

HIGH	0.292882945
HIGH_ADC	1417
MED	0.291151845
MED_ADC	1408

2900

large_range

HIGH	0.6084628449999999
HIGH_ADC	3007
MED	0.6057986449999999
MED_ADC	2999

small_range

HIGH	0.303264445
HIGH_ADC	1472
MED	0.301701845
MED_ADC	1465

3000

large_range

HIGH	0.629339845
HIGH_ADC	3112
MED	0.627243545
MED_ADC	3107

small_range

HIGH	0.31377344500000004
HIGH_ADC	1526
MED	0.312451845
MED_ADC	1519

3100

large_range

HIGH	0.6501342449999999
HIGH_ADC	3199
MED	0.6470372449999999
MED_ADC	3211

small_range

HIGH	0.324347445
HIGH_ADC	1579
MED	0.322626645
MED_ADC	1570

3200

large_range

HIGH	0.671372745
HIGH_ADC	3329
MED	0.669076245
MED_ADC	3324

small_range

HIGH	0.334922245
HIGH_ADC	1632
MED	0.333941745
MED_ADC	1625

3300

large_range

HIGH	0.693111445
HIGH_ADC	3436
MED	0.6898040449999999
MED_ADC	3425

small_range

HIGH	0.34558904500000004
HIGH_ADC	1682
MED	0.34406404500000004
MED_ADC	1677

3400

large_range

HIGH	0.7138211449999999
HIGH_ADC	3529
MED	0.711740445
MED_ADC	3532

small_range

HIGH	0.355994445
HIGH_ADC	1736
MED	0.35484554500000004
MED_ADC	1730

3500

large_range

HIGH	0.7346771449999999
HIGH_ADC	3641
MED	0.732176445
MED_ADC	3642

small_range

HIGH	0.36644904500000003
HIGH_ADC	1791
MED	0.365475945
MED_ADC	1786

3600

large_range

HIGH	0.755903145
HIGH_ADC	3751
MED	0.7548231449999999
MED_ADC	3750

small_range

HIGH	0.377180245
HIGH_ADC	1844
MED	0.37622704500000004
MED_ADC	1840

3700

large_range

HIGH	0.776555545
HIGH_ADC	3861
MED	0.776153645
MED_ADC	3856

small_range

HIGH	0.387716445
HIGH_ADC	1898
MED	0.386835445
MED_ADC	1893

3800

large_range

HIGH	0.798789545
HIGH_ADC	3966
MED	0.7974357449999999
MED_ADC	3967

small_range

HIGH	0.39814514500000003
HIGH_ADC	1951
MED	0.39770484500000003
MED_ADC	1947

3900

large_range

HIGH	0.819604145
HIGH_ADC	4072
MED	0.819666645
MED_ADC	4075

small_range

HIGH	0.408903245
HIGH_ADC	2003
MED	0.408609045
MED_ADC	2002

4000

large_range

HIGH	0.841196545
HIGH_ADC	4095
MED	0.842208545
MED_ADC	4095

small_range

HIGH	0.419339145
HIGH_ADC	2060
MED	0.41954204500000003
MED_ADC	2061

IV curves

VDDA	1.203634294
VDDD	1.2039322940000001
VDD_PRE	1.1951462940000002
VIN_A	1.775707294
VIN_A_int	0.44308749399999997
VIN_D	1.801324294
VIN_D_int	0.452463794
VOFS	0.551241694
VOFS_int	0.27114809399999995
VREFA	0.5950387939999999
VREFA_int	0.595133794
VREFD	0.597972194
VREFD_int	0.598186094
VREF_PRE_int	0.598255594

VDDA	0.9163124939999999
VDDD	0.902511494
VDD_PRE	0.932682294
VIN_A	0.957845094
VIN_A_int	0.23229149400000002
VIN_D	0.946800894
VIN_D_int	0.231047694
VOFS	0.909873794
VOFS_int	0.231406794
VREFA	0.561467194
VREFA_int	0.560912194
VREFD	0.561349394
VREFD_int	0.561469194
VREF_PRE_int	0.579218994

055

VDDA	0.962072494
VDDD	0.985635294
VDD_PRE	0.9786116939999999
VIN_A	1.003076294
VIN_A_int	0.24426679399999998
VIN_D	1.0260212940000002
VIN_D_int	0.25172829399999996
VOFS	0.943596294
VOFS_int	0.243402494
VREFA	0.568416994
VREFA_int	0.567895694
VREFD	0.5698214939999999
VREFD_int	0.569799094
VREF_PRE_int	0.584789594

VDDA	1.0140322940000002
VDDD	1.0655172940000002
VDD_PRE	1.0301402940000002
VIN_A	1.054630294
VIN_A_int	0.25781479399999996
VIN_D	1.1050532940000002
VIN_D_int	0.27237589399999995
VOFS	0.9386290939999999
VOFS_int	0.256979894
VREFA	0.575206994
VREFA_int	0.5745413939999999
VREFD	0.5765352939999999
VREFD_int	0.5766453939999999
VREF_PRE_int	0.5881855939999999

065

VDDA	1.079351294
VDDD	1.142872294
VDD_PRE	1.094892294
VIN_A	1.1197202940000002
VIN_A_int	0.27474129399999997
VIN_D	1.184478294
VIN_D_int	0.29315159399999996
VOFS	0.548875694
VOFS_int	0.252634794
VREFA	0.582274194
VREFA_int	0.581846994
VREFD	0.583719794
VREFD_int	0.583997894
VREF_PRE_int	0.590762294

VDDA	1.194130294
VDDD	1.1943632940000002
VDD_PRE	1.189055294
VIN_A	1.244327294
VIN_A_int	0.306495494
VIN_D	1.624302294
VIN_D_int	0.400882894
VOFS	0.5464210939999999
VOFS_int	0.262176294
VREFA	0.590163694
VREFA_int	0.589945894
VREFD	0.591494494
VREFD_int	0.591774194
VREF_PRE_int	0.593272994

