57 /** PWM pin capture captures pulse width. */
60 /** PWM pin capture captures both period and pulse width. */
64 /** PWM pin capture captures a single period/pulse width. */
67 /** PWM pin capture captures period/pulse width continuously. */
385  * @param pulse_cycles Captured PWM pulse width (in clock cycles). HW specific.
399  * @brief PWM driver API call to configure PWM pin period and pulse width.
450  * @brief Set the period and pulse width for a single PWM output.
452  * The PWM period and pulse width will synchronously be set to the new values
457  * PWM period and pulse width. Depending on the hardware, changing the PWM
458  * period and/or pulse width may cause a glitch in the generated PWM signal.
464  * Passing 0 as @p pulse will cause the pin to be driven to a constant
466  * Passing a non-zero @p pulse equal to @p period will cause the pin
472  * @param pulse Pulse width (in clock cycles) set to the PWM. HW specific.
476  * @retval -EINVAL If pulse > period.
480 			     uint32_t period, uint32_t pulse,
485 					uint32_t pulse, pwm_flags_t flags)  in z_impl_pwm_set_cycles()  argument
490 	if (pulse > period) {  in z_impl_pwm_set_cycles()
494 	return api->set_cycles(dev, channel, period, pulse, flags);  in z_impl_pwm_set_cycles()
522  * @brief Set the period and pulse width in nanoseconds for a single PWM output.
530  * @param pulse Pulse width (in nanoseconds) set to the PWM.
534  * @retval -ENOTSUP If requested period or pulse cycles are not supported.
538 			  uint32_t period, uint32_t pulse, pwm_flags_t flags)  in pwm_set()  argument
555 	pulse_cycles = (pulse * cycles_per_sec) / NSEC_PER_SEC;  in pwm_set()
565  * @brief Set the period and pulse width in nanoseconds from a struct
570  *     pwm_set(spec->dev, spec->channel, period, pulse, spec->flags)
577  * @param pulse Pulse width (in nanoseconds) set to the PWM.
584 			     uint32_t pulse)  in pwm_set_dt()  argument
586 	return pwm_set(spec->dev, spec->channel, period, pulse, spec->flags);  in pwm_set_dt()
590  * @brief Set the period and pulse width in nanoseconds from a struct
595  *     pwm_set(spec->dev, spec->channel, spec->period, pulse, spec->flags)
598  * @param pulse Pulse width (in nanoseconds) set to the PWM.
605 				   uint32_t pulse)  in pwm_set_pulse_dt()  argument
607 	return pwm_set(spec->dev, spec->channel, spec->period, pulse,  in pwm_set_pulse_dt()
679  * @brief Configure PWM period/pulse width capture for a single PWM input.
724  * @brief Enable PWM period/pulse width capture for a single PWM input.
759  * @brief Disable PWM period/pulse width capture for a single PWM input.
790  * @brief Capture a single PWM period/pulse width in clock cycles for a single
806  * @param[out] pulse Pointer to the memory to store the captured PWM pulse width
818 				 uint32_t *pulse, k_timeout_t timeout);
821  * @brief Capture a single PWM period/pulse width in microseconds for a single
837  * @param[out] pulse Pointer to the memory to store the captured PWM pulse width
850 				   uint64_t *pulse, k_timeout_t timeout)  in pwm_capture_usec()  argument
867 	err = pwm_cycles_to_usec(dev, channel, pulse_cycles, pulse);  in pwm_capture_usec()
876  * @brief Capture a single PWM period/pulse width in nanoseconds for a single
892  * @param[out] pulse Pointer to the memory to store the captured PWM pulse width
905 				   uint64_t *pulse, k_timeout_t timeout)  in pwm_capture_nsec()  argument
922 	err = pwm_cycles_to_nsec(dev, channel, pulse_cycles, pulse);  in pwm_capture_nsec()