Struct stm32h7xx_hal::pwm::Ch

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pub struct Ch<const C: u8>;

Expand description

Channel wrapper

Trait Implementations§

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impl NPins<TIM8, Ch<C3>> for PK1<Alternate<3>>

Auto Trait Implementations§

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impl<const C: u8> RefUnwindSafe for Ch<C>

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impl<const C: u8> Send for Ch<C>

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impl<const C: u8> Sync for Ch<C>

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impl<const C: u8> Unpin for Ch<C>

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impl<const C: u8> UnwindSafe for Ch<C>

Blanket Implementations§

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impl<T> Any for Twhere T: 'static + ?Sized,

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fn type_id(&self) -> TypeId

Gets the TypeId of self. Read more

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impl<T> Borrow<T> for Twhere T: ?Sized,

const: unstable · source§

fn borrow(&self) -> &T

Immutably borrows from an owned value. Read more

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impl<T> BorrowMut<T> for Twhere T: ?Sized,

const: unstable · source§

fn borrow_mut(&mut self) -> &mut T

Mutably borrows from an owned value. Read more

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impl<T> From<T> for T

const: unstable · source§

fn from(t: T) -> T

Returns the argument unchanged.

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impl<T, U> Into for Twhere U: From<T>,

const: unstable · source§

fn into(self) -> U

Calls U::from(self).

That is, this conversion is whatever the implementation of From<T> for U chooses to do.

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impl<T, U> TryFrom for Twhere U: Into<T>,

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type Error = Infallible

The type returned in the event of a conversion error.

const: unstable · source§

fn try_from(value: U) -> Result<T, <T as TryFrom>::Error>

Performs the conversion.

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impl<T, U> TryInto for Twhere U: TryFrom<T>,

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type Error = >::Error

The type returned in the event of a conversion error.

const: unstable · source§

fn try_into(self) -> Result<U, >::Error>

Performs the conversion.

