TLE986x Device Family SDK
Data Structures | Macros | Enumerations | Functions
adc1.h File Reference

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Detailed Description

ADC1 low level access library.

Version
V0.2.6
Date
12. Oct 2020
Note
This file violates [MISRA Rule 45]

Include Graph

Include dependency graph for adc1.h:

Data Structures

union  TADC1_ANON_U
 

Macros

#define ADC1_VDH_Attenuator_Range_0_30V   (1u)
 ADC1 VDH Attenuator Selection, 0V..30V. More...
 
#define ADC1_VDH_Attenuator_Range_0_20V   (0u)
 ADC1 VDH Attenuator Selection, 0V..20V. More...
 
#define SW_MODE   0u
 ADC1 Mode Selection, Software Mode. More...
 
#define SEQ_MODE   1u
 Mode Selection, Sequencer Mode. More...
 
#define SKIP   0u
 ADC1 Sequencer Configuration, skip channel measurement. More...
 
#define MEAS   1u
 Sequencer Configuration, perform channel measurement. More...
 
#define BIT10   0u
 ADC1 conversion data width selection, 10 bit conversion. More...
 
#define BIT8   1u
 ADC1 conversion data width selection, 8 bit conversion. More...
 
#define INTDIS   0u
 ADC1 Interrupt, Disable. More...
 
#define INTEN   1u
 ADC1 Interrupt, Enable. More...
 
#define OVERWRITE   0u
 ADC1 Result Register, Overwrite Mode. More...
 
#define WFR   1u
 ADC1 Result Register, Wait For Read Mode. More...
 
#define ADC1_CH0   (0)
 ADC1 channel selection macro, channel 0 - P2.0. More...
 
#define ADC1_CH1   (1)
 ADC1 channel selection macro, channel 1 - Current Sense Amplifier. More...
 
#define ADC1_CH2   (2)
 ADC1 channel selection macro, channel 2 - P2.2. More...
 
#define ADC1_CH3   (3)
 ADC1 channel selection macro, channel 3 - P2.3. More...
 
#define ADC1_CH4   (4)
 ADC1 channel selection macro, channel 4 - P2.4. More...
 
#define ADC1_CH5   (5)
 ADC1 channel selection macro, channel 5 - P2.5. More...
 
#define ADC1_CH6   (6)
 ADC1 channel selection macro, channel 6 - P2.6. More...
 
#define ADC1_EIM   (8)
 ADC1 channel selection macro, Exceptional Interrupt Measurement - EIM. More...
 
#define ADC1_P20   ADC1_CH0
 ADC1 channel selection macro, channel 0 - P2.0. More...
 
#define ADC1_CSA   ADC1_CH1
 ADC1 channel selection macro, channel 1 - Current Sense Amplifier. More...
 
#define ADC1_P22   ADC1_CH2
 ADC1 channel selection macro, channel 2 - P2.2. More...
 
#define ADC1_P23   ADC1_CH3
 ADC1 channel selection macro, channel 3 - P2.3. More...
 
#define ADC1_P24   ADC1_CH4
 ADC1 channel selection macro, channel 4 - P2.4. More...
 
#define ADC1_P25   ADC1_CH5
 ADC1 channel selection macro, channel 5 - P2.5. More...
 
#define ADC1_VDH   ADC1_CH6
 ADC1 channel selection macro, channel 6 - P2.6. More...
 
#define ADC1_MASK_CH0   ((uint32)1u << ADC1_CH0)
 ADC1 Sequencer/ESM channel selection macro, channel 0 - P2.0. More...
 
#define ADC1_MASK_CH1   ((uint32)1u << ADC1_CH1)
 ADC1 Sequencer/ESM channel selection macro, channel 1 - CSA. More...
 
#define ADC1_MASK_CH2   ((uint32)1u << ADC1_CH2)
 ADC1 Sequencer/ESM channel selection macro, channel 2 - P2.2. More...
 
#define ADC1_MASK_CH3   ((uint32)1u << ADC1_CH3)
 ADC1 Sequencer/ESM channel selection macro, channel 3 - P2.3. More...
 
#define ADC1_MASK_CH4   ((uint32)1u << ADC1_CH4)
 ADC1 Sequencer/ESM channel selection macro, channel 4 - P2.4. More...
 
#define ADC1_MASK_CH5   ((uint32)1u << ADC1_CH5)
 ADC1 Sequencer/ESM channel selection macro, channel 5 - P2.5. More...
 
#define ADC1_MASK_CH6   ((uint32)1u << ADC1_CH6)
 ADC1 Sequencer/ESM channel selection macro, channel 6 - P2.6. More...
 