075

VDDA	1.198595294
VDDD	1.1960262940000002
VDD_PRE	1.191379294
VIN_A	1.6650322940000002
VIN_A_int	0.41237159399999995
VIN_D	1.665881294
VIN_D_int	0.415153094
VOFS	0.547022094
VOFS_int	0.266718994
VREFA	0.591271694
VREFA_int	0.5909676939999999
VREFD	0.592543394
VREFD_int	0.593180594
VREF_PRE_int	0.594309094

VDDA	1.199566294
VDDD	1.1984042940000001
VDD_PRE	1.1921152940000002
VIN_A	1.6960292940000001
VIN_A_int	0.420885994
VIN_D	1.704624294
VIN_D_int	0.425501894
VOFS	0.547797094
VOFS_int	0.26782439399999997
VREFA	0.591970194
VREFA_int	0.591252594
VREFD	0.593937694
VREFD_int	0.594299194
VREF_PRE_int	0.594979594

085

VDDA	1.2006772940000001
VDDD	1.1983452940000001
VDD_PRE	1.1927792940000002
VIN_A	1.712470294
VIN_A_int	0.42562429399999996
VIN_D	1.7434222940000002
VIN_D_int	0.435788694
VOFS	0.548954894
VOFS_int	0.268652894
VREFA	0.592459494
VREFA_int	0.5922361939999999
VREFD	0.595142594
VREFD_int	0.595206494
VREF_PRE_int	0.595835994

VDDA	1.2009012940000001
VDDD	1.201304294
VDD_PRE	1.1935562940000002
VIN_A	1.7292192940000002
VIN_A_int	0.430190994
VIN_D	1.7725052940000001
VIN_D_int	0.443860294
VOFS	0.549348194
VOFS_int	0.269328794
VREFA	0.594177394
VREFA_int	0.593041394
VREFD	0.595980094
VREFD_int	0.596105394
VREF_PRE_int	0.596625494

095

VDDA	1.2004362940000002
VDDD	1.201207294
VDD_PRE	1.1942392940000002
VIN_A	1.751300294
VIN_A_int	0.43642929399999997
VIN_D	1.7864782940000001
VIN_D_int	0.44810629399999996
VOFS	0.550106694
VOFS_int	0.270193294
VREFA	0.5940547939999999
VREFA_int	0.594088894
VREFD	0.596808794
VREFD_int	0.597347194
VREF_PRE_int	0.597314394

associateChild

None

code CHIP_ID_TEST_RESULT
name Chip ID test result
dataType string
valueType single
arrayDimensions None
additional False
value green
associateChild None
code CURR_MULT_FAC_A
name Current multiplication factor IINA
dataType float
valueType single
arrayDimensions None
additional False
rangeMin None
rangeMax None
value 20885.246
associateChild None
code CURR_MULT_FAC_D
name Current multiplication factor IIND
dataType float
valueType single
arrayDimensions None
additional False
rangeMin None
rangeMax None
value 21324.114
associateChild None
code DATA_MERGING_RESULT
name Data merging result
dataType string
valueType single
arrayDimensions None
additional False
value red
associateChild None
code DIGITALSCAN_RESULT
name Result from digital scan
dataType string
valueType single
arrayDimensions None
value green
associateChild None
code DIGITALSCAN_VALUE
name Value of digital scan [%]
dataType float
valueType single
arrayDimensions None
additional False
value 100
associateChild None
code IREF_TRIM
name IREF trim bit
dataType integer
valueType single
arrayDimensions None
value 14
associateChild None
code IREF_TRIM_RESULT
name Result from IREF trim
dataType string
valueType single
arrayDimensions None
value yellow
associateChild None
code IREF_TRIM_VALUE
name Value for IREF after trimming [muA]
dataType float
valueType single
arrayDimensions None
additional False
value 4.026e-06
associateChild None

code

IV_CURVES

name

IV curves

dataType

object

valueType

single

arrayDimensions

None

additional

False

value

IINA	0.957845094 1.003076294 1.054630294 1.119720294 1.244327294 1.665032294 1.696029294 1.712470294 1.729219294 1.751300294 1.775707294
VINA	0.957845094 1.003076294 1.054630294 1.119720294 1.244327294 1.665032294 1.696029294 1.712470294 1.729219294 1.751300294 1.775707294
IIND	0.957845094 1.003076294 1.054630294 1.119720294 1.244327294 1.665032294 1.696029294 1.712470294 1.729219294 1.751300294 1.775707294
VIND	0.946800894 1.026021294 1.105053294 1.184478294 1.624302294 1.665881294 1.704624294 1.743422294 1.772505294 1.786478294 1.801324294

associateChild

None

code I_TOT_CONF_RESULT
name Result from I TOT conf test
dataType string
valueType single
arrayDimensions None
value black
associateChild None
code I_TOT_CONF_VALUE
name Value from I TOT conf test [A]
dataType float
valueType single
arrayDimensions None
additional False
value -1
associateChild None
code I_VINA_CONF_RESULT
name Result from I VINA conf test
dataType string
valueType single
arrayDimensions None
value black
associateChild None
code I_VINA_CONF_VALUE
name Value from I VINA conf test [A]
dataType float
valueType single
arrayDimensions None
additional False
value -1
associateChild None
code I_VIND_CONF_RESULT
name Result from I VIND conf test
dataType string
valueType single
arrayDimensions None
value black
associateChild None
code I_VIND_CONF_VALUE
name Value from I VIND conf test [A]
dataType float
valueType single
arrayDimensions None
additional False
value -1
associateChild None
code InjectionCapacitance
name Injection capacitance [fF]
dataType float
valueType single
arrayDimensions None
additional False
value 7.729e-15
associateChild None
code LINK_RESULT
name Result from link test
dataType string
valueType single
arrayDimensions None
value green
associateChild None
code LINK_VALUE
name Value from link test
dataType float
valueType single
arrayDimensions None
additional False
value 1
associateChild None