Struct stm32h7xx_hal::pwm::Ch

Trait Implementations§

impl Pins<LPTIM1, Ch<C1>, ComplementaryImpossible> for PD13<Alternate<1>>

type Channel = Pwm<LPTIM1, C1, ComplementaryImpossible>

fn split() -> Self::Channel

impl Pins<LPTIM1, Ch<C1>, ComplementaryImpossible> for PG13<Alternate<1>>

type Channel = Pwm<LPTIM1, C1, ComplementaryImpossible>

fn split() -> Self::Channel

impl Pins<LPTIM2, Ch<C1>, ComplementaryImpossible> for PB13<Alternate<3>>

type Channel = Pwm<LPTIM2, C1, ComplementaryImpossible>

fn split() -> Self::Channel

impl Pins<LPTIM3, Ch<C1>, ComplementaryImpossible> for PA1<Alternate<3>>

type Channel = Pwm<LPTIM3, C1, ComplementaryImpossible>

fn split() -> Self::Channel

impl Pins<LPTIM4, Ch<C1>, ComplementaryImpossible> for PA2<Alternate<3>>

type Channel = Pwm<LPTIM4, C1, ComplementaryImpossible>

fn split() -> Self::Channel

impl Pins<LPTIM5, Ch<C1>, ComplementaryImpossible> for PA3<Alternate<3>>

type Channel = Pwm<LPTIM5, C1, ComplementaryImpossible>

fn split() -> Self::Channel

impl Pins<TIM1, Ch<C1>, ComplementaryDisabled> for PA8<Alternate<1>>

type Channel = Pwm<TIM1, C1, ComplementaryDisabled>

fn split() -> Self::Channel

impl Pins<TIM1, Ch<C1>, ComplementaryDisabled> for PE9<Alternate<1>>

type Channel = Pwm<TIM1, C1, ComplementaryDisabled>

fn split() -> Self::Channel

impl Pins<TIM1, Ch<C1>, ComplementaryDisabled> for PK1<Alternate<1>>

type Channel = Pwm<TIM1, C1, ComplementaryDisabled>

fn split() -> Self::Channel

impl Pins<TIM1, Ch<C2>, ComplementaryDisabled> for PA9<Alternate<1>>

type Channel = Pwm<TIM1, C2, ComplementaryDisabled>

fn split() -> Self::Channel

impl Pins<TIM1, Ch<C2>, ComplementaryDisabled> for PE11<Alternate<1>>

type Channel = Pwm<TIM1, C2, ComplementaryDisabled>

fn split() -> Self::Channel

impl Pins<TIM1, Ch<C2>, ComplementaryDisabled> for PJ11<Alternate<1>>

type Channel = Pwm<TIM1, C2, ComplementaryDisabled>

fn split() -> Self::Channel

impl Pins<TIM1, Ch<C3>, ComplementaryDisabled> for PA10<Alternate<1>>

type Channel = Pwm<TIM1, C3, ComplementaryDisabled>

fn split() -> Self::Channel

impl Pins<TIM1, Ch<C3>, ComplementaryDisabled> for PE13<Alternate<1>>

type Channel = Pwm<TIM1, C3, ComplementaryDisabled>

fn split() -> Self::Channel

impl Pins<TIM1, Ch<C3>, ComplementaryDisabled> for PJ9<Alternate<1>>

type Channel = Pwm<TIM1, C3, ComplementaryDisabled>

fn split() -> Self::Channel

impl Pins<TIM1, Ch<C4>, ComplementaryImpossible> for PA11<Alternate<1>>

type Channel = Pwm<TIM1, C4, ComplementaryImpossible>

fn split() -> Self::Channel

impl Pins<TIM1, Ch<C4>, ComplementaryImpossible> for PE14<Alternate<1>>

type Channel = Pwm<TIM1, C4, ComplementaryImpossible>

fn split() -> Self::Channel

impl Pins<TIM12, Ch<C1>, ComplementaryImpossible> for PB14<Alternate<2>>

type Channel = Pwm<TIM12, C1, ComplementaryImpossible>

fn split() -> Self::Channel

impl Pins<TIM12, Ch<C1>, ComplementaryImpossible> for PH6<Alternate<2>>

type Channel = Pwm<TIM12, C1, ComplementaryImpossible>

fn split() -> Self::Channel

impl Pins<TIM12, Ch<C2>, ComplementaryImpossible> for PB15<Alternate<2>>

type Channel = Pwm<TIM12, C2, ComplementaryImpossible>

fn split() -> Self::Channel

impl Pins<TIM12, Ch<C2>, ComplementaryImpossible> for PH9<Alternate<2>>

type Channel = Pwm<TIM12, C2, ComplementaryImpossible>

fn split() -> Self::Channel

impl Pins<TIM13, Ch<C1>, ComplementaryImpossible> for PA6<Alternate<9>>

type Channel = Pwm<TIM13, C1, ComplementaryImpossible>

fn split() -> Self::Channel

impl Pins<TIM13, Ch<C1>, ComplementaryImpossible> for PF8<Alternate<9>>

type Channel = Pwm<TIM13, C1, ComplementaryImpossible>

fn split() -> Self::Channel

impl Pins<TIM14, Ch<C1>, ComplementaryImpossible> for PA7<Alternate<9>>

type Channel = Pwm<TIM14, C1, ComplementaryImpossible>

fn split() -> Self::Channel

impl Pins<TIM14, Ch<C1>, ComplementaryImpossible> for PF9<Alternate<9>>

type Channel = Pwm<TIM14, C1, ComplementaryImpossible>

fn split() -> Self::Channel

impl Pins<TIM15, Ch<C1>, ComplementaryDisabled> for PA2<Alternate<4>>

type Channel = Pwm<TIM15, C1, ComplementaryDisabled>

fn split() -> Self::Channel