#define ADC1_MASK_P20   (ADC1_MASK_CH0)
 ADC1 Sequencer/ESM channel selection macro, channel 0 - P2.0. More...
 
#define ADC1_MASK_CSA   (ADC1_MASK_CH1)
 ADC1 Sequencer/ESM channel selection macro, channel 1 - CSA. More...
 
#define ADC1_MASK_P22   (ADC1_MASK_CH2)
 ADC1 Sequencer/ESM channel selection macro, channel 2 - P2.2. More...
 
#define ADC1_MASK_P23   (ADC1_MASK_CH3)
 ADC1 Sequencer/ESM channel selection macro, channel 3 - P2.3. More...
 
#define ADC1_MASK_P24   (ADC1_MASK_CH4)
 ADC1 Sequencer/ESM channel selection macro, channel 4 - P2.4. More...
 
#define ADC1_MASK_P25   (ADC1_MASK_CH5)
 ADC1 Sequencer/ESM channel selection macro, channel 5 - P2.5. More...
 
#define ADC1_MASK_VDH   (ADC1_MASK_CH6)
 ADC1 Sequencer/ESM channel selection macro, channel 6 - P2.6. More...
 
#define ADC1_VREF_5000mV   5000u
 ADC1 reference voltage 5.0V. More...
 
#define ADC1_VREF_22000mV   22000u
 ADC1 virtual reference voltage 22.0V for VDH Attenuator Range 0-22V. More...
 
#define ADC1_VREF_30000mV   30000u
 ADC1 virtual reference voltage 30.0V for VDH Attenuator Range 0-30V. More...
 

Enumerations

enum  TADC1_ANON { ADC1_ANON_OFF = 0, ADC1_ANON_S_STANDBY = 1, ADC1_ANON_F_STANDBY = 2, ADC1_ANON_NORMAL = 3 }
 This enum lists the options for the Analog Module. More...
 
enum  TADC1_TRIGG_SEL {
  ADC1_Trigg_None = 0, ADC1_Trigg_CCU6_Ch3 = 1, ADC1_Trigg_GPT12E_T6 = 2, ADC1_Trigg_GPT12E_T3 = 3,
  ADC1_Trigg_Timer2 = 4, ADC1_Trigg_Timer21 = 5, ADC1_Trigg_Timer3 = 6
}
 This enum lists the options for the trigger select for EIM and ESM. More...
 
enum  TADC1_EIM_REP_CNT {
  ADC1_1_Meas = 0, ADC1_2_Meas = 1, ADC1_4_Meas = 2, ADC1_8_Meas = 3,
  ADC1_16_Meas = 4, ADC1_32_Meas = 5, ADC1_64_Meas = 6, ADC1_128_Meas = 7
}
 This enum lists the options for the EIM repeat count setting. More...
 

Functions

void ADC1_Init (void)
 Initializes the ADC1 based on the IFXConfigWizard configuration. More...
 
bool VAREF_Enable (void)
 Re-enables the internal VAREF LDO in case it was shutdown due to a previous failure. More...
 
bool ADC1_GetChResult (uint16 *pVar, uint8 channel)
 Get the 10-bit/8-bit value of the ADC1 Result Register of the selected ADC1 channel and returns the validity info. More...
 
bool ADC1_GetChResult_mV (uint16 *pVar_mV, uint8 channel)
 Get the value of the ADC1 Result Register of the selected ADC1 channel in Millivolt (mV) and returns the validity info. More...
 
bool ADC1_GetEIMResult (uint16 *pVar)
 Get the 10-bit/8-bit value of the ADC1 EIM Result Register and returns the validity info. More...
 
bool ADC1_GetEIMResult_mV (uint16 *pVar_mV)
 Get the value of the ADC1 EIM Result Register in Millivolt (mV) and returns the validity info. More...
 
INLINE void ADC1_SetEIMChannel (uint8 channel)
 Set(Change) ADC1 EIM channel. More...
 
INLINE void ADC1_SetSwMode_Channel (uint8 channel)
 Selects a channel for the software conversion. More...
 
INLINE void ADC1_SetMode (uint8 mode)
 Start ADC1 conversion mode selection. More...
 
INLINE void ADC1_SetSocSwMode (uint8 Ch)
 Starts ADC1 software mode conversion. More...
 
INLINE bool ADC1_GetEocSwMode (void)
 Get ADC1 end of conversion status. More...
 
INLINE bool ADC1_GetSwModeResult (uint16 *pVar)
 Get ADC1 latest software mode result. More...
 
INLINE bool ADC1_GetSwModeResult_mV (uint16 *pVar_mV)
 Get ADC1 software mode result in Millivolt. More...
 