code

META_DATA

name

Meta Data

dataType

object

valueType

single

arrayDimensions

None

additional

False

rangeMin

None

rangeMax

None

value

scan_times

POWER

VCAL_meas

IINA	0.899
IIND	0.9
VDDA	1.20146272
VDDD	1.196934255
VINA	1.78
VIND	1.82

analog_scan

IINA	0.899
IIND	0.9
VINA	1.78
VIND	1.83

aurora_test_0

IINA	0.899
IIND	0.9
VINA	1.78
VIND	1.82

aurora_test_1

IINA	0.899
IIND	0.9
VINA	1.78
VIND	1.82

aurora_test_2

IINA	0.899
IIND	0.9
VINA	1.78
VIND	1.82

aurora_test_3

IINA	0.899
IIND	0.9
VINA	1.78
VIND	1.82

digital_scan

IINA	0.9
IIND	0.9
VINA	1.78
VIND	1.83

efuse_write

IINA	0.899
IIND	0.9
VDDA	1.200915955
VDDD	1.196569665
VINA	1.78
VIND	1.82

gnd_offset_ldo

IINA	0.999
IIND	1
VDDA	1.296023265
VDDD	1.328239745
VINA	1.83
VIND	1.86

inj_cap

IINA	0.899
IIND	0.9
VDDA	1.202409955
VDDD	1.19782514
VINA	1.78
VIND	1.82

iref_trim

IINA	0.082
IIND	0.274
VDDA	1.2961179280000001
VDDD	1.3227876705000001
VINA	1.6
VIND	1.61

measure_chip_currents

IINA	0.899
IIND	0.9
VDDA	1.201207675
VDDD	1.1964349349999999
VINA	1.78
VIND	1.82

measure_chip_voltages

IINA	0.9
IIND	0.9
VDDA	1.20101364
VDDD	1.196197745
VINA	1.78
VIND	1.82

osc_scan

IINA	0.899
IIND	0.9
VINA	1.78
VIND	1.83

pixel_register_scan

IINA	0.9
IIND	0.9
VINA	1.78
VIND	1.82

register_test

IINA	0.899
IIND	0.9
VINA	1.78
VIND	1.82

threshold_scan

IINA	0.899
IIND	0.9
VINA	1.78
VIND	1.82

vref_trim

IINA	0.899
IIND	0.9
VDDA	1.2575299100000001
VDDD	1.20009978
VINA	1.78
VIND	1.82

duration

IV_curve	140.09092259407043
VCAL_meas	177.3123574256897
analog_scan	40.448639154434204
aurora_test_0	16.67038369178772
aurora_test_1	15.257548570632935
aurora_test_2	16.40179181098938
aurora_test_3	15.027549266815186
chip_id_check	1.6902122497558594
digital_scan	40.129887104034424
efuse_write	10.574397087097168
gnd_offset_ldo	8.470880508422852
initial_power	44.31328058242798
inj_cap	83.52971768379211
iref_trim	46.172892570495605
measure_chip_currents	32.51630783081055
measure_chip_voltages	45.198596477508545
osc_scan	15.561840057373047
pixel_register_scan	138.42705059051514
register_test	23.892436265945435
threshold_scan	164.4282751083374
vref_trim	88.51019930839539

fw_version

1.5

lanes

rx_speed

1280

start_time

1610294764.5587587

stop_time

1610295982.7141829

sw_version

waferprobing_devel@e9716cd Changed files: bdaq53/chips/ITkPixV1.py, bdaq53/chips/ITkPixV1_default.cfg.yaml, bdaq53/scans/scan_digital.py, bdaq53/system/scan_base.py, bdaq53/waferprobing/analysis/analyze_wafer_ITkPixV1.py, bdaq53/waferprobing/probe_chip_ITkPixV1.py, bdaq53/waferprobing/probe_chip_RD53A.py, bdaq53/waferprobing/probe_wafer.py, bdaq53/waferprobing/test_needlecard.py, bdaq53/waferprobing/test_probestation.py

associateChild

None

code NOCCSCAN_RESULT
name Result from NOcc scan
dataType string
valueType single
arrayDimensions None
value black
associateChild None
code NOCCSCAN_VALUE
name Value from NOcc scan
dataType float
valueType single
arrayDimensions None
value -1
associateChild None
code OVERALL_RESULT
name Final test result
dataType string
valueType single
arrayDimensions None
value yellow
associateChild None
code PC_NTC
name Probe-card NTC Temperature
dataType float
valueType single
arrayDimensions None
additional False
rangeMin None
rangeMax None
value -1
associateChild None
code PIXEL_REGISTER_TEST
name Pixel register test [%]
dataType float
valueType single
arrayDimensions None
additional False
value 100
associateChild None
code PIXEL_REGISTER_TEST_RESULT
name Pixel register test result
dataType string
valueType single
arrayDimensions None
additional False
value green
associateChild None
code REGISTER_TEST_RESULT
name Register test result
dataType string
valueType single
arrayDimensions None
additional False
value green
associateChild None
code RESISTOR
name Proposed resistor [kOhm]
dataType integer
valueType single
arrayDimensions None
additional False
value -1
associateChild None

