20UPGFC0090725

MODULE/INITIAL_WARM

Component Information

Serial Number	20UPGFC0090725
ProdDB ID	302809…65f825
LocalDB ID	6261abe8d7b94b000b73e000
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	6261abe8d7b94b000b73e000
Stage	TESTONWAFER
Test Type	FECHIP_TEST
Institute ObjectId
User Name	MarkStandke
ObjectId of this record	6261af57d7b94b000b73fd80
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/0x16265
ADC_OFFSET	0.008577999999999999
ADC_SLOPE	0.00019700000000000002
ANALOGSCAN_RESULT	green
ANALOGSCAN_VALUE	100
ANALOG_DATA	{'IREF Trims': {'0': {'IREF': 3.3549495340167757e-06, 'V_IREF': 0.00311703}, '1': {'IREF': 3.427466323392358e-06, 'V_IREF': 0.002938727}, '2': {'IREF': 3.4937942917054985e-06, 'V_IREF': 0.002963545}, '3': {'IREF': 3.566110894687791e-06, 'V_IREF': 0.002992402}, '4': {'IREF': 3.6077482851817334e-06, 'V_IREF': 0.003017218}, '5': {'IREF': 3.6777039608574086e-06, 'V_IREF': 0.00303313}, '6': {'IREF': 3.7436984762348554e-06, 'V_IREF': 0.003058407}, '7': {'IREF': 3.815881891891892e-06, 'V_IREF': 0.003084446}, '8': {'IREF': 3.849046584342963e-06, 'V_IREF': 0.003113303}, '9': {'IREF': 3.9135110065237656e-06, 'V_IREF': 0.003124338}, '10': {'IREF': 3.983485959925442e-06, 'V_IREF': 0.003152813}, '11': {'IREF': 4.053979370922647e-06, 'V_IREF': 0.003176027}, '12': {'IREF': 4.095598196644921e-06, 'V_IREF': 0.003204127}, '13': {'IREF': 4.170275768872321e-06, 'V_IREF': 0.00322072}, '14': {'IREF': 4.23399844361603e-06, 'V_IREF': 0.003246834}, '15': {'IREF': 4.303908890959926e-06, 'V_IREF': 0.003273252}, 'IREF_OPT': 10}, 'VREF_D Trim (LDO)': {'0': {'VDDD': 1.0836886760000002, 'VDDD_internal': 1.081747654}, '1': {'VDDD': 1.104455178, 'VDDD_internal': 1.10054729}, '2': {'VDDD': 1.123348918, 'VDDD_internal': 1.12083392}, '3': {'VDDD': 1.143412703, 'VDDD_internal': 1.14130555}, '4': {'VDDD': 1.161230079, 'VDDD_internal': 1.1583592299999999}, '5': {'VDDD': 1.1807772269999999, 'VDDD_internal': 1.1778086700000001}, '6': {'VDDD': 1.201408485, 'VDDD_internal': 1.1977124019999998}, '7': {'VDDD': 1.220973192, 'VDDD_internal': 1.217837756}, '8': {'VDDD': 1.2426500569999999, 'VDDD_internal': 1.2390766659999999}, '9': {'VDDD': 1.261456489, 'VDDD_internal': 1.258096436}, '10': {'VDDD': 1.2811099129999999, 'VDDD_internal': 1.2785796399999998}, '11': {'VDDD': 1.300574792, 'VDDD_internal': 1.297345542}, '12': {'VDDD': 1.3196299280000001, 'VDDD_internal': 1.315022522}, '13': {'VDDD': 1.338897533, 'VDDD_internal': 1.3341453399999998}, '14': {'VDDD': 1.3581044469999999, 'VDDD_internal': 1.3538924479999999}, '15': {'VDDD': 1.377606844, 'VDDD_internal': 1.374139664}, 'VREF_D_opt': 6, 'VREF_A_opt': 9}, 'VREF_A Trim (LDO)': {'0': {'VDDA': 1.036847676, 'VDDA_internal': 1.040611054}, '1': {'VDDA': 1.055454178, 'VDDA_internal': 1.05846249}, '2': {'VDDA': 1.070300918, 'VDDA_internal': 1.07374532}, '3': {'VDDA': 1.089329703, 'VDDA_internal': 1.09331835}, '4': {'VDDA': 1.110256079, 'VDDA_internal': 1.11399783}, '5': {'VDDA': 1.127469227, 'VDDA_internal': 1.13122867}, '6': {'VDDA': 1.143921485, 'VDDA_internal': 1.1469370019999998}, '7': {'VDDA': 1.161408192, 'VDDA_internal': 1.1647237559999999}, '8': {'VDDA': 1.1852270569999999, 'VDDA_internal': 1.187719266}, '9': {'VDDA': 1.203436489, 'VDDA_internal': 1.206449036}, '10': {'VDDA': 1.217683913, 'VDDA_internal': 1.2219902399999998}, '11': {'VDDA': 1.237228792, 'VDDA_internal': 1.239678942}, '12': {'VDDA': 1.258347928, 'VDDA_internal': 1.261398922}, '13': {'VDDA': 1.275773533, 'VDDA_internal': 1.2807539399999999}, '14': {'VDDA': 1.290785447, 'VDDA_internal': 1.294252448}, '15': {'VDDA': 1.308926844, 'VDDA_internal': 1.311952864}}, 'SHUNT_MODE': {'SHUNT_MODE': True}, 'VREF_D Trim (SHUNT)': {'0': {'VDDD': 1.09107465, 'VDDD_internal': 1.08482812}, '1': {'VDDD': 1.11025702, 'VDDD_internal': 1.1045817}, '2': {'VDDD': 1.13050481, 'VDDD_internal': 1.12434188}, '3': {'VDDD': 1.14925797, 'VDDD_internal': 1.1438427599999998}, '4': {'VDDD': 1.1682260500000001, 'VDDD_internal': 1.16226172}, '5': {'VDDD': 1.18666656, 'VDDD_internal': 1.1809188800000001}, '6': {'VDDD': 1.2073094500000001, 'VDDD_internal': 1.20115434}, '7': {'VDDD': 1.2264263400000002, 'VDDD_internal': 1.2188681000000001}, '8': {'VDDD': 1.24753805, 'VDDD_internal': 1.24050402}, '9': {'VDDD': 1.2668119400000002, 'VDDD_internal': 1.2592253}, '10': {'VDDD': 1.28717276, 'VDDD_internal': 1.2806701999999999}, '11': {'VDDD': 1.30657081, 'VDDD_internal': 1.29888704}, '12': {'VDDD': 1.3241560600000002, 'VDDD_internal': 1.3160656800000001}, '13': {'VDDD': 1.34318082, 'VDDD_internal': 1.33534884}, '14': {'VDDD': 1.3633981800000001, 'VDDD_internal': 1.3548053800000002}, '15': {'VDDD': 1.38357017, 'VDDD_internal': 1.37338448}, 'VREF_D_opt': 6, 'VREF_A_opt': 9}, 'VREF_A Trim (SHUNT)': {'0': {'VDDA': 1.03753865, 'VDDA_internal': 1.04086432}, '1': {'VDDA': 1.05510502, 'VDDA_internal': 1.0582383}, '2': {'VDDA': 1.07086281, 'VDDA_internal': 1.07436668}, '3': {'VDDA': 1.08910997, 'VDDA_internal': 1.0922311599999999}, '4': {'VDDA': 1.11015105, 'VDDA_internal': 1.11287552}, '5': {'VDDA': 1.12780056, 'VDDA_internal': 1.1313864800000002}, '6': {'VDDA': 1.14398745, 'VDDA_internal': 1.14795494}, '7': {'VDDA': 1.1612953400000001, 'VDDA_internal': 1.1650397000000001}, '8': {'VDDA': 1.18441205, 'VDDA_internal': 1.1882998200000001}, '9': {'VDDA': 1.2036779400000002, 'VDDA_internal': 1.2071467}, '10': {'VDDA': 1.21871876, 'VDDA_internal': 1.2232463999999998}, '11': {'VDDA': 1.23749181, 'VDDA_internal': 1.2407362400000002}, '12': {'VDDA': 1.25718806, 'VDDA_internal': 1.2611788800000001}, '13': {'VDDA': 1.27570782, 'VDDA_internal': 1.2786934399999998}, '14': {'VDDA': 1.29075918, 'VDDA_internal': 1.2953769800000001}, '15': {'VDDA': 1.30931517, 'VDDA_internal': 1.31283588}}, 'chip_ids': {'1': True, '2': True, '4': True, '8': True, '16': True}, 'chip_currents': {'CAP': 1.013803e-08, 'CAP_PARASIT': 7.178838e-09, 'CDR_BUF': 2.014765e-05, 'CDR_CP': 4.096173e-06, 'CDR_FD': 3.955776e-05, 'CDR_VCO_BUF': 4.880135e-05, 'CDR_VCO_MAIN': 9.791504e-05, 'CML_MAIN': 4.768528e-05, 'CML_TAP1': 7.346672e-09, 'CML_TAP2': 1.037313e-08, 'DAC_COMP': 4.985742e-05, 'DAC_FB': 9.070381e-05, 'DAC_LCC': 8.094976e-05, 'DAC_PREAMP_L': 1.175309e-05, 'DAC_PREAMP_R': 1.264545e-05, 'DAC_PREAMP_T': 1.271833e-05, 'DAC_PREAMP_TL': 1.218617e-05, 'DAC_PREAMP_TR': 1.263768e-05, 'DAC_PRECOMP': 7.019426e-05, 'DAC_TH1_L': 7.473069e-05, 'DAC_TH1_M': 7.832902e-05, 'DAC_TH1_R': 7.45965e-05, 'DAC_TH2': 0.0001003506, 'IINA': 4.320588e-05, 'IIND': 4.224615e-05, 'IREF': 3.981136e-06, 'I_SHUNT_A': 7.318581e-06, 'I_SHUNT_D': 6.682807e-06, 'NTC_PAD': 1.066994e-05, 'PREAMP_MATRIX_MAIN': 1.258755e-05}, 'chip_voltages': {'DAC_TH1_L': 0.150698817, 'DAC_TH1_M': 0.159426917, 'DAC_TH1_R': 0.151363617, 'DAC_TH2': 0.003028766999999998, 'GNDA19': 4.6299999999915853e-07, 'GNDA20': 9.229999999998961e-07, 'GNDA21': 6.86999999999216e-07, 'GNDA22': 1.143000000002059e-06, 'GNDA23': 2.5869999999983406e-06, 'GNDA24': 1.2869999999991222e-06, 'GNDA25': 3.7370000000001846e-06, 'GNDA26': 9.869999999974344e-07, 'GNDA27': 3.0469999999990782e-06, 'GNDA28': 1.5330000000014776e-06, 'GNDA29': 2.82300000000249e-06, 'GNDA30': 5.270000000001662e-07, 'I_MUX': 1.182998217, 'NTC_PAD': 0.104516317, 'RADSENS_A': 0.618883817, 'RADSENS_C': 0.6203635169999999, 'RADSENS_D': 0.6198537169999999, 'TEMPSENS_A': 0.30012441700000003, 'TEMPSENS_B': 0.357379117, 'TEMPSENS_C': 0.305717617, 'TEMPSENS_D': 0.301461617, 'TEMPSENS_T': 0.172449717, 