INLINE bool ADC1_Busy (void)
 Reads the overall status of the ADC1. More...
 
INLINE void ADC1_EIM_Trigger_Select (TADC1_TRIGG_SEL trigsel)
 Get ADC1 EIM Trigger Selection. More...
 
INLINE void ADC1_EIM_Repeat_Counter_Set (TADC1_EIM_REP_CNT repcnt)
 Set ADC1 EIM Repeat Counter. More...
 
INLINE void ADC1_ESM_Trigger_Select (TADC1_TRIGG_SEL trigsel)
 Set ADC1 ESM Trigger Selection. More...
 
INLINE bool ADC1_isEndOfConversion (void)
 checks EndOfConversion ready (Software Mode) More...
 
INLINE bool ADC1_isEIMactive (void)
 checks Exceptional Interrupt Mode active More...
 
INLINE bool ADC1_isESMactive (void)
 checks Exceptional Sequencer Mode active More...
 
INLINE TADC1_ANON ADC1_ANON_Sts (void)
 Reads the Analog Part Switched On Mode status. More...
 
INLINE void ADC1_Power_On (void)
 Enables the ADC1 module. More...
 
INLINE void ADC1_Power_Off (void)
 Disables the ADC1 module. More...
 
INLINE void ADC1_SOC_Set (void)
 ADC1 Start of Conversion, for Software mode only. More...
 
INLINE void ADC1_SW_Ch_Sel (uint32 a)
 Selects a channel for the software conversion. More...
 
INLINE void ADC1_DIVA_Set (uint32 a)
 ADC1 analog clock divider. \(f_{ADC1} = \frac{f_{SYS}}{DIVA}\). More...
 
INLINE void ADC1_ANON_Set (uint32 a)
 ADC1 set the Analog Module Mode. More...
 
INLINE void ADC1_Sequencer_Mode_Sel (void)
 ADC1 selects the Sequencer Mode. More...
 
INLINE void ADC1_Software_Mode_Sel (void)
 ADC1 selects the Software Mode, measurements are performed on user request. More...
 
INLINE uint8 ADC1_EOC_Sts (void)
 Reads the End-of-Conversion status. More...
 
INLINE uint8 ADC1_Current_Ch_Sts (void)
 Reads the channel for currently ongoing conversion, if no conversion is ongoing, then it returns the channel of the last conversion. More...
 
INLINE uint8 ADC1_Sample_Sts (void)
 Reads the sample status of a ongoing measurement. More...
 
INLINE uint8 ADC1_Busy_Sts (void)
 Reads the overall status of the ADC1. More...
 
INLINE uint8 ADC1_EIM_Active_Sts (void)
 Reads the active status of the Exceptional Interrupt Measurement (EIM). More...
 
INLINE uint8 ADC1_ESM_Active_Sts (void)
 Reads the active status of the Exceptional Sequencer Measurement (ESM). More...
 
INLINE uint8 ADC1_Current_Active_Sequence_Sts (void)
 Reads the currently active channel in Sequencer Mode. More...
 
INLINE uint8 ADC1_Current_Active_Channel_Sts (void)
 Reads the currently active channel. More...
 
INLINE void ADC1_Sequence0_Set (uint32 mask_ch)
 Defines the channels to be measured in Sequence 0, only valid in Sequencer Mode, see ADC1_Sequencer_Mode_Sel. More...
 
INLINE void ADC1_Sequence1_Set (uint32 mask_ch)
 Defines the channels to be measured in Sequence 1, only valid in Sequencer Mode, see ADC1_Sequencer_Mode_Sel. More...
 
INLINE void ADC1_Sequence2_Set (uint32 mask_ch)
 Defines the channels to be measured in Sequence 2, only valid in Sequencer Mode, see ADC1_Sequencer_Mode_Sel. More...
 
INLINE void ADC1_Sequence3_Set (uint32 mask_ch)
 Defines the channels to be measured in Sequence 3, only valid in Sequencer Mode, see ADC1_Sequencer_Mode_Sel. More...
 
INLINE void ADC1_Sequence4_Set (uint32 mask_ch)
 Defines the channels to be measured in Sequence 4, only valid in Sequencer Mode, see ADC1_Sequencer_Mode_Sel. More...
 
INLINE void ADC1_Sequence5_Set (uint32 mask_ch)
 Defines the channels to be measured in Sequence 5, only valid in Sequencer Mode, see ADC1_Sequencer_Mode_Sel. More...
 
INLINE void ADC1_Sequence6_Set (uint32 mask_ch)
 Defines the channels to be measured in Sequence 6, only valid in Sequencer Mode, see ADC1_Sequencer_Mode_Sel. More...
 