code

RING_OSC_0_VALUE

name

Ring OSC values

dataType

object

valueType

single

arrayDimensions

None

additional

False

value

RING_OSC_A_0

raw_data	4274
count	178
frequency	395555552
pulse_length	8

RING_OSC_A_1

raw_data	8754
count	562
frequency	1248888832
pulse_length	8

RING_OSC_A_2

raw_data	8538
count	346
frequency	768888896
pulse_length	8

RING_OSC_A_3

raw_data	8746
count	554
frequency	1231111168
pulse_length	8

RING_OSC_A_4

raw_data	8530
count	338
frequency	751111104
pulse_length	8

RING_OSC_A_5

raw_data	8767
count	575
frequency	1277777792
pulse_length	8

RING_OSC_A_6

raw_data	8574
count	382
frequency	848888896
pulse_length	8

RING_OSC_A_7

raw_data	8763
count	571
frequency	1268888832
pulse_length	8

RING_OSC_0

raw_data	4366
count	270
frequency	600000000
pulse_length	8

RING_OSC_1

raw_data	8725
count	533
frequency	1184444416
pulse_length	8

RING_OSC_2

raw_data	8828
count	636
frequency	1413333376
pulse_length	8

RING_OSC_3

raw_data	8830
count	638
frequency	1417777792
pulse_length	8

RING_OSC_4

raw_data	8728
count	536
frequency	1191111168
pulse_length	8

RING_OSC_5

raw_data	8727
count	535
frequency	1188888832
pulse_length	8

RING_OSC_6

raw_data	8824
count	632
frequency	1404444416
pulse_length	8

RING_OSC_7

raw_data	8826
count	634
frequency	1408888832
pulse_length	8

RING_OSC_8

raw_data	8760
count	568
frequency	1262222208
pulse_length	8

RING_OSC_9

raw_data	8756
count	564
frequency	1253333376
pulse_length	8

RING_OSC_10

raw_data	8858
count	666
frequency	1480000000
pulse_length	8

RING_OSC_11

raw_data	8854
count	662
frequency	1471111168
pulse_length	8

RING_OSC_12

raw_data	8730
count	538
frequency	1195555584
pulse_length	8

RING_OSC_13

raw_data	8724
count	532
frequency	1182222208
pulse_length	8

RING_OSC_14

raw_data	8864
count	672
frequency	1493333376
pulse_length	8

RING_OSC_15

raw_data	8866
count	674
frequency	1497777792
pulse_length	8

RING_OSC_16

raw_data	8560
count	368
frequency	817777792
pulse_length	8

RING_OSC_17

raw_data	8556
count	364
frequency	808888896
pulse_length	8

RING_OSC_18

raw_data	8626
count	434
frequency	964444416
pulse_length	8

RING_OSC_19

raw_data	8622
count	430
frequency	955555584
pulse_length	8

RING_OSC_20

raw_data	8636
count	444
frequency	986666688
pulse_length	8

RING_OSC_21

raw_data	8636
count	444
frequency	986666688
pulse_length	8

RING_OSC_22

raw_data	8822
count	630
frequency	1400000000
pulse_length	8

RING_OSC_23

raw_data	8880
count	688
frequency	1528888832
pulse_length	8

RING_OSC_24

raw_data	8764
count	572
frequency	1271111168
pulse_length	8

RING_OSC_25

raw_data	8806
count	614
frequency	1364444416
pulse_length	8

RING_OSC_26

raw_data	8834
count	642
frequency	1426666624
pulse_length	8

RING_OSC_27

raw_data	8835
count	643
frequency	1428888832
pulse_length	8

RING_OSC_28

raw_data	8830
count	638
frequency	1417777792
pulse_length	8

RING_OSC_29

raw_data	8832
count	640
frequency	1422222208
pulse_length	8

RING_OSC_30

raw_data	8830
count	638
frequency	1417777792
pulse_length	8

RING_OSC_31

raw_data	8834
count	642
frequency	1426666624
pulse_length	8

RING_OSC_32

raw_data	8836
count	644
frequency	1431111168
pulse_length	8

RING_OSC_33

raw_data	8832
count	640
frequency	1422222208
pulse_length	8

associateChild

None

code TEMPERATURE_A
name Temperature A sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value -0.001
associateChild None
code TEMPERATURE_B
name Temperature B sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value -0.001
associateChild None
code TEMPERATURE_C
name Temperature C sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value -0.001
associateChild None
code TEMPERATURE_D
name Temperature D sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value -0.001
associateChild None
code TEMPERATURE_T
name Temperature T sensor [V]
dataType float
valueType single
arrayDimensions None
additional False
value -0.001
associateChild None
code THRESHOLDSCAN_RESULT
name Result from threshold scan
dataType string
valueType single
arrayDimensions None
value green
associateChild None
code THRESHOLDSCAN_VALUE
name Mean threshold from DAC threshold scan [D(V_cal)]
dataType float
valueType single
arrayDimensions None
additional False
value 331.402
associateChild None
code VCAL_HIGH_LARGE_RANGE_OFFSET
name VCAL HIGH large range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.000718
associateChild None
code VCAL_HIGH_LARGE_RANGE_SLOPE
name VCAL HIGH large range slope [mV/DAC]
dataType float
valueType single
arrayDimensions None
additional False
value 0.00020999999999999998
associateChild None
code VCAL_HIGH_SMALL_RANGE_OFFSET
name VCAL HIGH small range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.0004
associateChild None
code VCAL_HIGH_SMALL_RANGE_SLOPE
name VCAL HIGH small range slope [mV/DAC]
dataType float
valueType single
arrayDimensions None
additional False
value 0.00010499999999999999
associateChild None
code VCAL_MED_LARGE_RANGE_OFFSET
name VCAL MEDIUM large range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.001121
associateChild None
code VCAL_MED_LARGE_RANGE_SLOPE
name VCAL MEDIUM large range slope [mV/DAC]
dataType float
valueType single
arrayDimensions None
additional False
value 0.00020899999999999998
associateChild None
code VCAL_MED_SMALL_RANGE_OFFSET
name VCAL MEDIUM small range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.0007199999999999999
associateChild None
code VCAL_MED_SMALL_RANGE_SLOPE
name VCAL MEDIUM small range slope [mV/DAC]
dataType float
valueType single
arrayDimensions None
additional False
value 0.000104
associateChild None
code VDDA_16
name VDDA bit 16 [V]
dataType float
valueType single
arrayDimensions None
additional False
value 1.436
associateChild None
code VDDA_TRIM
name VDDA trim bit
dataType integer
valueType single
arrayDimensions None
value 3
associateChild None
code VDDA_TRIM_RESULT
name Result from VDDA trim
dataType string
valueType single
arrayDimensions None
value green
associateChild None
code VDDA_TRIM_VALUE
name Value from VDDA after trimming [V]
dataType float
valueType single
arrayDimensions None
additional False
value 1.206
associateChild None
code VDDD_16
name VDDD bit 16
dataType float
valueType single
arrayDimensions None
value 1.47
associateChild None
code VDDD_TRIM
name VDDD trim bit
dataType integer
valueType single
arrayDimensions None
value 2
associateChild None
code VDDD_TRIM_RESULT
name Result from VDDD trim
dataType string
valueType single
arrayDimensions None
value green
associateChild None
code VDDD_TRIM_VALUE
name Value from VDDD after trimming [V]
dataType float
valueType single
arrayDimensions None
additional False
value 1.196
associateChild None
code VINA_SHUNT_DELTAKFACTOR
name VINA shunt delta k-factor
dataType float
valueType single
arrayDimensions None
additional False
value -1
associateChild None
code VINA_SHUNT_KFACTOR
name VINA shunt k-factor
dataType float
valueType single
arrayDimensions None
additional False
value 1120.114
associateChild None
code VINA_SHUNT_RESULT
name VINA shunt result
dataType string
valueType single
arrayDimensions None
additional False
value black
associateChild None
code VIND_SHUNT_DELTAKFACTOR
name VIND shunt delta k-factor
dataType float
valueType single
arrayDimensions None
additional False
value 58.194
associateChild None
code VIND_SHUNT_KFACTOR
name VIND shunt k-factor
dataType float
valueType single
arrayDimensions None
additional False
value 1063.871
associateChild None
code VIND_SHUNT_RESULT
name VIND shunt result
dataType string
valueType single
arrayDimensions None
additional False
value black
associateChild None
code VREF_ADC_TRIM
name Optimal VREF ADC bit
dataType integer
valueType single
arrayDimensions None
value -1
associateChild None
code VREF_ADC_TRIM_RESULT
name Result from VREF ADC test
dataType string
valueType single
arrayDimensions None
value black
associateChild None
code VREF_ADC_TRIM_VALUE
name Value from VREF ADC test [V]
dataType float
valueType single
arrayDimensions None
additional False
value -1
associateChild None