'VCAL_HI': 0.048979116999999996, 'VCAL_HIGH': 0.048938696999999996, 'VCAL_MED': 0.029445487, 'VDDA_HALF': 0.6022966169999999, 'VDDA_HALF_CAP': 0.5993466169999999, 'VDDD_HALF': 0.597977617, 'VINA_HALF': 0.41098201700000003, 'VIND_HALF': 0.410215217, 'VOFS_HALF': 0.236133317, 'VREFA': 0.595018917, 'VREFD': 0.594704817, 'VREF_ADC': 0.8547248169999999, 'VREF_CORE': 0.45865621700000003, 'VREF_PRE': 0.591429817, 'VREF_VDAC': 0.211098917}, 'CAP_MEAS': {'0': {'CAP_INJ_PAR': -9.0958532e-07, 'CAP_INJ_TOT': -1.0750578e-05}, '1': {'CAP_INJ_PAR': -9.090864499999999e-07, 'CAP_INJ_TOT': -1.0752134e-05}, '2': {'CAP_INJ_PAR': -9.087852999999999e-07, 'CAP_INJ_TOT': -1.0745741e-05}, '3': {'CAP_INJ_PAR': -9.0881255e-07, 'CAP_INJ_TOT': -1.0745577e-05}, '4': {'CAP_INJ_PAR': -9.083438299999999e-07, 'CAP_INJ_TOT': -1.0748273e-05}, '5': {'CAP_INJ_PAR': -9.0869998e-07, 'CAP_INJ_TOT': -1.0747119e-05}, '6': {'CAP_INJ_PAR': -9.087956399999999e-07, 'CAP_INJ_TOT': -1.0746049e-05}, '7': {'CAP_INJ_PAR': -9.090972799999998e-07, 'CAP_INJ_TOT': -1.0745300999999998e-05}, '8': {'CAP_INJ_PAR': -9.0856266e-07, 'CAP_INJ_TOT': -1.0748299e-05}, '9': {'CAP_INJ_PAR': -9.084421500000001e-07, 'CAP_INJ_TOT': -1.0752611999999999e-05}, 'CAP_VDDA': 1.2040179900000003, 'CAP_IREF': 3.9996262348555455e-06, 'CAP_OFF': 4.8e-16, 'CAP_FREQ': 10000000, 'TRUE_CAP': 7.69209316282724e-15}, 'VCAL_MEAS': {'0': {'large_range': {'HIGH': 0.0005853869999999997, 'HIGH_ADC': 0, 'MED': 0.003107277000000002, 'MED_ADC': 0}, 'small_range': {'HIGH': 0.0005829670000000002, 'HIGH_ADC': 0, 'MED': 0.003101177, 'MED_ADC': 0}}, '100': {'large_range': {'HIGH': 0.018534657000000003, 'HIGH_ADC': 52, 'MED': 0.019554197000000002, 'MED_ADC': 58}, 'small_range': {'HIGH': 0.008500427000000001, 'HIGH_ADC': 0, 'MED': 0.009538417, 'MED_ADC': 4}}, '200': {'large_range': {'HIGH': 0.039037517, 'HIGH_ADC': 156, 'MED': 0.040038907, 'MED_ADC': 161}, 'small_range': {'HIGH': 0.018389267, 'HIGH_ADC': 52, 'MED': 0.019399607, 'MED_ADC': 56}}, '300': {'large_range': {'HIGH': 0.05969458700000001, 'HIGH_ADC': 260, 'MED': 0.060612527, 'MED_ADC': 263}, 'small_range': {'HIGH': 0.028447847, 'HIGH_ADC': 101, 'MED': 0.029419637, 'MED_ADC': 107}}, '400': {'large_range': {'HIGH': 0.080518407, 'HIGH_ADC': 368, 'MED': 0.081358517, 'MED_ADC': 369}, 'small_range': {'HIGH': 0.038725487, 'HIGH_ADC': 154, 'MED': 0.039638327, 'MED_ADC': 157}}, '500': {'large_range': {'HIGH': 0.101477977, 'HIGH_ADC': 472, 'MED': 0.102128677, 'MED_ADC': 476}, 'small_range': {'HIGH': 0.049019046999999996, 'HIGH_ADC': 206, 'MED': 0.049866416999999996, 'MED_ADC': 209}}, '600': {'large_range': {'HIGH': 0.12232777700000001, 'HIGH_ADC': 577, 'MED': 0.122794477, 'MED_ADC': 581}, 'small_range': {'HIGH': 0.059313046999999994, 'HIGH_ADC': 257, 'MED': 0.060091777, 'MED_ADC': 261}}, '700': {'large_range': {'HIGH': 0.143254577, 'HIGH_ADC': 685, 'MED': 0.143611677, 'MED_ADC': 686}, 'small_range': {'HIGH': 0.069671897, 'HIGH_ADC': 312, 'MED': 0.070342947, 'MED_ADC': 316}}, '800': {'large_range': {'HIGH': 0.16392647700000001, 'HIGH_ADC': 790, 'MED': 0.164226677, 'MED_ADC': 791}, 'small_range': {'HIGH': 0.079970427, 'HIGH_ADC': 364, 'MED': 0.080645267, 'MED_ADC': 365}}, '900': {'large_range': {'HIGH': 0.18473157699999998, 'HIGH_ADC': 895, 'MED': 0.184795877, 'MED_ADC': 895}, 'small_range': {'HIGH': 0.090313977, 'HIGH_ADC': 416, 'MED': 0.090805177, 'MED_ADC': 418}}, '1000': {'large_range': {'HIGH': 0.20584887699999999, 'HIGH_ADC': 1001, 'MED': 0.205664177, 'MED_ADC': 1001}, 'small_range': {'HIGH': 0.100692577, 'HIGH_ADC': 467, 'MED': 0.101107177, 'MED_ADC': 471}}, '1100': {'large_range': {'HIGH': 0.22698857700000002, 'HIGH_ADC': 1108, 'MED': 0.22613687700000001, 'MED_ADC': 1103}, 'small_range': {'HIGH': 0.111050577, 'HIGH_ADC': 521, 'MED': 0.111138477, 'MED_ADC': 522}}, '1200': {'large_range': {'HIGH': 0.24785527700000004, 'HIGH_ADC': 1215, 'MED': 0.24672377700000003, 'MED_ADC': 1211}, 'small_range': {'HIGH': 0.121503877, 'HIGH_ADC': 575, 'MED': 0.12160967700000001, 'MED_ADC': 574}}, '1300': {'large_range': {'HIGH': 0.268557977, 'HIGH_ADC': 1320, 'MED': 0.267528677, 'MED_ADC': 1315}, 'small_range': {'HIGH': 0.131849977, 'HIGH_ADC': 629, 'MED': 0.13169277699999998, 'MED_ADC': 627}}, '1400': {'large_range': {'HIGH': 0.289443777, 'HIGH_ADC': 1427, 'MED': 0.287986677, 'MED_ADC': 1420}, 'small_range': {'HIGH': 0.142181777, 'HIGH_ADC': 678, 'MED': 0.141938077, 'MED_ADC': 679}}, '1500': {'large_range': {'HIGH': 0.310433677, 'HIGH_ADC': 1535, 'MED': 0.309019877, 'MED_ADC': 1525}, 'small_range': {'HIGH': 0.15274167700000002, 'HIGH_ADC': 731, 'MED': 0.15250477699999998, 'MED_ADC': 731}}, '1600': {'large_range': {'HIGH': 0.331461077, 'HIGH_ADC': 1640, 'MED': 0.32964197700000003, 'MED_ADC': 1631}, 'small_range': {'HIGH': 0.16306387700000002, 'HIGH_ADC': 784, 'MED': 0.16264497700000002, 'MED_ADC': 783}}, '1700': {'large_range': {'HIGH': 0.35209517700000004, 'HIGH_ADC': 1744, 'MED': 0.350026977, 'MED_ADC': 1736}, 'small_range': {'HIGH': 0.17329707700000002, 'HIGH_ADC': 836, 'MED': 0.17266587700000002, 'MED_ADC': 834}}, '1800': {'large_range': {'HIGH': 0.372935177, 'HIGH_ADC': 1850, 'MED': 0.37048047700000003, 'MED_ADC': 1840}, 'small_range': {'HIGH': 0.183616877, 'HIGH_ADC': 890, 'MED': 0.183214477, 'MED_ADC': 888}}, '1900': {'large_range': {'HIGH': 0.393803377, 'HIGH_ADC': 1957, 'MED': 0.391503577, 'MED_ADC': 1945}, 'small_range': {'HIGH': 0.194044277, 'HIGH_ADC': 943, 'MED': 0.19334497699999997, 'MED_ADC': 939}}, '2000': {'large_range': {'HIGH': 0.41505817700000003, 'HIGH_ADC': 2064, 'MED': 0.412316777, 'MED_ADC': 2052}, 'small_range': {'HIGH': 0.20440437700000003, 'HIGH_ADC': 996, 'MED': 0.20374247699999998, 'MED_ADC': 991}}, '2100': {'large_range': {'HIGH': 0.436029077, 'HIGH_ADC': 2173, 'MED': 0.43315827700000004, 'MED_ADC': 2158}, 'small_range': {'HIGH': 0.214986177, 'HIGH_ADC': 1047, 'MED': 0.213771577, 'MED_ADC': 1043}}, '2200': {'large_range': {'HIGH': 0.456710777, 'HIGH_ADC': 2279, 'MED': 0.453645177, 'MED_ADC': 2263}, 'small_range': {'HIGH': 0.225452777, 'HIGH_ADC': 1101, 'MED': 0.22414867700000002, 'MED_ADC': 1095}}, '2300': {'large_range': {'HIGH': 0.477272277, 'HIGH_ADC': 2383, 'MED': 0.47479807700000004, 'MED_ADC': 2368}, 'small_range': {'HIGH': 0.23585717700000003, 'HIGH_ADC': 1156, 'MED': 0.234591877, 'MED_ADC': 1149}}, '2400': {'large_range': {'HIGH': 0.498791577, 'HIGH_ADC': 2490, 'MED': 0.49558877700000004, 'MED_ADC': 2477}, 'small_range': {'HIGH': 0.24624657700000002, 'HIGH_ADC': 1207, 'MED': 0.24477787700000003, 'MED_ADC': 1202}}, '2500': {'large_range': {'HIGH': 0.519732577, 'HIGH_ADC': 2597, 'MED': 0.5162763770000001, 'MED_ADC': 2580}, 'small_range': {'HIGH': 0.25655537700000003, 'HIGH_ADC': 1261, 'MED': 0.255135877, 'MED_ADC': 1254}}, '2600': {'large_range': {'HIGH': 0.540266477, 'HIGH_ADC': 2697, 'MED': 0.536857077, 'MED_ADC': 2687}, 'small_range': {'HIGH': 0.267138977, 'HIGH_ADC': 1313, 'MED': 0.265672577, 'MED_ADC': 1305}}, '2700': {'large_range': {'HIGH': 0.561711877, 'HIGH_ADC': 2808, 'MED': 0.558122877, 'MED_ADC': 2791}, 'small_range': {'HIGH': 0.277578977, 'HIGH_ADC': 1366, 'MED': 0.27598337700000003, 'MED_ADC': 1357}}, '2800': {'large_range': {'HIGH': 0.582516977, 'HIGH_ADC': 2912, 'MED': 0.5794808770000001, 'MED_ADC': 2899}, 'small_range': {'HIGH': 0.288007577, 'HIGH_ADC': 1418, 'MED': 0.286661677, 'MED_ADC': 1410}}, '2900': {'large_range': {'HIGH': 0.603200077, 'HIGH_ADC': 3017, 'MED': 0.599530077, 'MED_ADC': 3006}, 