Calibration of AuxPwr
Started at 2.6.2020 at 12:50:38
Set VOL target value to 0.93
Set VOH target value to 1.044
Starting test without load
Started at 2.6.2020 at 12:50:41
Firmware version is 32 
Enabling all voltages, using AuxPwr's built-in enable command

*** Testing voltage VZK with target value 3.0 V and tolerance +- 0.1 V
ADC-value is: 3.026 V
Manually measured value for VZK: 2.9762
measured value for voltage VZK is inside of the tolerance range

*** Testing voltage VCC with target value 9.6 V and tolerance +- 0.05 V
ADC-value is: 9.743 V
Manually measured value for VCC: 9.5745
measured value for voltage VCC is inside of the tolerance range

*** Testing voltage DI_VBIAS with target value 1.25 V and tolerance +- 0.025 V
ADC-value is: 1.27 V
Manually measured value for DI_VBIAS: 1.2501
measured value for voltage DI_VBIAS is inside of the tolerance range

*** Testing voltage DI_VCC33ANA with target value 3.3 V and tolerance +- 0.1 V
ADC-value is: 3.405 V
Manually measured value for DI_VCC33ANA: 3.3495
measured value for voltage DI_VCC33ANA is inside of the tolerance range

*** Testing voltage VDD12 with target value 10.65 V and tolerance +- 0.05 V
ADC-value is: 10.941 V
Manually measured value for VDD12: 10.741
 !!! info: measured value for voltage VDD12 is out of tolerance range !!!

*** Testing voltage DI_VCC with target value 1.8 V and tolerance +- 0.03 V
ADC-value is: 1.84 V
Manually measured value for DI_VCC: 1.8079
measured value for voltage DI_VCC is inside of the tolerance range

*** Testing voltage VCC33INT with target value 3.3 V and tolerance +- 0.1 V
ADC-value is: 3.335 V
Manually measured value for VCC33INT: 3.282
measured value for voltage VCC33INT is inside of the tolerance range

*** Testing voltage DI_VCCANA with target value 1.8 V and tolerance +- 0.03 V
ADC-value is: 1.834 V
Manually measured value for DI_VCCANA: 1.802
measured value for voltage DI_VCCANA is inside of the tolerance range

*** Testing voltage VDD25 with target value 2.5 V and tolerance +- 0.05 V
ADC-value is: 2.55 V
Manually measured value for VDD25: 2.5049
measured value for voltage VDD25 is inside of the tolerance range

*** Testing voltage VOL with target value 0.93 V and tolerance +- 0.02 V
ADC-value is: 0.937 V
Manually measured value for VOL: 0.93347
measured value for voltage VOL is inside of the tolerance range

*** Testing voltage VDDBUS with target value 1.0 V and tolerance +- 0.02 V
ADC-value is: 1.024 V
Manually measured value for VDDBUS: 1.00746
measured value for voltage VDDBUS is inside of the tolerance range

*** Testing voltage VOH with target value 1.044 V and tolerance +- 0.02 V
ADC-value is: 1.043 V
Manually measured value for VOH: 1.04407
measured value for voltage VOH is inside of the tolerance range

*** Testing voltage VCC33INT_D with target value 3.9 V and tolerance +- 0.15 V
ADC-value is: 4.012 V
Manually measured value for VCC33INT_D: 3.9441
measured value for voltage VCC33INT_D is inside of the tolerance range

*** Testing voltage VDD15TEMP with target value 15.0 V and tolerance +- 0.1 V
ADC-value is: 15.245 V
Manually measured value for VDD15TEMP: 14.97
measured value for voltage VDD15TEMP is inside of the tolerance range

*** Testing voltage VDD5 with target value 5.5 V and tolerance +- 0.1 V
ADC-value is: 5.62 V
Manually measured value for VDD5: 5.5202
measured value for voltage VDD5 is inside of the tolerance range

Disabling monitoring
Disabling all voltages, using AuxPwr's built-in disable command