cts

2022-04-21T19:26:24.910Z

sys

cts	2022-04-21T19:26:24.910Z
mts	2022-04-21T19:26:28.293Z
rev	1

defects

comments

None

attachments

code

dateTime

title

description

contentType

type

filename

user

8d7502bdb8c16316db2064e3e099eb27

2022-04-21T19:26:28.273Z

Regulator IV curve

Regulator IV curves from chip on wafer test

application/octet-stream

file

0x16295_iv.pdf

id	6128b0564d2fbc000ae17b78
userIdentity	9198-3887-1
firstName	Mark
middleName
lastName	Standke

components

code

state

stateTs

stateUserIdentity

dummy

completed

completedTs

completedUserIdentity

trashed

trashedTs

serialNumber

alternativeIdentifier

project

subproject

componentType

type

properties

testedAtStage

institution

6261ad26d7b94b000b73e5d5

9ed2c853fb2ec4440c37ff4972043004

ready

2022-04-21T19:14:46.083Z

9198-3887-1

False

True

2022-04-21T19:26:26.426Z

9198-3887-1

False

None

20UPGFC0090773

None

code	P
name	Pixels

code	PG
name	Pixel general

code	FE_CHIP
name	Front-end Chip

code	ITKPIX_V11
name	ITkpix_V1.1

code	name	dataType	required	default	value
WAFERSN	Wafer serial number	string	False	False	20UPGFW0000354

code	TESTONWAFER
name	Testing on wafer
order	0
initial	True
final	False

code	BONN
name	University of Bonn

Current Stage: Initial Warm

Test Type	Local Result
ADC Calibration (ADC_CALIBRATION)	TestRun Present
Analog Readback (ANALOG_READBACK)	TestRun Present
SLDO (SLDO)	TestRun Present
VCAL Calibration (VCAL_CALIBRATION)	TestRun Present
Low Power Mode (LP_MODE)	TestRun Present
Data Transmission (DATA_TRANSMISSION)	TestRun Present
Injection Capacitance (INJECTION_CAPACITANCE)	TestRun Present
Minimal Health Test (MIN_HEALTH_TEST)	TestRun Present
Tuning (TUNING)	TestRun Present
Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)	TestRun Present

Candidate TestRuns of this Stage

LDB ID	TestRun Code	QC Passed	Inspector	Measurement Date	Analysis Date	Analysis Version	Tags	QC Registration
6261af…740bab	FECHIP_TEST	Pass	MarkStandke	N/A	3 years ago		No tags	Selected

Past QC Stages and Results

Wire Bonding (MODULE/WIREBONDING)

Bare module to module PCB assembly (MODULE/ASSEMBLY)

Initial state to associate flex to bare module (MODULE/INIT)

Reception at ITk institute (BAREMODULERECEPTION)

Test	Local Result	ProdDB Record
Analog Readback (ANALOG_READBACK)	No result	N/A
Minimal Health Test (MIN_HEALTH_TEST)	No result	N/A

Bare module assembly (BAREMODULEASSEMBLY)

Not to be used for detector (UNUSABLE)

Hybridisation (HYBRIDISATION)

Testing on wafer (TESTONWAFER)

Test	Local Result	ProdDB Record
Electrical FE chip tests (FECHIP_TEST)	Registered	Registered