'small_range': {'HIGH': 0.298572177, 'HIGH_ADC': 1471, 'MED': 0.296733377, 'MED_ADC': 1464}}, '3000': {'large_range': {'HIGH': 0.6236956770000001, 'HIGH_ADC': 3127, 'MED': 0.620689377, 'MED_ADC': 3111}, 'small_range': {'HIGH': 0.308713877, 'HIGH_ADC': 1523, 'MED': 0.307550577, 'MED_ADC': 1518}}, '3100': {'large_range': {'HIGH': 0.645443777, 'HIGH_ADC': 3234, 'MED': 0.641635677, 'MED_ADC': 3220}, 'small_range': {'HIGH': 0.319529477, 'HIGH_ADC': 1580, 'MED': 0.317726777, 'MED_ADC': 1570}}, '3200': {'large_range': {'HIGH': 0.6660941770000001, 'HIGH_ADC': 3338, 'MED': 0.662853677, 'MED_ADC': 3327}, 'small_range': {'HIGH': 0.329965777, 'HIGH_ADC': 1630, 'MED': 0.328388177, 'MED_ADC': 1625}}, '3300': {'large_range': {'HIGH': 0.686729877, 'HIGH_ADC': 3447, 'MED': 0.6839969770000001, 'MED_ADC': 3433}, 'small_range': {'HIGH': 0.34005487700000003, 'HIGH_ADC': 1685, 'MED': 0.338578877, 'MED_ADC': 1676}}, '3400': {'large_range': {'HIGH': 0.708533577, 'HIGH_ADC': 3552, 'MED': 0.705790077, 'MED_ADC': 3539}, 'small_range': {'HIGH': 0.350600277, 'HIGH_ADC': 1737, 'MED': 0.349358777, 'MED_ADC': 1730}}, '3500': {'large_range': {'HIGH': 0.729479377, 'HIGH_ADC': 3661, 'MED': 0.726049177, 'MED_ADC': 3650}, 'small_range': {'HIGH': 0.361346277, 'HIGH_ADC': 1791, 'MED': 0.359535377, 'MED_ADC': 1786}}, '3600': {'large_range': {'HIGH': 0.750298477, 'HIGH_ADC': 3772, 'MED': 0.7476918770000001, 'MED_ADC': 3758}, 'small_range': {'HIGH': 0.371755177, 'HIGH_ADC': 1844, 'MED': 0.370176677, 'MED_ADC': 1837}}, '3700': {'large_range': {'HIGH': 0.770757877, 'HIGH_ADC': 3877, 'MED': 0.768921477, 'MED_ADC': 3867}, 'small_range': {'HIGH': 0.381985577, 'HIGH_ADC': 1896, 'MED': 0.380824977, 'MED_ADC': 1892}}, '3800': {'large_range': {'HIGH': 0.792967977, 'HIGH_ADC': 3983, 'MED': 0.790827177, 'MED_ADC': 3972}, 'small_range': {'HIGH': 0.39245687700000004, 'HIGH_ADC': 1948, 'MED': 0.391663977, 'MED_ADC': 1944}}, '3900': {'large_range': {'HIGH': 0.813314877, 'HIGH_ADC': 4093, 'MED': 0.811868577, 'MED_ADC': 4086}, 'small_range': {'HIGH': 0.403048777, 'HIGH_ADC': 2003, 'MED': 0.402239577, 'MED_ADC': 1999}}, '4000': {'large_range': {'HIGH': 0.833611377, 'HIGH_ADC': 4095, 'MED': 0.834037877, 'MED_ADC': 4095}, 'small_range': {'HIGH': 0.41328817700000003, 'HIGH_ADC': 2058, 'MED': 0.41296777700000004, 'MED_ADC': 2057}}}, 'IV curves': {'10': {'VDDA': 1.203083726, 'VDDD': 1.204383726, 'VDD_PRE': 1.1861777260000002, 'VIN_A': 1.733396726, 'VIN_A_int': 0.43301512600000003, 'VIN_D': 1.7179077260000002, 'VIN_D_int': 0.43110362599999996, 'VOFS': 0.48072242600000004, 'VOFS_int': 0.237188926, 'VREFA': 0.595776226, 'VREFA_int': 0.595541326, 'VREFD': 0.595810726, 'VREFD_int': 0.595731926, 'VREF_PRE_int': 0.592224926}, '05': {'VDDA': 0.9299130259999999, 'VDDD': 0.903798126, 'VDD_PRE': 0.943716326, 'VIN_A': 0.970221926, 'VIN_A_int': 0.23628112599999998, 'VIN_D': 0.9482271259999999, 'VIN_D_int': 0.231743126, 'VOFS': 0.919687826, 'VOFS_int': 0.23564532600000002, 'VREFA': 0.564772926, 'VREFA_int': 0.5639927259999999, 'VREFD': 0.562490626, 'VREFD_int': 0.5623591259999999, 'VREF_PRE_int': 0.5788080259999999}, '055': {'VDDA': 0.982540126, 'VDDD': 0.9870847260000001, 'VDD_PRE': 0.996607726, 'VIN_A': 1.022249726, 'VIN_A_int': 0.24984062599999998, 'VIN_D': 1.027397726, 'VIN_D_int': 0.252325126, 'VOFS': 0.953263226, 'VOFS_int': 0.249254826, 'VREFA': 0.572241126, 'VREFA_int': 0.572187926, 'VREFD': 0.570520426, 'VREFD_int': 0.5701391259999999, 'VREF_PRE_int': 0.5823178259999999}, '06': {'VDDA': 1.050001726, 'VDDD': 1.0683707260000002, 'VDD_PRE': 1.0626727260000002, 'VIN_A': 1.088884726, 'VIN_A_int': 0.26720902599999996, 'VIN_D': 1.107436726, 'VIN_D_int': 0.27314182600000003, 'VOFS': 0.634655426, 'VOFS_int': 0.261885126, 'VREFA': 0.580394026, 'VREFA_int': 0.579385026, 'VREFD': 0.5782045259999999, 'VREFD_int': 0.5782876259999999, 'VREF_PRE_int': 0.5843948259999999}, '065': {'VDDA': 1.170704726, 'VDDD': 1.144820726, 'VDD_PRE': 1.175981726, 'VIN_A': 1.2088207260000001, 'VIN_A_int': 0.297814326, 'VIN_D': 1.184773726, 'VIN_D_int': 0.293357326, 'VOFS': 0.476608826, 'VOFS_int': 0.231137026, 'VREFA': 0.5903100259999999, 'VREFA_int': 0.5898384259999999, 'VREFD': 0.5885724259999999, 'VREFD_int': 0.588998126, 'VREF_PRE_int': 0.586130826}, '07': {'VDDA': 1.1993437260000002, 'VDDD': 1.1977867260000001, 'VDD_PRE': 1.1809087260000002, 'VIN_A': 1.4853527260000001, 'VIN_A_int': 0.367806026, 'VIN_D': 1.473367726, 'VIN_D_int': 0.36640732600000003, 'VOFS': 0.476189726, 'VOFS_int': 0.232427226, 'VREFA': 0.5916713259999999, 'VREFA_int': 0.591024726, 'VREFD': 0.5897814259999999, 'VREFD_int': 0.589793526, 'VREF_PRE_int': 0.587461226}, '075': {'VDDA': 1.199978726, 'VDDD': 1.198913726, 'VDD_PRE': 1.182027726, 'VIN_A': 1.5267157260000002, 'VIN_A_int': 0.37879242599999996, 'VIN_D': 1.516951726, 'VIN_D_int': 0.37795882599999997, 'VOFS': 0.477063726, 'VOFS_int': 0.233324526, 'VREFA': 0.592312526, 'VREFA_int': 0.5920027259999999, 'VREFD': 0.590505226, 'VREFD_int': 0.5907500259999999, 'VREF_PRE_int': 0.588408426}, '08': {'VDDA': 1.200375726, 'VDDD': 1.1991627260000002, 'VDD_PRE': 1.182791726, 'VIN_A': 1.5681067260000001, 'VIN_A_int': 0.389455726, 'VIN_D': 1.557697726, 'VIN_D_int': 0.38870742599999997, 'VOFS': 0.47820202599999995, 'VOFS_int': 0.23400322599999998, 'VREFA': 0.592904726, 'VREFA_int': 0.592414326, 'VREFD': 0.591775626, 'VREFD_int': 0.5914001259999999, 'VREF_PRE_int': 0.5890575259999999}, '085': {'VDDA': 1.201736726, 'VDDD': 1.201091726, 'VDD_PRE': 1.1838867260000001, 'VIN_A': 1.607228726, 'VIN_A_int': 0.39989942599999995, 'VIN_D': 1.597904726, 'VIN_D_int': 0.39938772599999994, 'VOFS': 0.478461526, 'VOFS_int': 0.23476902600000002, 'VREFA': 0.5933556259999999, 'VREFA_int': 0.593320826, 'VREFD': 0.5926057259999999, 'VREFD_int': 0.592552326, 'VREF_PRE_int': 0.5900025259999999}, '09': {'VDDA': 1.201873726, 'VDDD': 1.2020137260000001, 'VDD_PRE': 1.184650726, 'VIN_A': 1.647647726, 'VIN_A_int': 0.41035402600000004, 'VIN_D': 1.6373837260000002, 'VIN_D_int': 0.409946826, 'VOFS': 0.479465326, 'VOFS_int': 0.23547742600000002, 'VREFA': 0.594068626, 'VREFA_int': 0.593773826, 'VREFD': 0.593606026, 'VREFD_int': 0.593488526, 'VREF_PRE_int': 0.590701226}, '095': {'VDDA': 1.203450726, 'VDDD': 1.204521726, 'VDD_PRE': 1.185715726, 'VIN_A': 1.6871087260000002, 'VIN_A_int': 0.42113002600000005, 'VIN_D': 1.677269726, 'VIN_D_int': 0.42042382599999994, 'VOFS': 0.48025732600000004, 'VOFS_int': 0.236350926, 'VREFA': 0.5950487259999999, 'VREFA_int': 0.594864226, 'VREFD': 0.594719526, 'VREFD_int': 0.595250026, 'VREF_PRE_int': 0.591480326}}}
CHIP_ID_TEST_RESULT	green
CURR_MULT_FAC_A	20807.353
CURR_MULT_FAC_D	21303.716
DATA_MERGING_RESULT	red
DIGITALSCAN_RESULT	green
DIGITALSCAN_VALUE	100
IREF_TRIM	10
IREF_TRIM_RESULT	green
IREF_TRIM_VALUE	3.983e-06
IV_CURVES	{'IINA': [0.970221926, 1.022249726, 1.088884726, 1.208820726, 1.485352726, 1.526715726, 1.568106726, 1.607228726, 1.647647726, 1.687108726, 1.733396726], 'VINA': [0.970221926, 1.022249726, 1.088884726, 1.208820726, 1.485352726, 1.526715726, 1.568106726, 1.607228726, 1.647647726, 1.687108726, 1.733396726], 'IIND': [0.970221926, 1.022249726, 1.088884726, 1.208820726, 1.485352726, 1.526715726, 1.568106726, 1.607228726, 1.647647726, 1.687108726, 1.733396726], 'VIND': [0.9482271259999999, 1.027397726, 1.107436726, 1.184773726, 1.473367726, 1.516951726, 1.557697726, 1.597904726, 1.637383726, 1.677269726, 1.717907726]}
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	7.692e-15
