Struct Channel1 

pub struct Channel1<ED> { /* private fields */ }

Implementations

impl Channel1<Disabled>

pub fn enable(self) -> Channel1<Enabled>

pub fn enable_unbuffered(self) -> Channel1<EnabledUnbuffered>

pub fn enable_generator( self, config: GeneratorConfig, ) -> Channel1<WaveGenerator>

impl<ED> Channel1<ED>

pub fn calibrate_buffer<T>(self, delay: &mut T) -> Channel1<Disabled>

where T: DelayUs<u32>,

Calibrate the DAC output buffer by performing a “User trimming” operation. It is useful when the VDDA/VREF+ voltage or temperature differ from the factory trimming conditions.

The calibration is only valid when the DAC channel is operating with the buffer enabled. If applied in other modes it has no effect.

After the calibration operation, the DAC channel is disabled.

pub fn disable(self) -> Channel1<Disabled>

Disable the DAC channel

impl Channel1<WaveGenerator>

Wave generator state implementation

pub fn trigger(&mut self)

Trait Implementations

impl<ED> DacOut<u16> for Channel1<ED>

DacOut implementation available in any Enabled/Disabled state

fn set_value(&mut self, val: u16)

fn get_value(&mut self) -> u16

impl<ED> NegativeInput<COMP1> for &Channel1<ED>

fn setup(&self, comp: &COMP1)

impl<ED> NegativeInput<COMP2> for &Channel1<ED>

fn setup(&self, comp: &COMP2)