LocalDB Test ID	Stage	Test Name	Inspector	Measurement Date	Analysis Date	Tags	QC Registration
669adf…2e5f7d	MODULE/INITIAL_WARM	PIXEL_FAILURE_ANALYSIS	None	N/A	a year ago	No tags
669ade…2e5f2c	MODULE/INITIAL_WARM	DATA_TRANSMISSION	None	a year ago	a year ago	No tags	Selected
669ade…2e5dfa	MODULE/INITIAL_WARM	TUNING	None	N/A	a year ago	No tags
669adc…2e5d5f	MODULE/INITIAL_WARM	MIN_HEALTH_TEST	None	N/A	a year ago	No tags
669ac6…ba7058	MODULE/INITIAL_WARM	UNDERSHUNT_PROTECTION	None	a year ago	a year ago	No tags	Selected
669ac1…ba7030	MODULE/INITIAL_WARM	LP_MODE	None	a year ago	a year ago	No tags	Selected
669ac1…ba6ffa	MODULE/INITIAL_WARM	INJECTION_CAPACITANCE	None	a year ago	a year ago	No tags	Selected
669ac0…ba6fb8	MODULE/INITIAL_WARM	VCAL_CALIBRATION	None	a year ago	a year ago	No tags	Selected
669abe…ba6f7a	MODULE/INITIAL_WARM	SLDO	None	a year ago	a year ago	No tags	Selected
669abb…ba6f17	MODULE/INITIAL_WARM	ANALOG_READBACK	None	a year ago	a year ago	No tags	Selected
669ab4…ba6edd	MODULE/INITIAL_WARM	ADC_CALIBRATION	None	a year ago	a year ago	No tags	Selected
6261af…740bab	TESTONWAFER	FECHIP_TEST	MarkStandke	N/A	3 years ago	No tags	Selected

Run	Date	Test Type	Stage	User	Site	Tags	Status
18127	a year ago	std_digitalscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	MHT	Pass
18125	a year ago	std_mergedbumpscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	PFA	Pass
18124	a year ago	std_discbumpscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	PFA	Pass
18123	a year ago	std_noisescan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	PFA	Pass
18122	a year ago	std_thresholdscan_hd	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	PFA	Pass
18121	a year ago	std_analogscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	PFA	Pass
18120	a year ago	std_digitalscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	PFA	Pass
18119	a year ago	std_totscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	TUN	Pass
18118	a year ago	std_thresholdscan_hd	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	TUN	Pass
18117	a year ago	std_tune_pixelthreshold	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	TUN	Pass
18116	a year ago	std_tune_globalthreshold	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	TUN	Pass
18115	a year ago	std_totscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	TUN	Pass
18114	a year ago	std_thresholdscan_hr	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	TUN	Pass
18113	a year ago	std_tune_globalthreshold	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	TUN	Pass
18112	a year ago	std_totscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	MHT	Pass
18111	a year ago	std_thresholdscan_hr	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	MHT	Pass
18110	a year ago	std_analogscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	MHT	Pass
18109	a year ago	std_digitalscan	MODULE/INITIAL_WARM	eathompson	inkfish.dhcp.lbl.gov	MHT	Pass

Stage: MODULE/INITIAL_WARM

Mode: warm

Index	Revision ID	Timestamp	Message
HEAD	669a...bada46	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^1	669a...2e5f34	a year ago	config revision by DATA-TRANSMISSION with RAW data 669adebf51ddf45d102e5f23 and analysis result 669adec951ddf45d102e5f2c
HEAD^2	669a...3f8809	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^3	669a...50d7b7	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^4	669a...0a4bac	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^5	669a...cb7918	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^6	669a...80ce27	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^7	669a...a8a682	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^8	669a...9da5d4	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^9	669a...98a29f	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^10	669a...5ec288	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^11	669a...b30fa5	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^12	669a...c3efce	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^13	669a...191ee5	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^14	669a...dbe0ef	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^15	669a...248cb8	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^16	669a...ba7059	a year ago	config revision by UNDERSHUNT-PROTECTION with RAW data 669ac6ec63a7cd79d1ba7051 and analysis result 669ac6ef63a7cd79d1ba7058
HEAD^17	669a...ba6ffb	a year ago	config revision by INJECTION-CAPACITANCE with RAW data 669ac11863a7cd79d1ba6fed and analysis result 669ac11b63a7cd79d1ba6ffa
HEAD^18	669a...ba6fb9	a year ago	config revision by VCAL-CALIBRATION with RAW data 669ac07e63a7cd79d1ba6fa9 and analysis result 669ac08263a7cd79d1ba6fb8
HEAD^19	669a...ba6f7b	a year ago	config revision by SLDO with RAW data 669abe8363a7cd79d1ba6f6d and analysis result 669abe8763a7cd79d1ba6f7a
HEAD^20	669a...ba6f18	a year ago	config revision by ANALOG-READBACK with RAW data 669abb3663a7cd79d1ba6efd and analysis result 669abb3b63a7cd79d1ba6f17
HEAD^21	669a...ba6ede	a year ago	config revision by ADC-CALIBRATION with RAW data 669ab40963a7cd79d1ba6ed6 and analysis result 669ab40c63a7cd79d1ba6edd
HEAD^22	669a...ba6ebe	a year ago	initial generation from module-qc-database-tools

Mode: cold

Index	Revision ID	Timestamp	Message
HEAD	669a...ba6ec6	a year ago	initial generation from module-qc-database-tools

Mode: LP

Index	Revision ID	Timestamp	Message
HEAD	669a...ba7031	a year ago	config revision by LP-MODE with RAW data 669ac19863a7cd79d1ba7029 and analysis result 669ac19a63a7cd79d1ba7030
HEAD^1	669a...ba6ece	a year ago	initial generation from module-qc-database-tools