LINK_RESULT	green
LINK_VALUE	1
META_DATA	{'scan_times': {'POWER': {'VCAL_meas': {'IINA': 0.899, 'IIND': 0.9, 'VDDA': 1.2044266000000001, 'VDDD': 1.20143191, 'VINA': 1.7, 'VIND': 1.69}, 'analog_scan': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.7, 'VIND': 1.68}, 'aurora_test_0': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.7, 'VIND': 1.69}, 'aurora_test_1': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.69, 'VIND': 1.69}, 'aurora_test_2': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.69, 'VIND': 1.68}, 'aurora_test_3': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.69, 'VIND': 1.69}, 'digital_scan': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.69, 'VIND': 1.68}, 'efuse_write': {'IINA': 0.899, 'IIND': 0.9, 'VDDA': 1.2042782, 'VDDD': 1.2009843, 'VINA': 1.7, 'VIND': 1.69}, 'gnd_offset_ldo': {'IINA': 0.999, 'IIND': 1, 'VDDA': 1.185497165, 'VDDD': 1.2437110800000002, 'VINA': 1.79, 'VIND': 1.77}, 'inj_cap': {'IINA': 0.899, 'IIND': 0.9, 'VDDA': 1.2030063149999999, 'VDDD': 1.2000616849999999, 'VINA': 1.7, 'VIND': 1.69}, 'iref_trim': {'IINA': 0.076, 'IIND': 0.247, 'VDDA': 1.1852749795000002, 'VDDD': 1.2376551975, 'VINA': 1.6, 'VIND': 1.61}, 'measure_chip_currents': {'IINA': 0.899, 'IIND': 0.9, 'VDDA': 1.20449152, 'VDDD': 1.2003146299999998, 'VINA': 1.69, 'VIND': 1.69}, 'measure_chip_voltages': {'IINA': 0.9, 'IIND': 0.9, 'VDDA': 1.20373494, 'VDDD': 1.19871728, 'VINA': 1.69, 'VIND': 1.69}, 'osc_scan': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.69, 'VIND': 1.68}, 'pixel_register_scan': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.69, 'VIND': 1.68}, 'register_test': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.69, 'VIND': 1.69}, 'threshold_scan': {'IINA': 0.899, 'IIND': 0.9, 'VINA': 1.69, 'VIND': 1.69}, 'vref_trim': {'IINA': 0.899, 'IIND': 0.9, 'VDDA': 1.0711415199999998, 'VDDD': 1.2041376750000001, 'VINA': 1.7, 'VIND': 1.69}}, 'duration': {'IV_curve': 140.24139595031738, 'VCAL_meas': 177.39374208450317, 'analog_scan': 37.79831624031067, 'aurora_test_0': 15.097102642059326, 'aurora_test_1': 15.657050371170044, 'aurora_test_2': 15.654718399047852, 'aurora_test_3': 15.576184511184692, 'chip_id_check': 1.6335813999176025, 'digital_scan': 40.137423515319824, 'efuse_write': 8.970463752746582, 'gnd_offset_ldo': 8.471694707870483, 'initial_power': 44.36159014701843, 'inj_cap': 83.38620662689209, 'iref_trim': 46.19031500816345, 'measure_chip_currents': 32.468693017959595, 'measure_chip_voltages': 45.29471206665039, 'osc_scan': 14.799945831298828, 'pixel_register_scan': 136.28719902038574, 'register_test': 23.072887182235718, 'threshold_scan': 166.16692447662354, 'vref_trim': 88.48936200141907}, 'fw_version': '1.5', 'lanes': 7, 'rx_speed': 1280, 'start_time': 1610180582.6271718, 'stop_time': 1610181793.4512944, '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	green
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': 8742, 'count': 550, 'frequency': 1222222208, 'pulse_length': 8}, 'RING_OSC_A_2': {'raw_data': 8536, 'count': 344, 'frequency': 764444416, 'pulse_length': 8}, 'RING_OSC_A_3': {'raw_data': 8732, 'count': 540, 'frequency': 1200000000, 'pulse_length': 8}, 'RING_OSC_A_4': {'raw_data': 8526, 'count': 334, 'frequency': 742222208, 'pulse_length': 8}, 'RING_OSC_A_5': {'raw_data': 8758, 'count': 566, 'frequency': 1257777792, 'pulse_length': 8}, 'RING_OSC_A_6': {'raw_data': 8568, 'count': 376, 'frequency': 835555584, 'pulse_length': 8}, 'RING_OSC_A_7': {'raw_data': 8756, 'count': 564, 'frequency': 1253333376, 'pulse_length': 8}, 'RING_OSC_0': {'raw_data': 4364, 'count': 268, 'frequency': 595555584, 'pulse_length': 8}, 'RING_OSC_1': {'raw_data': 8725, 'count': 533, 'frequency': 1184444416, 'pulse_length': 8}, 'RING_OSC_2': {'raw_data': 8819, 'count': 627, 'frequency': 1393333376, 'pulse_length': 8}, 'RING_OSC_3': {'raw_data': 8815, 'count': 623, 'frequency': 1384444416, 'pulse_length': 8}, 'RING_OSC_4': {'raw_data': 8716, 'count': 524, 'frequency': 1164444416, 'pulse_length': 8}, 'RING_OSC_5': {'raw_data': 8724, 'count': 532, 'frequency': 1182222208, 'pulse_length': 8}, 'RING_OSC_6': {'raw_data': 8810, 'count': 618, 'frequency': 1373333376, 'pulse_length': 8}, 'RING_OSC_7': {'raw_data': 8812, 'count': 620, 'frequency': 1377777792, 'pulse_length': 8}, 'RING_OSC_8': {'raw_data': 8756, 'count': 564, 'frequency': 1253333376, 'pulse_length': 8}, 'RING_OSC_9': {'raw_data': 8744, 'count': 552, 'frequency': 1226666624, 'pulse_length': 8}, 'RING_OSC_10': {'raw_data': 8848, 'count': 656, 'frequency': 1457777792, 'pulse_length': 8}, 'RING_OSC_11': {'raw_data': 8849, 'count': 657, 'frequency': 1460000000, 'pulse_length': 8}, 'RING_OSC_12': {'raw_data': 8710, 'count': 518, 'frequency': 1151111168, 'pulse_length': 8}, 'RING_OSC_13': {'raw_data': 8728, 'count': 536, 'frequency': 1191111168, 'pulse_length': 8}, 'RING_OSC_14': {'raw_data': 8858, 'count': 666, 'frequency': 1480000000, 'pulse_length': 8}, 'RING_OSC_15': {'raw_data': 8852, 'count': 660, 'frequency': 1466666624, 'pulse_length': 8}, 'RING_OSC_16': {'raw_data': 8550, 'count': 358, 'frequency': 795555584, 'pulse_length': 8}, 'RING_OSC_17': {'raw_data': 8552, 'count': 360, 'frequency': 800000000, 'pulse_length': 8}, 'RING_OSC_18': {'raw_data': 8624, 'count': 432, 'frequency': 960000000, 'pulse_length': 8}, 'RING_OSC_19': {'raw_data': 8628, 'count': 436, 'frequency': 968888896, 'pulse_length': 8}, 'RING_OSC_20': {'raw_data': 8630, 'count': 438, 'frequency': 973333312, 'pulse_length': 8}, 'RING_OSC_21': {'raw_data': 8626, 'count': 434, 'frequency': 964444416, 'pulse_length': 8}, 'RING_OSC_22': {'raw_data': 8828, 'count': 636, 'frequency': 1413333376, 'pulse_length': 8}, 'RING_OSC_23': {'raw_data': 8866, 'count': 674, 'frequency': 1497777792, 'pulse_length': 8}, 'RING_OSC_24': {'raw_data': 8764, 'count': 572, 'frequency': 1271111168, 'pulse_length': 8}, 'RING_OSC_25': {'raw_data': 8794, 'count': 602, 'frequency': 1337777792, 'pulse_length': 8}, 'RING_OSC_26': {'raw_data': 8822, 'count': 630, 'frequency': 1400000000, 'pulse_length': 8}, 'RING_OSC_27': {'raw_data': 8822, 'count': 630, 'frequency': 1400000000, 'pulse_length': 8}, 'RING_OSC_28': {'raw_data': 8824, 'count': 632, 'frequency': 1404444416, 'pulse_length': 8}, 'RING_OSC_29': {'raw_data': 8824, 'count': 632, 'frequency': 1404444416, 'pulse_length': 8}, 'RING_OSC_30': {'raw_data': 8822, 'count': 630, 'frequency': 1400000000, 'pulse_length': 8}, 'RING_OSC_31': {'raw_data': 8824, 'count': 632, 'frequency': 1404444416, 'pulse_length': 8}, 'RING_OSC_32': {'raw_data': 8820, 'count': 628, 'frequency': 1395555584, 'pulse_length': 8}, 'RING_OSC_33': {'raw_data': 8830, 'count': 638, 'frequency': 1417777792, '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	345.829
VCAL_HIGH_LARGE_RANGE_OFFSET	-0.002927
VCAL_HIGH_LARGE_RANGE_SLOPE	0.00020899999999999998
VCAL_HIGH_SMALL_RANGE_OFFSET	-0.002775
VCAL_HIGH_SMALL_RANGE_SLOPE	0.000104
VCAL_MED_LARGE_RANGE_OFFSET	-0.0022240000000000003
VCAL_MED_LARGE_RANGE_SLOPE	0.000208
VCAL_MED_SMALL_RANGE_OFFSET	-0.001689
VCAL_MED_SMALL_RANGE_SLOPE	0.000103
VDDA_16	1.312
VDDA_TRIM	9
VDDA_TRIM_RESULT	green
VDDA_TRIM_VALUE	1.206
VDDD_16	1.374
VDDD_TRIM	6
VDDD_TRIM_RESULT	green
VDDD_TRIM_VALUE	1.198
VINA_SHUNT_DELTAKFACTOR	14.375
VINA_SHUNT_KFACTOR	1045.462
VINA_SHUNT_RESULT	black
VIND_SHUNT_DELTAKFACTOR	17.327
VIND_SHUNT_KFACTOR	1063.615
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

