Struct stm32h7xx_hal::stm32::TIM1

pub struct TIM1 { /* private fields */ }

Advanced-timers

Implementations

impl TIM1

pub const PTR: *const RegisterBlock = {0x40010000 as *const stm32h7::stm32h743v::tim1::RegisterBlock}

Pointer to the register block

pub const fn ptr() -> *const RegisterBlock

Return the pointer to the register block

Methods from Deref<Target = RegisterBlock>

pub fn ccr1(&self) -> &Reg<CCR_SPEC>

0x34 - capture/compare register

pub fn ccr2(&self) -> &Reg<CCR_SPEC>

0x38 - capture/compare register

pub fn ccr3(&self) -> &Reg<CCR_SPEC>

0x3c - capture/compare register

pub fn ccr4(&self) -> &Reg<CCR_SPEC>

0x40 - capture/compare register

pub fn ccmr1_input(&self) -> &Reg<CCMR1_INPUT_SPEC>

0x18 - capture/compare mode register 1 (input mode)

pub fn ccmr1_output(&self) -> &Reg<CCMR1_OUTPUT_SPEC>

0x18 - capture/compare mode register 1 (output mode)

pub fn ccmr2_input(&self) -> &Reg<CCMR2_INPUT_SPEC>

0x1c - capture/compare mode register 2 (input mode)

pub fn ccmr2_output(&self) -> &Reg<CCMR2_OUTPUT_SPEC>

0x1c - capture/compare mode register 2 (output mode)

Trait Implementations

impl Debug for TIM1

fn fmt(&self, f: &mut Formatter<'_>) -> Result<(), Error>

Formats the value using the given formatter.

impl Deref for TIM1

type Target = RegisterBlock

The resulting type after dereferencing.

fn deref(&self) -> &<TIM1 as Deref>::Target

Dereferences the value.

impl FaultPins<TIM1> for PA6<Alternate<1>>

const INPUT: BreakInput = BreakInput::BreakIn

impl FaultPins<TIM1> for PB12<Alternate<1>>

const INPUT: BreakInput = BreakInput::BreakIn

impl FaultPins<TIM1> for PE15<Alternate<1>>

const INPUT: BreakInput = BreakInput::BreakIn

impl FaultPins<TIM1> for PE6<Alternate<1>>

const INPUT: BreakInput = BreakInput::BreakIn2

impl FaultPins<TIM1> for PG4<Alternate<1>>

const INPUT: BreakInput = BreakInput::BreakIn2

impl FaultPins<TIM1> for PK2<Alternate<1>>

const INPUT: BreakInput = BreakInput::BreakIn

impl GetClk for TIM1

fn get_clk(clocks: &CoreClocks) -> Option<Hertz>

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 PwmAdvExt<u16> for TIM1

type Rec = Tim1

fn pwm_advanced<PINS, CHANNEL, COMP>( self, _pins: PINS, prec: Self::Rec, clocks: &CoreClocks ) -> PwmBuilder<Self, PINS, CHANNEL, FaultDisabled, COMP, u16>

where PINS: Pins<Self, CHANNEL, COMP>,

impl PwmExt for TIM1

type Rec = Tim1

fn pwm<PINS, U, V>( self, pins: PINS, frequency: Hertz, prec: Tim1, clocks: &CoreClocks ) -> PINS::Channel

where PINS: Pins<Self, U, V>,

The requested frequency will be rounded to the nearest achievable frequency; the actual frequency may be higher or lower than requested.

impl QeiExt<TIM1> for TIM1

type Rec = Tim1

fn qei<PINS>(self, _pins: PINS, prec: Self::Rec) -> Qei<TIM1>

fn qei_unchecked(self, prec: Self::Rec) -> Qei<TIM1>

impl TimerExt<Timer<TIM1>> for TIM1

type Rec = Tim1

fn timer( self, timeout: Hertz, prec: Self::Rec, clocks: &CoreClocks ) -> Timer<TIM1>

Configures a periodic timer

fn tick_timer( self, frequency: Hertz, prec: Self::Rec, clocks: &CoreClocks ) -> Timer<TIM1>

Configures the timer to count up at the given frequency

impl NPins<TIM1, Ch<C1>> for PA7<Alternate<1>>

impl NPins<TIM1, Ch<C1>> for PB13<Alternate<1>>

impl NPins<TIM1, Ch<C1>> for PE8<Alternate<1>>

impl NPins<TIM1, Ch<C1>> for PK0<Alternate<1>>

impl NPins<TIM1, Ch<C2>> for PB0<Alternate<1>>

impl NPins<TIM1, Ch<C2>> for PB14<Alternate<1>>

impl NPins<TIM1, Ch<C2>> for PE10<Alternate<1>>

impl NPins<TIM1, Ch<C2>> for PJ10<Alternate<1>>

impl NPins<TIM1, Ch<C3>> for PB1<Alternate<1>>

impl NPins<TIM1, Ch<C3>> for PB15<Alternate<1>>

impl NPins<TIM1, Ch<C3>> for PE12<Alternate<1>>

impl NPins<TIM1, Ch<C3>> for PJ8<Alternate<1>>

impl PinCh1<TIM1> for PA7<Alternate<1>>

impl PinCh1<TIM1> for PA8<Alternate<1>>

impl PinCh1<TIM1> for PB13<Alternate<1>>

impl PinCh1<TIM1> for PE8<Alternate<1>>

impl PinCh1<TIM1> for PE9<Alternate<1>>

impl PinCh1<TIM1> for PK0<Alternate<1>>

impl PinCh1<TIM1> for PK1<Alternate<1>>

impl PinCh2<TIM1> for PA9<Alternate<1>>

impl PinCh2<TIM1> for PB0<Alternate<1>>

impl PinCh2<TIM1> for PB14<Alternate<1>>

impl PinCh2<TIM1> for PE10<Alternate<1>>

impl PinCh2<TIM1> for PE11<Alternate<1>>

impl PinCh2<TIM1> for PJ10<Alternate<1>>

impl PinCh2<TIM1> for PJ11<Alternate<1>>

impl Send for TIM1