****** Start ARC selftest ** Start Access check ARC board accessible ** Check Access of I2C Drivers Hybrid1 PCF8584 controller accessible Hybrid2 PCF8584 controller accessible LowVoltage PCF8584 controller accessible ** Search for Low Voltage Found LV of FE_M Adapter TestResult=passed ****** Start I2C test ** Start I2C scan and search for I2C devices Scan for I2C devices 10 times I2C address scan found 22 devices: 0x00 0x02 0x04 0x06 0x08 0x0a 0x0c 0x0e 0x40 0x42 0x44 0x46 0x48 0x4a 0x86 0x88 0x8a 0x8c 0x8e 0x90 0x92 0x100 ** Start APV communication test R/W cycles on APV with address 0x40 were successful R/W cycles on APV with address 0x42 were successful R/W cycles on APV with address 0x44 were successful R/W cycles on APV with address 0x46 were successful R/W cycles on APV with address 0x48 were successful R/W cycles on APV with address 0x4a were successful ** Set APV Register according to XML file Register of APV 0x40 are set correctly Register of APV 0x42 are set correctly Register of APV 0x44 are set correctly Register of APV 0x46 are set correctly Register of APV 0x48 are set correctly Register of APV 0x4a are set correctly ** Check APV broadcast APV broadcast test passed ** Set APV Register according to XML file Register of APV 0x40 are set correctly Register of APV 0x42 are set correctly Register of APV 0x44 are set correctly Register of APV 0x46 are set correctly Register of APV 0x48 are set correctly Register of APV 0x4a are set correctly ** Start MUX communication test MUX communication is ok ** Start PLL communication test PLL communication is ok ** Start DCU communication test DCU communication is ok TestResult=passed ****** Start LowVoltageControl test Measure Voltages and Currents with DAQ off Measured currents and voltages: V125: 1.24V; V250: 2.49V I125: 0.316A; I250: 0.628A Measure Voltages and Currents with DAQ on Hybrid_PA houses 6 APV according to testsettings xml Allowed voltages and currents extracted from xml file: V125min: 1.225V; V125max: 1.275V; V250min: 2.450V; V250max: 2.550V I125min: 0.100A; I125max: 0.380A; I250min: 0.380A; I250max: 0.880A Measured currents and voltages with DAQ on: V125: 1.24V; V250: 2.49V I125: 0.312A; I250: 0.708A V125 is ok. V250 is ok. I125 is ok. I250 is ok. TestResult=passed ****** Start of PLL Test ** Apply soft reset and set standard(CTR1=0, CTR2=0, CTR5=0) Operation was successful ** Read PLL settings: PLL register 1, data 0x01 PLL register 2, data 0x20 PLL register 3, data 0x7f PLL register 4, data 0x00 PLL register 5, data 0x00 ** Evaluate PLL settings: PLL is running in autocalibration mode Trigger outputs TA1 and TA2 are enabled Phase detector - trigger signal active chosen Status of high gain signal - low loop gain Going bit is set - phase is locked PLL is operating in correct modus ** Get PLL DAC settings for VCO: PLL DAC low register 0x7f PLL DAC high register 0x00 TestResult=passed ****** Start APV data test ** Assign APVs Test is stopped because apv assignment failed! TestResult=failed ****** Start of MUX Resistor Test Test is stopped because apv assignment failed before! TestResult=Test was not done ****** Start of pedestal & noise test Test is stopped because apv assignment failed before! TestResult=Test was not done ****** Start of calibration pulse test Test is stopped because apv assignment failed before! TestResult=Test was not done ****** Start of DCU response test ** Set APV Register according to XML file Register of APV 0x40 are set correctly Register of APV 0x42 are set correctly Register of APV 0x44 are set correctly Register of APV 0x46 are set correctly Register of APV 0x48 are set correctly Register of APV 0x4a are set correctly ** Get DCU ID DCU ID: hex: 0xaffb39 dec: 11533113 ** Init DCU(CREG=0x00;TREG=0x10;AREG=0x00): ** Take Data: Number of events: 10 Average channel Data: Average Data of DCU channel 0 is 4095.0 Average Data of DCU channel 1 is 2658.1 Average Data of DCU channel 2 is 2648.0 Average Data of DCU channel 3 is 9.1 Average Data of DCU channel 4 is 63.8 Average Data of DCU channel 5 is 2756.6 Average Data of DCU channel 6 is 2514.3 Average Data of DCU channel 7 is 2955.7 ** Evaluate data of each channel: DCU Channel0 Data is within specs [4095.0 ; 4095.0] - NTCs on Si are not connected to dcu DCU Channel1 Data is within specs [2540.0 ; 2800.0] - V250 is OK Warning DCU Channel2 Data is too high [0.0 ; 0.0] - Voltage applied on V125 is too high! DCU Channel3 Data is within specs [0.0 ; 300.0] - Detektor Leakage Current is OK DCU Channel4 Data is within specs [50.0 ; 400.0] - Hybrid Temperature is OK DCU Channel5 Data is within specs [0.0 ; 4095.0] DCU Channel6 Data is within specs [2400.0 ; 2600.0] Warning DCU Channel7 Data is too high [2500.0 ; 2900.0] - DCU Temperature is higher than expected! ** Check DCU response wrt LV changes: Calculate average over 10 measurements ARC FE : I125=316.0 mA, I250=700.0 mA, V125=1.26 V, V250=2.51 V DCU DATA: V125: 2686.1 Counts, V250: 2695.6 Counts ARC FE : I125=312.0 mA, I250=676.0 mA, V125=1.24 V, V250=2.47 V DCU DATA: V125: 2634.7 Counts, V250: 2644.6 Counts ARC FE : I125=312.0 mA, I250=652.0 mA, V125=1.22 V, V250=2.43 V DCU DATA: V125: 2582.4 Counts, V250: 2593.1 Counts Differences: V125 0.02V; V250 0.04V; DCU Ch2(V125) 51.4 Counts DCU Ch1(V250) 51.0 Counts Differences: V125 0.03V; V250 0.04V; DCU Ch2(V125) 52.3 Counts DCU Ch1(V250) 51.5 Counts TestResult= Grade B because of Warning ****** Final Grade: C = FAILED