6261af57d7b94b000b73fd80

state

ready

date

2021-01-09T09:23:02.000Z

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

0x162-09012021

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/0x16265
rangeMin None
rangeMax None

results

code ADC_OFFSET
name ADC offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value 0.008577999999999999
associateChild None
code ADC_SLOPE
name ADC slope [mV/DAC]
dataType float
valueType single
arrayDimensions None
additional False
value 0.00019700000000000002
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	3.3549495340167757e-06
V_IREF	0.00311703

IREF	3.427466323392358e-06
V_IREF	0.002938727

IREF	3.4937942917054985e-06
V_IREF	0.002963545

IREF	3.566110894687791e-06
V_IREF	0.002992402

IREF	3.6077482851817334e-06
V_IREF	0.003017218

IREF	3.6777039608574086e-06
V_IREF	0.00303313

IREF	3.7436984762348554e-06
V_IREF	0.003058407

IREF	3.815881891891892e-06
V_IREF	0.003084446

IREF	3.849046584342963e-06
V_IREF	0.003113303

IREF	3.9135110065237656e-06
V_IREF	0.003124338

IREF	3.983485959925442e-06
V_IREF	0.003152813

IREF	4.053979370922647e-06
V_IREF	0.003176027

IREF	4.095598196644921e-06
V_IREF	0.003204127

IREF	4.170275768872321e-06
V_IREF	0.00322072

IREF	4.23399844361603e-06
V_IREF	0.003246834

IREF	4.303908890959926e-06
V_IREF	0.003273252

IREF_OPT

VREF_D Trim (LDO)

VDDD	1.0836886760000002
VDDD_internal	1.081747654

VDDD	1.104455178
VDDD_internal	1.10054729

VDDD	1.123348918
VDDD_internal	1.12083392

VDDD	1.143412703
VDDD_internal	1.14130555

VDDD	1.161230079
VDDD_internal	1.1583592299999999

VDDD	1.1807772269999999
VDDD_internal	1.1778086700000001

VDDD	1.201408485
VDDD_internal	1.1977124019999998

VDDD	1.220973192
VDDD_internal	1.217837756

VDDD	1.2426500569999999
VDDD_internal	1.2390766659999999

VDDD	1.261456489
VDDD_internal	1.258096436

VDDD	1.2811099129999999
VDDD_internal	1.2785796399999998

VDDD	1.300574792
VDDD_internal	1.297345542

VDDD	1.3196299280000001
VDDD_internal	1.315022522

VDDD	1.338897533
VDDD_internal	1.3341453399999998

VDDD	1.3581044469999999
VDDD_internal	1.3538924479999999

VDDD	1.377606844
VDDD_internal	1.374139664

VREF_D_opt

VREF_A_opt

VREF_A Trim (LDO)

VDDA	1.036847676
VDDA_internal	1.040611054

VDDA	1.055454178
VDDA_internal	1.05846249

VDDA	1.070300918
VDDA_internal	1.07374532

VDDA	1.089329703
VDDA_internal	1.09331835

VDDA	1.110256079
VDDA_internal	1.11399783

VDDA	1.127469227
VDDA_internal	1.13122867

VDDA	1.143921485
VDDA_internal	1.1469370019999998

VDDA	1.161408192
VDDA_internal	1.1647237559999999

VDDA	1.1852270569999999
VDDA_internal	1.187719266

VDDA	1.203436489
VDDA_internal	1.206449036

VDDA	1.217683913
VDDA_internal	1.2219902399999998

VDDA	1.237228792
VDDA_internal	1.239678942

VDDA	1.258347928
VDDA_internal	1.261398922

VDDA	1.275773533
VDDA_internal	1.2807539399999999

VDDA	1.290785447
VDDA_internal	1.294252448

VDDA	1.308926844
VDDA_internal	1.311952864

SHUNT_MODE

SHUNT_MODE	True

VREF_D Trim (SHUNT)

VDDD	1.09107465
VDDD_internal	1.08482812

VDDD	1.11025702
VDDD_internal	1.1045817

VDDD	1.13050481
VDDD_internal	1.12434188

VDDD	1.14925797
VDDD_internal	1.1438427599999998

VDDD	1.1682260500000001
VDDD_internal	1.16226172

VDDD	1.18666656
VDDD_internal	1.1809188800000001

VDDD	1.2073094500000001
VDDD_internal	1.20115434

VDDD	1.2264263400000002
VDDD_internal	1.2188681000000001

VDDD	1.24753805
VDDD_internal	1.24050402

VDDD	1.2668119400000002
VDDD_internal	1.2592253

VDDD	1.28717276
VDDD_internal	1.2806701999999999

VDDD	1.30657081
VDDD_internal	1.29888704

VDDD	1.3241560600000002
VDDD_internal	1.3160656800000001

VDDD	1.34318082
VDDD_internal	1.33534884

VDDD	1.3633981800000001
VDDD_internal	1.3548053800000002

VDDD	1.38357017
VDDD_internal	1.37338448

VREF_D_opt

VREF_A_opt

VREF_A Trim (SHUNT)

VDDA	1.03753865
VDDA_internal	1.04086432

VDDA	1.05510502
VDDA_internal	1.0582383

VDDA	1.07086281
VDDA_internal	1.07436668

VDDA	1.08910997
VDDA_internal	1.0922311599999999

VDDA	1.11015105
VDDA_internal	1.11287552

VDDA	1.12780056
VDDA_internal	1.1313864800000002

VDDA	1.14398745
VDDA_internal	1.14795494

VDDA	1.1612953400000001
VDDA_internal	1.1650397000000001

VDDA	1.18441205
VDDA_internal	1.1882998200000001

VDDA	1.2036779400000002
VDDA_internal	1.2071467

VDDA	1.21871876
VDDA_internal	1.2232463999999998

VDDA	1.23749181
VDDA_internal	1.2407362400000002

VDDA	1.25718806
VDDA_internal	1.2611788800000001

VDDA	1.27570782
VDDA_internal	1.2786934399999998

VDDA	1.29075918
VDDA_internal	1.2953769800000001

VDDA	1.30931517
VDDA_internal	1.31283588

chip_ids

1	True
2	True
4	True
8	True
16	True

chip_currents

CAP	1.013803e-08
CAP_PARASIT	7.178838e-09
CDR_BUF	2.014765e-05
CDR_CP	4.096173e-06
CDR_FD	3.955776e-05
CDR_VCO_BUF	4.880135e-05
CDR_VCO_MAIN	9.791504e-05
CML_MAIN	4.768528e-05
CML_TAP1	7.346672e-09
CML_TAP2	1.037313e-08
DAC_COMP	4.985742e-05
DAC_FB	9.070381e-05
DAC_LCC	8.094976e-05
DAC_PREAMP_L	1.175309e-05
DAC_PREAMP_R	1.264545e-05
DAC_PREAMP_T	1.271833e-05
DAC_PREAMP_TL	1.218617e-05
DAC_PREAMP_TR	1.263768e-05
DAC_PRECOMP	7.019426e-05
DAC_TH1_L	7.473069e-05
DAC_TH1_M	7.832902e-05
DAC_TH1_R	7.45965e-05
DAC_TH2	0.0001003506
IINA	4.320588e-05
IIND	4.224615e-05
IREF	3.981136e-06
I_SHUNT_A	7.318581e-06
I_SHUNT_D	6.682807e-06
NTC_PAD	1.066994e-05
PREAMP_MATRIX_MAIN	1.258755e-05

chip_voltages

DAC_TH1_L	0.150698817
DAC_TH1_M	0.159426917
DAC_TH1_R	0.151363617
DAC_TH2	0.003028766999999998
GNDA19	4.6299999999915853e-07
GNDA20	9.229999999998961e-07
GNDA21	6.86999999999216e-07
GNDA22	1.143000000002059e-06
GNDA23	2.5869999999983406e-06
GNDA24	1.2869999999991222e-06
GNDA25	3.7370000000001846e-06
GNDA26	9.869999999974344e-07
GNDA27	3.0469999999990782e-06
GNDA28	1.5330000000014776e-06
GNDA29	2.82300000000249e-06
GNDA30	5.270000000001662e-07
I_MUX	1.182998217
NTC_PAD	0.104516317
RADSENS_A	0.618883817
RADSENS_C	0.6203635169999999
RADSENS_D	0.6198537169999999
TEMPSENS_A	0.30012441700000003
TEMPSENS_B	0.357379117
TEMPSENS_C	0.305717617
TEMPSENS_D	0.301461617
TEMPSENS_T	0.172449717
VCAL_HI	0.048979116999999996
VCAL_HIGH	0.048938696999999996
VCAL_MED	0.029445487
VDDA_HALF	0.6022966169999999
VDDA_HALF_CAP	0.5993466169999999
VDDD_HALF	0.597977617
VINA_HALF	0.41098201700000003
VIND_HALF	0.410215217
VOFS_HALF	0.236133317
VREFA	0.595018917
VREFD	0.594704817
VREF_ADC	0.8547248169999999
VREF_CORE	0.45865621700000003
VREF_PRE	0.591429817
VREF_VDAC	0.211098917

