Update for 16-11-21 14:00

This commit is contained in:
Tyler Perkins 2021-11-16 14:00:01 -05:00
parent d92c577eaa
commit cd627b6e24

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@ -273,13 +273,17 @@ Enable or ADEN) enables the ADC when high (1), and disables when low.
Setting this bit low during a conversion will stop the conversion. Bit 6 of Setting this bit low during a conversion will stop the conversion. Bit 6 of
ADCSRA (ADC Start Conversion or ADSC) will start the ADC. The first conversion ADCSRA (ADC Start Conversion or ADSC) will start the ADC. The first conversion
performed when enabling this (since ADEN was changed), will take 25 cycles performed when enabling this (since ADEN was changed), will take 25 cycles
instead of 13, due to the init that must be done. Bit 5 of ADCSRA enables auto instead of 13, due to the init that must be done.
triggering of the ADC. The conversion will start on the positive edge of a
trigger. See the trigger selection bits in ADCSRB. Bit 4 is the interrupt flag Bit 5 of ADCSRA enables auto triggering of the ADC. The conversion will
for completed ADC conversions. To Enable this interrupt, write a one to Bit 3, start on the positive edge of a trigger. See the trigger selection bits in ADCSRB.
the ADC interrupt enable. Finally, Bits 2-0 are the ADC prescaler bits. These
determine the division factor between the system clock and the input clock to Bit 4 is the interrupt flag for completed ADC conversions. To Enable this
the ADC. Valid values are shown below. interrupt, write a one to Bit 3, the ADC interrupt enable.
Bits 2-0 are the ADC prescaler bits. These determine the division factor
between the system clock and the input clock to the ADC. Valid values are
shown below.
| Bits (2-0) | Division Factor | | Bits (2-0) | Division Factor |
-------------------------------- --------------------------------