Starting test with load
Started at 2.6.2020 at 13:11:20

connect electronic load to VDD25 and preset a load of 3.0 A

calibrate lower VDD25 current value with target value 3.0 A
lower ADC-value for VDD25 is 2.101 
measured value for lower calib point of VDD25 is 2.999 
calibrate upper current VDD25 value with target value 20.0 A

now set load for VDD25 to a value of 20.0 A
upper ADC-value for VDD25 is 21.374 
measured value for upper calib point of VDD25 is 19.997 A
Turn off VDD25


connect electronic load to VDD5 and preset a load of 0.015 A

calibrate lower VDD5 current value with target value 0.015 A
lower ADC-value for VDD5 is 0.012 
measured value for lower calib point of VDD5 is 0.014 
calibrate upper current VDD5 value with target value 0.15 A

now set load for VDD5 to a value of 0.15 A
upper ADC-value for VDD5 is 0.155 
measured value for upper calib point of VDD5 is 0.149 A
Turn off VDD5


connect electronic load to DI_VBIAS and preset a load of 0.015 A

calibrate lower DI_VBIAS current value with target value 0.015 A
lower ADC-value for DI_VBIAS is 0.013 
measured value for lower calib point of DI_VBIAS is 0.015 
calibrate upper current DI_VBIAS value with target value 0.04 A

now set load for DI_VBIAS to a value of 0.04 A
upper ADC-value for DI_VBIAS is 0.041 
measured value for upper calib point of DI_VBIAS is 0.04 A
Turn off DI_VBIAS


connect electronic load to DI_VCC and preset a load of 0.015 A

calibrate lower DI_VCC current value with target value 0.015 A
lower ADC-value for DI_VCC is 0.064 
measured value for lower calib point of DI_VCC is 0.015 
calibrate upper current DI_VCC value with target value 8 A

now set load for DI_VCC to a value of 8 A
upper ADC-value for DI_VCC is 8.179 
measured value for upper calib point of DI_VCC is 7.999 A
Turn off DI_VCC


connect electronic load to VOL and preset a load of 0.5 A

calibrate lower VOL current value with target value 0.5 A
lower ADC-value for VOL is 0.312 
measured value for lower calib point of VOL is 0.498 
calibrate upper current VOL value with target value 10 A

now set load for VOL to a value of 10 A
upper ADC-value for VOL is 9.687 
measured value for upper calib point of VOL is 9.999 A
Turn off VOL


connect electronic load to VDDBUS and preset a load of 1 A

calibrate lower VDDBUS current value with target value 1 A
lower ADC-value for VDDBUS is 1.058 
measured value for lower calib point of VDDBUS is 0.999 
calibrate upper current VDDBUS value with target value 10 A

now set load for VDDBUS to a value of 10 A
upper ADC-value for VDDBUS is 10.009 
measured value for upper calib point of VDDBUS is 9.999 A
Turn off VDDBUS


connect electronic load to DI_VCCANA and preset a load of 0.05 A

calibrate lower DI_VCCANA current value with target value 0.05 A
lower ADC-value for DI_VCCANA is 0.045 
measured value for lower calib point of DI_VCCANA is 0.05 
calibrate upper current DI_VCCANA value with target value 0.6 A

now set load for DI_VCCANA to a value of 0.6 A
upper ADC-value for DI_VCCANA is 0.636 
measured value for upper calib point of DI_VCCANA is 0.599 A
Turn off DI_VCCANA


connect electronic load to VOH and preset a load of 0.5 A

calibrate lower VOH current value with target value 0.5 A
lower ADC-value for VOH is 0.25 
measured value for lower calib point of VOH is 0.498 
calibrate upper current VOH value with target value 10 A

now set load for VOH to a value of 10 A
upper ADC-value for VOH is 9.875 
measured value for upper calib point of VOH is 9.998 A
Turn off VOH


connect electronic load to VDD12 and preset a load of 0.015 A

calibrate lower VDD12 current value with target value 0.015 A
lower ADC-value for VDD12 is 0.022 
measured value for lower calib point of VDD12 is 0.014 
calibrate upper current VDD12 value with target value 0.15 A

now set load for VDD12 to a value of 0.15 A
upper ADC-value for VDD12 is 0.162 
measured value for upper calib point of VDD12 is 0.149 A
Turn off VDD12


connect electronic load to DI_VCC33ANA and preset a load of 0.1 A

calibrate lower DI_VCC33ANA current value with target value 0.1 A
lower ADC-value for DI_VCC33ANA is 0.06 
measured value for lower calib point of DI_VCC33ANA is 0.099 
calibrate upper current DI_VCC33ANA value with target value 8 A

now set load for DI_VCC33ANA to a value of 8 A
upper ADC-value for DI_VCC33ANA is 8.21 
measured value for upper calib point of DI_VCC33ANA is 7.998 A
Turn off DI_VCC33ANA

calibration is now finished