CAP_MEAS

CAP_INJ_PAR	-9.0958532e-07
CAP_INJ_TOT	-1.0750578e-05

CAP_INJ_PAR	-9.090864499999999e-07
CAP_INJ_TOT	-1.0752134e-05

CAP_INJ_PAR	-9.087852999999999e-07
CAP_INJ_TOT	-1.0745741e-05

CAP_INJ_PAR	-9.0881255e-07
CAP_INJ_TOT	-1.0745577e-05

CAP_INJ_PAR	-9.083438299999999e-07
CAP_INJ_TOT	-1.0748273e-05

CAP_INJ_PAR	-9.0869998e-07
CAP_INJ_TOT	-1.0747119e-05

CAP_INJ_PAR	-9.087956399999999e-07
CAP_INJ_TOT	-1.0746049e-05

CAP_INJ_PAR	-9.090972799999998e-07
CAP_INJ_TOT	-1.0745300999999998e-05

CAP_INJ_PAR	-9.0856266e-07
CAP_INJ_TOT	-1.0748299e-05

CAP_INJ_PAR	-9.084421500000001e-07
CAP_INJ_TOT	-1.0752611999999999e-05

CAP_VDDA

1.2040179900000003

CAP_IREF

3.9996262348555455e-06

CAP_OFF

4.8e-16

CAP_FREQ

10000000

TRUE_CAP

7.69209316282724e-15

VCAL_MEAS

large_range

HIGH	0.0005853869999999997
HIGH_ADC	0
MED	0.003107277000000002
MED_ADC	0

small_range

HIGH	0.0005829670000000002
HIGH_ADC	0
MED	0.003101177
MED_ADC	0

100

large_range

HIGH	0.018534657000000003
HIGH_ADC	52
MED	0.019554197000000002
MED_ADC	58

small_range

HIGH	0.008500427000000001
HIGH_ADC	0
MED	0.009538417
MED_ADC	4

200

large_range

HIGH	0.039037517
HIGH_ADC	156
MED	0.040038907
MED_ADC	161

small_range

HIGH	0.018389267
HIGH_ADC	52
MED	0.019399607
MED_ADC	56

300

large_range

HIGH	0.05969458700000001
HIGH_ADC	260
MED	0.060612527
MED_ADC	263

small_range

HIGH	0.028447847
HIGH_ADC	101
MED	0.029419637
MED_ADC	107

400

large_range

HIGH	0.080518407
HIGH_ADC	368
MED	0.081358517
MED_ADC	369

small_range

HIGH	0.038725487
HIGH_ADC	154
MED	0.039638327
MED_ADC	157

500

large_range

HIGH	0.101477977
HIGH_ADC	472
MED	0.102128677
MED_ADC	476

small_range

HIGH	0.049019046999999996
HIGH_ADC	206
MED	0.049866416999999996
MED_ADC	209

600

large_range

HIGH	0.12232777700000001
HIGH_ADC	577
MED	0.122794477
MED_ADC	581

small_range

HIGH	0.059313046999999994
HIGH_ADC	257
MED	0.060091777
MED_ADC	261

700

large_range

HIGH	0.143254577
HIGH_ADC	685
MED	0.143611677
MED_ADC	686

small_range

HIGH	0.069671897
HIGH_ADC	312
MED	0.070342947
MED_ADC	316

800

large_range

HIGH	0.16392647700000001
HIGH_ADC	790
MED	0.164226677
MED_ADC	791

small_range

HIGH	0.079970427
HIGH_ADC	364
MED	0.080645267
MED_ADC	365

900

large_range

HIGH	0.18473157699999998
HIGH_ADC	895
MED	0.184795877
MED_ADC	895

small_range

HIGH	0.090313977
HIGH_ADC	416
MED	0.090805177
MED_ADC	418

1000

large_range

HIGH	0.20584887699999999
HIGH_ADC	1001
MED	0.205664177
MED_ADC	1001

small_range

HIGH	0.100692577
HIGH_ADC	467
MED	0.101107177
MED_ADC	471

1100

large_range

HIGH	0.22698857700000002
HIGH_ADC	1108
MED	0.22613687700000001
MED_ADC	1103

small_range

HIGH	0.111050577
HIGH_ADC	521
MED	0.111138477
MED_ADC	522

1200

large_range

HIGH	0.24785527700000004
HIGH_ADC	1215
MED	0.24672377700000003
MED_ADC	1211

small_range

HIGH	0.121503877
HIGH_ADC	575
MED	0.12160967700000001
MED_ADC	574

1300

large_range

HIGH	0.268557977
HIGH_ADC	1320
MED	0.267528677
MED_ADC	1315

small_range

HIGH	0.131849977
HIGH_ADC	629
MED	0.13169277699999998
MED_ADC	627

1400

large_range

HIGH	0.289443777
HIGH_ADC	1427
MED	0.287986677
MED_ADC	1420

small_range

HIGH	0.142181777
HIGH_ADC	678
MED	0.141938077
MED_ADC	679

1500

large_range

HIGH	0.310433677
HIGH_ADC	1535
MED	0.309019877
MED_ADC	1525

small_range

HIGH	0.15274167700000002
HIGH_ADC	731
MED	0.15250477699999998
MED_ADC	731

1600

large_range

HIGH	0.331461077
HIGH_ADC	1640
MED	0.32964197700000003
MED_ADC	1631

small_range

HIGH	0.16306387700000002
HIGH_ADC	784
MED	0.16264497700000002
MED_ADC	783

1700

large_range

HIGH	0.35209517700000004
HIGH_ADC	1744
MED	0.350026977
MED_ADC	1736

small_range

HIGH	0.17329707700000002
HIGH_ADC	836
MED	0.17266587700000002
MED_ADC	834

1800

large_range

HIGH	0.372935177
HIGH_ADC	1850
MED	0.37048047700000003
MED_ADC	1840

small_range

HIGH	0.183616877
HIGH_ADC	890
MED	0.183214477
MED_ADC	888

1900

large_range

HIGH	0.393803377
HIGH_ADC	1957
MED	0.391503577
MED_ADC	1945

small_range

HIGH	0.194044277
HIGH_ADC	943
MED	0.19334497699999997
MED_ADC	939

2000

large_range

HIGH	0.41505817700000003
HIGH_ADC	2064
MED	0.412316777
MED_ADC	2052

small_range

HIGH	0.20440437700000003
HIGH_ADC	996
MED	0.20374247699999998
MED_ADC	991

2100

large_range

HIGH	0.436029077
HIGH_ADC	2173
MED	0.43315827700000004
MED_ADC	2158

small_range

HIGH	0.214986177
HIGH_ADC	1047
MED	0.213771577
MED_ADC	1043

2200

large_range

HIGH	0.456710777
HIGH_ADC	2279
MED	0.453645177
MED_ADC	2263

small_range

HIGH	0.225452777
HIGH_ADC	1101
MED	0.22414867700000002
MED_ADC	1095

2300

large_range

HIGH	0.477272277
HIGH_ADC	2383
MED	0.47479807700000004
MED_ADC	2368

small_range

HIGH	0.23585717700000003
HIGH_ADC	1156
MED	0.234591877
MED_ADC	1149

2400

large_range

HIGH	0.498791577
HIGH_ADC	2490
MED	0.49558877700000004
MED_ADC	2477

small_range

HIGH	0.24624657700000002
HIGH_ADC	1207
MED	0.24477787700000003
MED_ADC	1202

2500

large_range

HIGH	0.519732577
HIGH_ADC	2597
MED	0.5162763770000001
MED_ADC	2580

small_range

HIGH	0.25655537700000003
HIGH_ADC	1261
MED	0.255135877
MED_ADC	1254

2600

large_range

HIGH	0.540266477
HIGH_ADC	2697
MED	0.536857077
MED_ADC	2687

small_range

HIGH	0.267138977
HIGH_ADC	1313
MED	0.265672577
MED_ADC	1305

2700

large_range

HIGH	0.561711877
HIGH_ADC	2808
MED	0.558122877
MED_ADC	2791

small_range

HIGH	0.277578977
HIGH_ADC	1366
MED	0.27598337700000003
MED_ADC	1357

2800

large_range

HIGH	0.582516977
HIGH_ADC	2912
MED	0.5794808770000001
MED_ADC	2899

small_range

HIGH	0.288007577
HIGH_ADC	1418
MED	0.286661677
MED_ADC	1410

2900

large_range

HIGH	0.603200077
HIGH_ADC	3017
MED	0.599530077
MED_ADC	3006

small_range

HIGH	0.298572177
HIGH_ADC	1471
MED	0.296733377
MED_ADC	1464

3000

large_range

HIGH	0.6236956770000001
HIGH_ADC	3127
MED	0.620689377
MED_ADC	3111

small_range

HIGH	0.308713877
HIGH_ADC	1523
MED	0.307550577
MED_ADC	1518

3100

large_range

HIGH	0.645443777
HIGH_ADC	3234
MED	0.641635677
MED_ADC	3220

small_range

HIGH	0.319529477
HIGH_ADC	1580
MED	0.317726777
MED_ADC	1570

3200

large_range

HIGH	0.6660941770000001
HIGH_ADC	3338
MED	0.662853677
MED_ADC	3327

small_range

HIGH	0.329965777
HIGH_ADC	1630
MED	0.328388177
MED_ADC	1625

3300

large_range

HIGH	0.686729877
HIGH_ADC	3447
MED	0.6839969770000001
MED_ADC	3433

small_range

HIGH	0.34005487700000003
HIGH_ADC	1685
MED	0.338578877
MED_ADC	1676

3400

large_range

HIGH	0.708533577
HIGH_ADC	3552
MED	0.705790077
MED_ADC	3539

small_range

HIGH	0.350600277
HIGH_ADC	1737
MED	0.349358777
MED_ADC	1730

3500

large_range

HIGH	0.729479377
HIGH_ADC	3661
MED	0.726049177
MED_ADC	3650

small_range

HIGH	0.361346277
HIGH_ADC	1791
MED	0.359535377
MED_ADC	1786

3600

large_range

HIGH	0.750298477
HIGH_ADC	3772
MED	0.7476918770000001
MED_ADC	3758

small_range

HIGH	0.371755177
HIGH_ADC	1844
MED	0.370176677
MED_ADC	1837

3700

large_range

HIGH	0.770757877
HIGH_ADC	3877
MED	0.768921477
MED_ADC	3867

small_range

HIGH	0.381985577
HIGH_ADC	1896
MED	0.380824977
MED_ADC	1892

3800

large_range

HIGH	0.792967977
HIGH_ADC	3983
MED	0.790827177
MED_ADC	3972

small_range

HIGH	0.39245687700000004
HIGH_ADC	1948
MED	0.391663977
MED_ADC	1944

3900

large_range

HIGH	0.813314877
HIGH_ADC	4093
MED	0.811868577
MED_ADC	4086

small_range

HIGH	0.403048777
HIGH_ADC	2003
MED	0.402239577
MED_ADC	1999

4000

