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ADuC7060
Bit
4 to 3
2 to 0
Name
ADCLPMCFG[1:0]
ADCMD[2:0]
Description
ADC power mode configuration.
0, 0 = ADC normal mode. If enabled, the ADC operates with normal current consumption yielding optimum
electrical performance.
0, 1 = ADC low power mode.
1, 0 = ADC normal mode, same as [0, 0].
1, 1 = ADC low power plus mode (low power mode and PGA off ).
ADC operation mode configuration.
0, 0, 0 = ADC power-down mode. All ADC circuits and the input amplifier are powered down.
0, 0, 1 = ADC continuous conversion mode. In this mode, any enabled ADC continuously converts at a
frequency equal to f ADC . ADCxRDY must be cleared to enable new data to be written to ADC0DAT/ADC1DAT
0, 1, 0 = ADC single conversion mode. In this mode, any enabled ADC performs a single conversion. The ADC
enters idle mode when the single shot conversion is complete. A single conversion takes two to three ADC clock
cycles depending on the chop mode.
0, 1, 1 = ADC idle mode. In this mode, the ADC is fully powered on but is held in reset. The part enters this
mode after calibration.
1, 0, 0 = ADC self-offset calibration. In this mode, an offset calibration is performed on any enabled ADC using
an internally generated 0 V. The calibration is carried out at the user-programmed ADC settings; therefore, as
with a normal single ADC conversion, it takes two to three ADC conversion cycles before a fully settled
calibration result is ready. The calibration result is automatically written to the ADCxOF MMR of the respective
ADC. The ADC returns to idle mode, and the calibration and conversion ready status bits are set at the end of
an offset calibration cycle.
Note: Always use ADC0 for single-ended self-calibration cycles on the primary ADC. Always use ADC0/ADC1
when self-calibrating for a differential input to the primary ADC.
1, 0, 1 = ADC self-gain calibration. In this mode, a gain calibration against an internal reference voltage is
performed on all enabled ADCs. A gain calibration is a two-stage process and takes twice the time of an offset
calibration. The calibration result is automatically written to the ADCxGN MMR of the respective ADC. The ADC
returns to idle mode and the calibration and conversion ready status bits are set at the end of a gain calibration
cycle. An ADC self-gain calibration should only be carried out on the primary channel ADC.
Note that self-gain calibration only works when the gain = 1; do not use it when the gain > 1.
1, 1, 0 = ADC system zero-scale calibration. In this mode, a zero-scale calibration is performed on enabled ADC
channels against an external zero-scale voltage driven at the ADC input pins. To do this, short the channel externally.
1, 1, 1 = ADC system full-scale calibration. In this mode, a full-scale calibration is performed on enabled ADC
channels against an external full-scale voltage driven at the ADC input pins. The ADCxGN register is updated
after a full-scale calibration sequence.
Primary ADC Control Register
Name:
Address:
Default value:
Access:
Function:
ADC0CON
0xFFFF050C
0x8000
Read and write
The primary channel ADC control MMR is a 16-bit register. If the primary ADC is reconfigured via ADC0CON, the
auxiliary ADC is also reset.
Rev. 0 | Page 39 of 100
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