Stage	Tests
TESTONWAFER	Electrical FE chip tests (FECHIP_TEST)
HYBRIDISATION
UNUSABLE
BAREMODULEASSEMBLY
BAREMODULERECEPTION	Minimal Health Test (MIN_HEALTH_TEST) Analog Readback (ANALOG_READBACK)
MODULE/INIT
MODULE/ASSEMBLY
MODULE/WIREBONDING	ADC Calibration (ADC_CALIBRATION) Data Transmission (DATA_TRANSMISSION) VCAL Calibration (VCAL_CALIBRATION) Minimal Health Test (MIN_HEALTH_TEST) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) SLDO (SLDO) Low Power Mode (LP_MODE) Analog Readback (ANALOG_READBACK) Injection Capacitance (INJECTION_CAPACITANCE)
MODULE/INITIAL_WARM	ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) SLDO (SLDO) VCAL Calibration (VCAL_CALIBRATION) Low Power Mode (LP_MODE) Overvoltage Protection (OVERVOLTAGE_PROTECTION) Undershunt Protection (UNDERSHUNT_PROTECTION) Data Transmission (DATA_TRANSMISSION) Injection Capacitance (INJECTION_CAPACITANCE) Minimal Health Test (MIN_HEALTH_TEST) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)
MODULE/QC_CROSSCHECK	ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) SLDO (SLDO) VCAL Calibration (VCAL_CALIBRATION) Low Power Mode (LP_MODE) Overvoltage Protection (OVERVOLTAGE_PROTECTION) Undershunt Protection (UNDERSHUNT_PROTECTION) Data Transmission (DATA_TRANSMISSION) Injection Capacitance (INJECTION_CAPACITANCE) Minimal Health Test (MIN_HEALTH_TEST) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)
MODULE/INITIAL_COLD	ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) SLDO (SLDO) VCAL Calibration (VCAL_CALIBRATION) Injection Capacitance (INJECTION_CAPACITANCE) Tuning (TUNING) Minimal Health Test (MIN_HEALTH_TEST) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) Low Power Mode (LP_MODE) Overvoltage Protection (OVERVOLTAGE_PROTECTION) Undershunt Protection (UNDERSHUNT_PROTECTION) Data Transmission (DATA_TRANSMISSION)
MODULE/PARYLENE_MASKING	ADC Calibration (ADC_CALIBRATION) VCAL Calibration (VCAL_CALIBRATION) SLDO (SLDO) Low Power Mode (LP_MODE) Minimal Health Test (MIN_HEALTH_TEST) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) Analog Readback (ANALOG_READBACK) Injection Capacitance (INJECTION_CAPACITANCE) Data Transmission (DATA_TRANSMISSION)
MODULE/PARYLENE_COATING
MODULE/PARYLENE_UNMASKING	Minimal Health Test (MIN_HEALTH_TEST) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) Tuning (TUNING) Data Transmission (DATA_TRANSMISSION) ADC Calibration (ADC_CALIBRATION) VCAL Calibration (VCAL_CALIBRATION) SLDO (SLDO) Analog Readback (ANALOG_READBACK) Injection Capacitance (INJECTION_CAPACITANCE) Low Power Mode (LP_MODE)
MODULE/WIREBOND_PROTECTION	Minimal Health Test (MIN_HEALTH_TEST) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) Tuning (TUNING) ADC Calibration (ADC_CALIBRATION) Low Power Mode (LP_MODE) VCAL Calibration (VCAL_CALIBRATION) Analog Readback (ANALOG_READBACK) Injection Capacitance (INJECTION_CAPACITANCE) SLDO (SLDO) Data Transmission (DATA_TRANSMISSION)
MODULE/POST_PARYLENE_WARM	ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) Overvoltage Protection (OVERVOLTAGE_PROTECTION) Undershunt Protection (UNDERSHUNT_PROTECTION) SLDO (SLDO) VCAL Calibration (VCAL_CALIBRATION) Data Transmission (DATA_TRANSMISSION) Injection Capacitance (INJECTION_CAPACITANCE) Minimal Health Test (MIN_HEALTH_TEST) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) Low Power Mode (LP_MODE)
MODULE/POST_PARYLENE_COLD	ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) VCAL Calibration (VCAL_CALIBRATION) Low Power Mode (LP_MODE) Data Transmission (DATA_TRANSMISSION) Overvoltage Protection (OVERVOLTAGE_PROTECTION) Undershunt Protection (UNDERSHUNT_PROTECTION) SLDO (SLDO) Minimal Health Test (MIN_HEALTH_TEST) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) Injection Capacitance (INJECTION_CAPACITANCE)
MODULE/THERMAL_CYCLES	Minimal Health Test (MIN_HEALTH_TEST) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) Tuning (TUNING) Data Transmission (DATA_TRANSMISSION) SLDO (SLDO) ADC Calibration (ADC_CALIBRATION) VCAL Calibration (VCAL_CALIBRATION) Analog Readback (ANALOG_READBACK) Injection Capacitance (INJECTION_CAPACITANCE) Low Power Mode (LP_MODE) Cold startup (COLD_STARTUP)
MODULE/LONG_TERM_STABILITY_TEST	Minimal Health Test (MIN_HEALTH_TEST) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) Low Power Mode (LP_MODE) Data Transmission (DATA_TRANSMISSION) SLDO (SLDO) Tuning (TUNING) ADC Calibration (ADC_CALIBRATION) VCAL Calibration (VCAL_CALIBRATION) Analog Readback (ANALOG_READBACK) Injection Capacitance (INJECTION_CAPACITANCE)
MODULE/FINAL_WARM	ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) SLDO (SLDO) VCAL Calibration (VCAL_CALIBRATION) Undershunt Protection (UNDERSHUNT_PROTECTION) Overvoltage Protection (OVERVOLTAGE_PROTECTION) Data Transmission (DATA_TRANSMISSION) Minimal Health Test (MIN_HEALTH_TEST) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) Tuning (TUNING) Low Power Mode (LP_MODE) Injection Capacitance (INJECTION_CAPACITANCE)