large_range

HIGH	0.833611377
HIGH_ADC	4095
MED	0.834037877
MED_ADC	4095

small_range

HIGH	0.41328817700000003
HIGH_ADC	2058
MED	0.41296777700000004
MED_ADC	2057

IV curves

VDDA	1.203083726
VDDD	1.204383726
VDD_PRE	1.1861777260000002
VIN_A	1.733396726
VIN_A_int	0.43301512600000003
VIN_D	1.7179077260000002
VIN_D_int	0.43110362599999996
VOFS	0.48072242600000004
VOFS_int	0.237188926
VREFA	0.595776226
VREFA_int	0.595541326
VREFD	0.595810726
VREFD_int	0.595731926
VREF_PRE_int	0.592224926

VDDA	0.9299130259999999
VDDD	0.903798126
VDD_PRE	0.943716326
VIN_A	0.970221926
VIN_A_int	0.23628112599999998
VIN_D	0.9482271259999999
VIN_D_int	0.231743126
VOFS	0.919687826
VOFS_int	0.23564532600000002
VREFA	0.564772926
VREFA_int	0.5639927259999999
VREFD	0.562490626
VREFD_int	0.5623591259999999
VREF_PRE_int	0.5788080259999999

055

VDDA	0.982540126
VDDD	0.9870847260000001
VDD_PRE	0.996607726
VIN_A	1.022249726
VIN_A_int	0.24984062599999998
VIN_D	1.027397726
VIN_D_int	0.252325126
VOFS	0.953263226
VOFS_int	0.249254826
VREFA	0.572241126
VREFA_int	0.572187926
VREFD	0.570520426
VREFD_int	0.5701391259999999
VREF_PRE_int	0.5823178259999999

VDDA	1.050001726
VDDD	1.0683707260000002
VDD_PRE	1.0626727260000002
VIN_A	1.088884726
VIN_A_int	0.26720902599999996
VIN_D	1.107436726
VIN_D_int	0.27314182600000003
VOFS	0.634655426
VOFS_int	0.261885126
VREFA	0.580394026
VREFA_int	0.579385026
VREFD	0.5782045259999999
VREFD_int	0.5782876259999999
VREF_PRE_int	0.5843948259999999

065

VDDA	1.170704726
VDDD	1.144820726
VDD_PRE	1.175981726
VIN_A	1.2088207260000001
VIN_A_int	0.297814326
VIN_D	1.184773726
VIN_D_int	0.293357326
VOFS	0.476608826
VOFS_int	0.231137026
VREFA	0.5903100259999999
VREFA_int	0.5898384259999999
VREFD	0.5885724259999999
VREFD_int	0.588998126
VREF_PRE_int	0.586130826

VDDA	1.1993437260000002
VDDD	1.1977867260000001
VDD_PRE	1.1809087260000002
VIN_A	1.4853527260000001
VIN_A_int	0.367806026
VIN_D	1.473367726
VIN_D_int	0.36640732600000003
VOFS	0.476189726
VOFS_int	0.232427226
VREFA	0.5916713259999999
VREFA_int	0.591024726
VREFD	0.5897814259999999
VREFD_int	0.589793526
VREF_PRE_int	0.587461226

075

VDDA	1.199978726
VDDD	1.198913726
VDD_PRE	1.182027726
VIN_A	1.5267157260000002
VIN_A_int	0.37879242599999996
VIN_D	1.516951726
VIN_D_int	0.37795882599999997
VOFS	0.477063726
VOFS_int	0.233324526
VREFA	0.592312526
VREFA_int	0.5920027259999999
VREFD	0.590505226
VREFD_int	0.5907500259999999
VREF_PRE_int	0.588408426

VDDA	1.200375726
VDDD	1.1991627260000002
VDD_PRE	1.182791726
VIN_A	1.5681067260000001
VIN_A_int	0.389455726
VIN_D	1.557697726
VIN_D_int	0.38870742599999997
VOFS	0.47820202599999995
VOFS_int	0.23400322599999998
VREFA	0.592904726
VREFA_int	0.592414326
VREFD	0.591775626
VREFD_int	0.5914001259999999
VREF_PRE_int	0.5890575259999999

085

VDDA	1.201736726
VDDD	1.201091726
VDD_PRE	1.1838867260000001
VIN_A	1.607228726
VIN_A_int	0.39989942599999995
VIN_D	1.597904726
VIN_D_int	0.39938772599999994
VOFS	0.478461526
VOFS_int	0.23476902600000002
VREFA	0.5933556259999999
VREFA_int	0.593320826
VREFD	0.5926057259999999
VREFD_int	0.592552326
VREF_PRE_int	0.5900025259999999

VDDA	1.201873726
VDDD	1.2020137260000001
VDD_PRE	1.184650726
VIN_A	1.647647726
VIN_A_int	0.41035402600000004
VIN_D	1.6373837260000002
VIN_D_int	0.409946826
VOFS	0.479465326
VOFS_int	0.23547742600000002
VREFA	0.594068626
VREFA_int	0.593773826
VREFD	0.593606026
VREFD_int	0.593488526
VREF_PRE_int	0.590701226

095

VDDA	1.203450726
VDDD	1.204521726
VDD_PRE	1.185715726
VIN_A	1.6871087260000002
VIN_A_int	0.42113002600000005
VIN_D	1.677269726
VIN_D_int	0.42042382599999994
VOFS	0.48025732600000004
VOFS_int	0.236350926
VREFA	0.5950487259999999
VREFA_int	0.594864226
VREFD	0.594719526
VREFD_int	0.595250026
VREF_PRE_int	0.591480326

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 20807.353
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 21303.716
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 10
associateChild None
code IREF_TRIM_RESULT
name Result from IREF trim
dataType string
valueType single
arrayDimensions None
value green
associateChild None
code IREF_TRIM_VALUE
name Value for IREF after trimming [muA]
dataType float
valueType single
arrayDimensions None
additional False
value 3.983e-06
associateChild None

code

IV_CURVES

name

IV curves

dataType

object

valueType

single

arrayDimensions

None

additional

False

value

IINA	0.970221926 1.022249726 1.088884726 1.208820726 1.485352726 1.526715726 1.568106726 1.607228726 1.647647726 1.687108726 1.733396726
VINA	0.970221926 1.022249726 1.088884726 1.208820726 1.485352726 1.526715726 1.568106726 1.607228726 1.647647726 1.687108726 1.733396726
IIND	0.970221926 1.022249726 1.088884726 1.208820726 1.485352726 1.526715726 1.568106726 1.607228726 1.647647726 1.687108726 1.733396726
VIND	0.9482271259999999 1.027397726 1.107436726 1.184773726 1.473367726 1.516951726 1.557697726 1.597904726 1.637383726 1.677269726 1.717907726

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 7.692e-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	1.2044266000000001
VDDD	1.20143191
VINA	1.7
VIND	1.69

analog_scan

IINA	0.899
IIND	0.9
VINA	1.7
VIND	1.68

aurora_test_0

IINA	0.899
IIND	0.9
VINA	1.7
VIND	1.69

aurora_test_1

IINA	0.899
IIND	0.9
VINA	1.69
VIND	1.69

aurora_test_2

IINA	0.899
IIND	0.9
VINA	1.69
VIND	1.68

aurora_test_3

IINA	0.899
IIND	0.9
VINA	1.69
VIND	1.69

digital_scan

IINA	0.899
IIND	0.9
VINA	1.69
VIND	1.68

efuse_write

IINA	0.899
IIND	0.9
VDDA	1.2042782
VDDD	1.2009843
VINA	1.7
VIND	1.69

gnd_offset_ldo

IINA	0.999
IIND	1
VDDA	1.185497165
VDDD	1.2437110800000002
VINA	1.79
VIND	1.77

inj_cap

IINA	0.899
IIND	0.9
VDDA	1.2030063149999999
VDDD	1.2000616849999999
VINA	1.7
VIND	1.69

iref_trim

IINA	0.076
IIND	0.247
VDDA	1.1852749795000002
VDDD	1.2376551975
VINA	1.6
VIND	1.61

measure_chip_currents

IINA	0.899
IIND	0.9
VDDA	1.20449152
VDDD	1.2003146299999998
VINA	1.69
VIND	1.69

measure_chip_voltages

IINA	0.9
IIND	0.9
VDDA	1.20373494
VDDD	1.19871728
VINA	1.69
VIND	1.69

osc_scan

IINA	0.899
IIND	0.9
VINA	1.69
VIND	1.68

pixel_register_scan

IINA	0.899
IIND	0.9
VINA	1.69
VIND	1.68

register_test

IINA	0.899
IIND	0.9
VINA	1.69
VIND	1.69

threshold_scan

IINA	0.899
IIND	0.9
VINA	1.69
VIND	1.69

vref_trim

IINA	0.899
IIND	0.9
VDDA	1.0711415199999998
VDDD	1.2041376750000001
VINA	1.7
VIND	1.69

duration

IV_curve	140.24139595031738
VCAL_meas	177.39374208450317
analog_scan	37.79831624031067
aurora_test_0	15.097102642059326
aurora_test_1	15.657050371170044
aurora_test_2	15.654718399047852
aurora_test_3	15.576184511184692
chip_id_check	1.6335813999176025
digital_scan	40.137423515319824
efuse_write	8.970463752746582
gnd_offset_ldo	8.471694707870483
initial_power	44.36159014701843
inj_cap	83.38620662689209
iref_trim	46.19031500816345
measure_chip_currents	32.468693017959595
measure_chip_voltages	45.29471206665039
osc_scan	14.799945831298828
pixel_register_scan	136.28719902038574
register_test	23.072887182235718
threshold_scan	166.16692447662354
vref_trim	88.48936200141907

fw_version

1.5

lanes

rx_speed

1280

start_time

1610180582.6271718

stop_time

1610181793.4512944

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 green
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	8742
count	550
frequency	1222222208
pulse_length	8

