Peripheral Control functions

Macros
#define	HAL_TSEN_Data(htsen)   ((((int32_t)(htsen->Instance->TSEN_RDATA))+3000)*749/10100-277)
	Temeprature readying convert to Centidegree. More...
#define	HAL_ERROR_TEMPRATURE   1000 /*<! -1000 means ready error*/
#define	HAL_TSEN_MAX_DELAY   20 /*<! Max delay for temperature read, 20ms*/

Functions
int	HAL_TSEN_Read (TSEN_HandleTypeDef *htsen)
	Synchronized Read the current temperature. More...
void	HAL_TSEN_IRQHandler (TSEN_HandleTypeDef *htsen)
	Interrupt handler for temeprature sensor. More...
HAL_TSEN_StateTypeDef	HAL_TSEN_Read_IT (TSEN_HandleTypeDef *htsen)
	Async Read the current temperature. More...

Detailed Description

Macro Definition Documentation

HAL_TSEN_Data

#define HAL_TSEN_Data

(

htsen

)

((((int32_t)(htsen->Instance->TSEN_RDATA))+3000)*749/10100-277)

Temeprature readying convert to Centidegree.

Parameters

htsen

pointer to a TSEN_HandleTypeDef structure.

Function Documentation

HAL_TSEN_IRQHandler()

void HAL_TSEN_IRQHandler

(

TSEN_HandleTypeDef *

htsen

)

Interrupt handler for temeprature sensor.

Parameters

htsen

pointer to a TSEN_HandleTypeDef structure.

HAL_TSEN_Read()

int HAL_TSEN_Read

(

TSEN_HandleTypeDef *

htsen

)

Synchronized Read the current temperature.

Parameters

htsen

pointer to a TSEN_HandleTypeDef structure.

Return values

Current

temeprature of chipset in Centidegree. -1000 if error.

HAL_TSEN_Read_IT()

HAL_TSEN_StateTypeDef HAL_TSEN_Read_IT

(

TSEN_HandleTypeDef *

htsen

)

Async Read the current temperature.

Parameters

htsen

pointer to a TSEN_HandleTypeDef structure.

Return values

Current

state of temperature sensor module, temperature data will be read in interrupt