I²C Address

{% include 'pages/input_options/TEMPLATE_I2C_BUS.html' %}

Measurement

{{form_mod_sensor.adc_measurement(class_='form-control', value=each_sensor.adc_measure, **{'title':_('What condition is being measured by the ADC?')})}}

Units

{{form_mod_sensor.adc_measurement_units(class_='form-control', value=each_sensor.adc_measure_units, **{'title':_('What are the units of the condition being measured by the ADC?')})}}

Channel

Gain

{% if each_sensor.device == 'MCP342x' -%}

Resolution

{{form_mod_sensor.adc_resolution(class_='form-control', value=each_sensor.adc_resolution, **{'title':_('12, 14, 16, or 18-bit ADC resolution.')})}}

{% endif -%}

Volts Min

{{form_mod_sensor.adc_volts_min(class_='form-control', value=each_sensor.adc_volts_min, **{'title':_('Minimum analog to digital converter input voltage.')})}}

Volts Max

{{form_mod_sensor.adc_volts_max(class_='form-control', value=each_sensor.adc_volts_max, **{'title':_('Maximum analog to digital converter input voltage.')})}}

Units Min

{{form_mod_sensor.adc_units_min(class_='form-control', value=each_sensor.adc_units_min, **{'title':_('Minimum unit to convert the voltage to.')})}}

Units Max

{{form_mod_sensor.adc_units_max(class_='form-control', value=each_sensor.adc_units_max, **{'title':_('Maximum unit to convert the voltage to.')})}}