RING_OSC_A_2

raw_data	8536
count	344
frequency	764444416
pulse_length	8

RING_OSC_A_3

raw_data	8732
count	540
frequency	1200000000
pulse_length	8

RING_OSC_A_4

raw_data	8526
count	334
frequency	742222208
pulse_length	8

RING_OSC_A_5

raw_data	8758
count	566
frequency	1257777792
pulse_length	8

RING_OSC_A_6

raw_data	8568
count	376
frequency	835555584
pulse_length	8

RING_OSC_A_7

raw_data	8756
count	564
frequency	1253333376
pulse_length	8

RING_OSC_0

raw_data	4364
count	268
frequency	595555584
pulse_length	8

RING_OSC_1

raw_data	8725
count	533
frequency	1184444416
pulse_length	8

RING_OSC_2

raw_data	8819
count	627
frequency	1393333376
pulse_length	8

RING_OSC_3

raw_data	8815
count	623
frequency	1384444416
pulse_length	8

RING_OSC_4

raw_data	8716
count	524
frequency	1164444416
pulse_length	8

RING_OSC_5

raw_data	8724
count	532
frequency	1182222208
pulse_length	8

RING_OSC_6

raw_data	8810
count	618
frequency	1373333376
pulse_length	8

RING_OSC_7

raw_data	8812
count	620
frequency	1377777792
pulse_length	8

RING_OSC_8

raw_data	8756
count	564
frequency	1253333376
pulse_length	8

RING_OSC_9

raw_data	8744
count	552
frequency	1226666624
pulse_length	8

RING_OSC_10

raw_data	8848
count	656
frequency	1457777792
pulse_length	8

RING_OSC_11

raw_data	8849
count	657
frequency	1460000000
pulse_length	8

RING_OSC_12

raw_data	8710
count	518
frequency	1151111168
pulse_length	8

RING_OSC_13

raw_data	8728
count	536
frequency	1191111168
pulse_length	8

RING_OSC_14

raw_data	8858
count	666
frequency	1480000000
pulse_length	8

RING_OSC_15

raw_data	8852
count	660
frequency	1466666624
pulse_length	8

RING_OSC_16

raw_data	8550
count	358
frequency	795555584
pulse_length	8

RING_OSC_17

raw_data	8552
count	360
frequency	800000000
pulse_length	8

RING_OSC_18

raw_data	8624
count	432
frequency	960000000
pulse_length	8

RING_OSC_19

raw_data	8628
count	436
frequency	968888896
pulse_length	8

RING_OSC_20

raw_data	8630
count	438
frequency	973333312
pulse_length	8

RING_OSC_21

raw_data	8626
count	434
frequency	964444416
pulse_length	8

RING_OSC_22

raw_data	8828
count	636
frequency	1413333376
pulse_length	8

RING_OSC_23

raw_data	8866
count	674
frequency	1497777792
pulse_length	8

RING_OSC_24

raw_data	8764
count	572
frequency	1271111168
pulse_length	8

RING_OSC_25

raw_data	8794
count	602
frequency	1337777792
pulse_length	8

RING_OSC_26

raw_data	8822
count	630
frequency	1400000000
pulse_length	8

RING_OSC_27

raw_data	8822
count	630
frequency	1400000000
pulse_length	8

RING_OSC_28

raw_data	8824
count	632
frequency	1404444416
pulse_length	8

RING_OSC_29

raw_data	8824
count	632
frequency	1404444416
pulse_length	8

RING_OSC_30

raw_data	8822
count	630
frequency	1400000000
pulse_length	8

RING_OSC_31

raw_data	8824
count	632
frequency	1404444416
pulse_length	8

RING_OSC_32

raw_data	8820
count	628
frequency	1395555584
pulse_length	8

RING_OSC_33

raw_data	8830
count	638
frequency	1417777792
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 345.829
associateChild None
code VCAL_HIGH_LARGE_RANGE_OFFSET
name VCAL HIGH large range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.002927
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 0.00020899999999999998
associateChild None
code VCAL_HIGH_SMALL_RANGE_OFFSET
name VCAL HIGH small range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.002775
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 0.000104
associateChild None
code VCAL_MED_LARGE_RANGE_OFFSET
name VCAL MEDIUM large range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.0022240000000000003
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 0.000208
associateChild None
code VCAL_MED_SMALL_RANGE_OFFSET
name VCAL MEDIUM small range offset [mV]
dataType float
valueType single
arrayDimensions None
additional False
value -0.001689
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 0.000103
associateChild None
code VDDA_16
name VDDA bit 16 [V]
dataType float
valueType single
arrayDimensions None
additional False
value 1.312
associateChild None
code VDDA_TRIM
name VDDA trim bit
dataType integer
valueType single
arrayDimensions None
value 9
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 1.374
associateChild None
code VDDD_TRIM
name VDDD trim bit
dataType integer
valueType single
arrayDimensions None
value 6
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 1.198
associateChild None
code VINA_SHUNT_DELTAKFACTOR
name VINA shunt delta k-factor
dataType float
valueType single
arrayDimensions None
additional False
value 14.375
associateChild None
code VINA_SHUNT_KFACTOR
name VINA shunt k-factor
dataType float
valueType single
arrayDimensions None
additional False
value 1045.462
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 17.327
associateChild None
code VIND_SHUNT_KFACTOR
name VIND shunt k-factor
dataType float
valueType single
arrayDimensions None
additional False
value 1063.615
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

2022-04-21T19:24:07.527Z

sys

cts	2022-04-21T19:24:07.527Z
mts	2022-04-21T19:24:09.707Z
rev	1

defects

comments

None

attachments

code

dateTime

title

description

contentType

type

filename

user

340905b61e89de0ed010983fd86c9dea

2022-04-21T19:24:09.680Z

Regulator IV curve

Regulator IV curves from chip on wafer test

application/octet-stream

file

0x16265_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

6261abe8d7b94b000b73e000

3028093c5e6a983b05ea6016b265f825

ready

2022-04-21T19:09:28.258Z

9198-3887-1

False

None

False

None

20UPGFC0090725

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…73fd80	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…2e5fcb	MODULE/INITIAL_WARM	PIXEL_FAILURE_ANALYSIS	None	N/A	a year ago	No tags
669ade…2e5f62	MODULE/INITIAL_WARM	DATA_TRANSMISSION	None	a year ago	a year ago	No tags	Selected
669ade…2e5e35	MODULE/INITIAL_WARM	TUNING	None	N/A	a year ago	No tags
669add…2e5d91	MODULE/INITIAL_WARM	MIN_HEALTH_TEST	None	N/A	a year ago	No tags
669ac6…ba7073	MODULE/INITIAL_WARM	UNDERSHUNT_PROTECTION	None	a year ago	a year ago	No tags	Selected
669ac1…ba704b	MODULE/INITIAL_WARM	LP_MODE	None	a year ago	a year ago	No tags	Selected
669ac1…ba7027	MODULE/INITIAL_WARM	INJECTION_CAPACITANCE	None	a year ago	a year ago	No tags	Selected
669ac0…ba6feb	MODULE/INITIAL_WARM	VCAL_CALIBRATION	None	a year ago	a year ago	No tags	Selected
669abe…ba6fa7	MODULE/INITIAL_WARM	SLDO	None	a year ago	a year ago	No tags	Selected
669abb…ba6f6b	MODULE/INITIAL_WARM	ANALOG_READBACK	None	a year ago	a year ago	No tags	Selected
669ab4…ba6ef8	MODULE/INITIAL_WARM	ADC_CALIBRATION	None	a year ago	a year ago	No tags	Selected
6261af…73fd80	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...badac4	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^1	669a...2e5f6a	a year ago	config revision by DATA-TRANSMISSION with RAW data 669adedd51ddf45d102e5f59 and analysis result 669adee551ddf45d102e5f62
HEAD^2	669a...3f889c	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^3	669a...50d84a	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^4	669a...0a4c1e	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^5	669a...cb7d7d	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^6	669a...80ceba	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^7	669a...a8a715	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^8	669a...9da63d	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^9	669a...98a704	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^10	669a...5ec41a	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^11	669a...b311df	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^12	669a...c3f022	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^13	669a...192155	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^14	669a...dbe143	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^15	669a...248d36	a year ago	Submitted by YARR-dbAccessor (hostname: inkfish.dhcp.lbl.gov, user: eathompson)
HEAD^16	669a...ba7074	a year ago	config revision by UNDERSHUNT-PROTECTION with RAW data 669ac6f563a7cd79d1ba706c and analysis result 669ac6f763a7cd79d1ba7073
HEAD^17	669a...ba7028	a year ago	config revision by INJECTION-CAPACITANCE with RAW data 669ac12063a7cd79d1ba701a and analysis result 669ac12363a7cd79d1ba7027
HEAD^18	669a...ba6fec	a year ago	config revision by VCAL-CALIBRATION with RAW data 669ac08863a7cd79d1ba6fdc and analysis result 669ac08c63a7cd79d1ba6feb
HEAD^19	669a...ba6fa8	a year ago	config revision by SLDO with RAW data 669abe8e63a7cd79d1ba6f9a and analysis result 669abe9263a7cd79d1ba6fa7
HEAD^20	669a...ba6f6c	a year ago	config revision by ANALOG-READBACK with RAW data 669abb4563a7cd79d1ba6f51 and analysis result 669abb4b63a7cd79d1ba6f6b
HEAD^21	669a...ba6ef9	a year ago	config revision by ADC-CALIBRATION with RAW data 669ab41163a7cd79d1ba6ef1 and analysis result 669ab41463a7cd79d1ba6ef8
HEAD^22	669a...ba6ec4	a year ago	initial generation from module-qc-database-tools

Mode: cold

Index	Revision ID	Timestamp	Message
HEAD	669a...ba6ecc	a year ago	initial generation from module-qc-database-tools

Mode: LP

Index	Revision ID	Timestamp	Message
HEAD	669a...ba704c	a year ago	config revision by LP-MODE with RAW data 669ac1a063a7cd79d1ba7044 and analysis result 669ac1a263a7cd79d1ba704b
HEAD^1	669a...ba6ed4	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

20UPGFC0090725

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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