MODULE/FINAL_COLD	ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) SLDO (SLDO) VCAL Calibration (VCAL_CALIBRATION) Injection Capacitance (INJECTION_CAPACITANCE) Low Power Mode (LP_MODE) Overvoltage Protection (OVERVOLTAGE_PROTECTION) Undershunt Protection (UNDERSHUNT_PROTECTION) Tuning (TUNING) Minimal Health Test (MIN_HEALTH_TEST) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) Data Transmission (DATA_TRANSMISSION) Cold startup (COLD_STARTUP)
MODULE/FINAL_METROLOGY	Data Transmission (DATA_TRANSMISSION) ADC Calibration (ADC_CALIBRATION) VCAL Calibration (VCAL_CALIBRATION) SLDO (SLDO) Injection Capacitance (INJECTION_CAPACITANCE) Minimal Health Test (MIN_HEALTH_TEST) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) Injection Capacitance (INJECTION_CAPACITANCE) Analog Readback (ANALOG_READBACK)
MODULE/QC_STATUS
MODULE/UNHAPPY	ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) Data Transmission (DATA_TRANSMISSION) VCAL Calibration (VCAL_CALIBRATION) Minimal Health Test (MIN_HEALTH_TEST) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) Low Power Mode (LP_MODE) Data Transmission (DATA_TRANSMISSION) Injection Capacitance (INJECTION_CAPACITANCE)
MODULE/NOTCONSIDEREDINYIELDS	ADC Calibration (ADC_CALIBRATION) VCAL Calibration (VCAL_CALIBRATION) SLDO (SLDO) Undershunt Protection (UNDERSHUNT_PROTECTION) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) Minimal Health Test (MIN_HEALTH_TEST) Tuning (TUNING) Analog Readback (ANALOG_READBACK) Overvoltage Protection (OVERVOLTAGE_PROTECTION) Low Power Mode (LP_MODE) Injection Capacitance (INJECTION_CAPACITANCE) Data Transmission (DATA_TRANSMISSION)
MODULE/GRAVEYARD
MODULE/COMPLETE
MODULE/RECEPTION	Minimal Health Test (MIN_HEALTH_TEST) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) SLDO (SLDO) Data Transmission (DATA_TRANSMISSION) Tuning (TUNING)
MODULE/TAB_CUTTING	Minimal Health Test (MIN_HEALTH_TEST)
LLS/PRE_TC_WARM	Minimal Health Test (MIN_HEALTH_TEST) Analog Readback (ANALOG_READBACK) SLDO (SLDO) Low Power Mode (LP_MODE) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)
LLS/PRE_TC_COLD	Minimal Health Test (MIN_HEALTH_TEST) Analog Readback (ANALOG_READBACK) SLDO (SLDO) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)
LLS/POST_TC_WARM	Minimal Health Test (MIN_HEALTH_TEST) Analog Readback (ANALOG_READBACK) SLDO (SLDO) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)
LLS/POST_TC_COLD	Minimal Health Test (MIN_HEALTH_TEST) Analog Readback (ANALOG_READBACK) SLDO (SLDO) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)
LLS/RECEPTION	Minimal Health Test (MIN_HEALTH_TEST) Analog Readback (ANALOG_READBACK) SLDO (SLDO) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)
OB_LOADED_MODULE_CELL/INIT
OB_LOADED_MODULE_CELL/ASSEMBLY
OB_LOADED_MODULE_CELL/THERMAL_CYCLES
OB_LOADED_MODULE_CELL/FINAL_WARM	ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) SLDO (SLDO) VCAL Calibration (VCAL_CALIBRATION) Injection Capacitance (INJECTION_CAPACITANCE) Low Power Mode (LP_MODE) Data Transmission (DATA_TRANSMISSION) Minimal Health Test (MIN_HEALTH_TEST) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)
OB_LOADED_MODULE_CELL/FINAL_COLD	ADC Calibration (ADC_CALIBRATION) Analog Readback (ANALOG_READBACK) SLDO (SLDO) VCAL Calibration (VCAL_CALIBRATION) Injection Capacitance (INJECTION_CAPACITANCE) Low Power Mode (LP_MODE) Data Transmission (DATA_TRANSMISSION) Minimal Health Test (MIN_HEALTH_TEST) Tuning (TUNING) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS)
OB_LOADED_MODULE_CELL/THERMAL_COLD
OB_LOADED_MODULE_CELL/THERMAL_WARM
OB_LOADED_MODULE_CELL/ENVELOPE_CHECK
OB_LOADED_MODULE_CELL/QC_STATUS
OB_LOADED_MODULE_CELL/UNHAPPY
OB_LOADED_MODULE_CELL/COMPLETE
OB_LOADED_MODULE_CELL/RECEPTION	Minimal Health Test (MIN_HEALTH_TEST) Pixel Failure Analysis (PIXEL_FAILURE_ANALYSIS) SLDO (SLDO)
OB_LOADED_MODULE_CELL/TAB_CUTTING	Minimal Health Test (MIN_HEALTH_TEST)
OB_LOADED_MODULE_CELL/PIGTAIL_INSERTION
TEST_AFTER_LOADED_LOCAL_SUPPORT_ASSEMBLY	OB:Loaded local support QC electrical connectivity (OBLoadedLocalSupportQC_ElectricalConnectivity) OB:Loaded local support QC electrical performance (OBLoadedLocalSupportQC_ElectricalPerformance) OB:Loaded local support reception at the integration site (OBLoadedLocalSupport_IntegrationSite) OB:Loaded local support QC electrical low power (OBLoadedLocalSupport_QCElectricalLowPower)
TEST_JM_OEC_FE

20UPGFC0090773

MODULE/INITIAL_WARM

Component Information

Wafer

Properties

Comments

Test: FECHIP_TEST QC Passed

(Stage: TESTONWAFER)

Basic View Only: custom view for this TestRun is not prepared.

Metadata

Results

Attachments

ProductionDB Record

Current Stage: Initial Warm

Candidate TestRuns of this Stage

Past QC Stages and Results

Wire Bonding (MODULE/WIREBONDING)

Bare module to module PCB assembly (MODULE/ASSEMBLY)

Initial state to associate flex to bare module (MODULE/INIT)

Reception at ITk institute (BAREMODULERECEPTION)

Bare module assembly (BAREMODULEASSEMBLY)

Not to be used for detector (UNUSABLE)

Hybridisation (HYBRIDISATION)

Testing on wafer (TESTONWAFER)

All Registered QC Tests

All YARR Scans

Config Revisions

Stage: MODULE/INITIAL_WARM

Mode: warm

Mode: cold

Mode: LP

Check QC Flow

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