These are the allowed values:
current_lsb: float values allowed.
cal_value: integer values allowed.
power_lsb: float values allowed.
bus_voltage_range:
RANGE_16V
RANGE_32V
gain:
DIV_1_40MV
DIV_2_80MV
DIV_4_160MV
DIV_8_320MV
bus_adc_resolution:
ADCRES_9BIT_1S
ADCRES_10BIT_1S
ADCRES_11BIT_1S
ADCRES_12BIT_1S
ADCRES_12BIT_2S
ADCRES_12BIT_4S
ADCRES_12BIT_8S
ADCRES_12BIT_16S
ADCRES_12BIT_32S
ADCRES_12BIT_64S
ADCRES_12BIT_128S
shunt_adc_resolution: same as bus_adc_resolution
mode:
POWERDOWN
SVOLT_TRIGGERED
BVOLT_TRIGGERED
SANDBVOLT_TRIGGERED
ADCOFF
SVOLT_CONTINUOUS
BVOLT_CONTINUOUS
SANDBVOLT_CONTINUOUS
You can deduce the correspondence with the result of the html tool by their names.
I do not have neither a INA219 nor time to play with this, can someone help interpret this html tool?
current_lsb: float values allowed.
cal_value: integer values allowed.
power_lsb: float values allowed.
bus_voltage_range:
RANGE_16V
RANGE_32V
gain:
DIV_1_40MV
DIV_2_80MV
DIV_4_160MV
DIV_8_320MV
bus_adc_resolution:
ADCRES_9BIT_1S
ADCRES_10BIT_1S
ADCRES_11BIT_1S
ADCRES_12BIT_1S
ADCRES_12BIT_2S
ADCRES_12BIT_4S
ADCRES_12BIT_8S
ADCRES_12BIT_16S
ADCRES_12BIT_32S
ADCRES_12BIT_64S
ADCRES_12BIT_128S
shunt_adc_resolution: same as bus_adc_resolution
mode:
POWERDOWN
SVOLT_TRIGGERED
BVOLT_TRIGGERED
SANDBVOLT_TRIGGERED
ADCOFF
SVOLT_CONTINUOUS
BVOLT_CONTINUOUS
SANDBVOLT_CONTINUOUS
You can deduce the correspondence with the result of the html tool by their names.
I do not have neither a INA219 nor time to play with this, can someone help interpret this html tool?