INLINE void ADC1_Sequence7_Set (uint32 mask_ch)
 Defines the channels to be measured in Sequence 7, only valid in Sequencer Mode, see ADC1_Sequencer_Mode_Sel. More...
 
INLINE uint16 ADC1_Ch0_Result_Get (void)
 Reads the converted value from the channel 0 result register. More...
 
INLINE uint16 ADC1_Ch1_Result_Get (void)
 Reads the converted value from the channel 1 result register. More...
 
INLINE uint16 ADC1_Ch2_Result_Get (void)
 Reads the converted value from the channel 2 result register. More...
 
INLINE uint16 ADC1_Ch3_Result_Get (void)
 Reads the converted value from the channel 3 result register. More...
 
INLINE uint16 ADC1_Ch4_Result_Get (void)
 Reads the converted value from the channel 4 result register. More...
 
INLINE uint16 ADC1_Ch5_Result_Get (void)
 Reads the converted value from the channel 5 result register. More...
 
INLINE uint16 ADC1_Ch6_Result_Get (void)
 Reads the converted value from the channel 6 (VDH) result register. More...
 
INLINE uint16 ADC1_EIM_Result_Get (void)
 Reads the converted value from the EIM result register. More...
 
INLINE uint16 ADC1_P20_Result_Get (void)
 Reads the converted value from the channel 0 result register. More...
 
INLINE uint16 ADC1_CSA_Result_Get (void)
 Reads the converted value from the channel 1 result register. More...
 
INLINE uint16 ADC1_P22_Result_Get (void)
 Reads the converted value from the channel 2 result register. More...
 
INLINE uint16 ADC1_P23_Result_Get (void)
 Reads the converted value from the channel 3 result register. More...
 
INLINE uint16 ADC1_P24_Result_Get (void)
 Reads the converted value from the channel 4 result register. More...
 
INLINE uint16 ADC1_P25_Result_Get (void)
 Reads the converted value from the channel 5 result register. More...
 
INLINE uint16 ADC1_VDH_Result_Get (void)
 Reads the converted value from the channel 6 (VDH) result register. More...
 
INLINE uint8 ADC1_Ch0_ResultValid_Get (void)
 Reads the valid flag for the channel 0 (P2.0) result. More...
 
INLINE uint8 ADC1_Ch1_ResultValid_Get (void)
 Reads the valid flag for the channel 1 (CSA) result. More...
 
INLINE uint8 ADC1_Ch2_ResultValid_Get (void)
 Reads the valid flag for the channel 2 (P2.2) result. More...
 
INLINE uint8 ADC1_Ch3_ResultValid_Get (void)
 Reads the valid flag for the channel 3 (P2.3) result. More...
 
INLINE uint8 ADC1_Ch4_ResultValid_Get (void)
 Reads the valid flag for the channel 4 (P2.4) result. More...
 
INLINE uint8 ADC1_Ch5_ResultValid_Get (void)
 Reads the valid flag for the channel 5 (P2.5) result. More...
 
INLINE uint8 ADC1_Ch6_ResultValid_Get (void)
 Reads the valid flag for the channel 6 (VDH) result. More...
 
INLINE uint8 ADC1_EIM_ResultValid_Get (void)
 Reads the valid flag for the channel 6 (VDH) result. More...
 
INLINE void ADC1_Ch0_DataWidth_8bit_Set (void)
 Sets the ADC1 channel 0 conversion data width to 8-bit. More...
 
INLINE void ADC1_Ch0_DataWidth_10bit_Set (void)
 Sets the ADC1 channel 0 conversion data width to 10-bit. More...
 
INLINE void ADC1_Ch1_DataWidth_8bit_Set (void)
 Sets the ADC1 channel 1 conversion data width to 8-bit. More...
 
INLINE void ADC1_Ch1_DataWidth_10bit_Set (void)
 Sets the ADC1 channel 1 conversion data width to 10-bit. More...
 
INLINE void ADC1_Ch2_DataWidth_8bit_Set (void)
 Sets the ADC1 channel 2 conversion data width to 8-bit. More...
 
INLINE void ADC1_Ch2_DataWidth_10bit_Set (void)
 Sets the ADC1 channel 2 conversion data width to 10-bit. More...
 
INLINE void ADC1_Ch3_DataWidth_8bit_Set (void)
 Sets the ADC1 channel 3 conversion data width to 8-bit. More...
 
INLINE void ADC1_Ch3_DataWidth_10bit_Set (void)
 Sets the ADC1 channel 3 conversion data width to 10-bit. More...
 
INLINE void ADC1_Ch4_DataWidth_8bit_Set (void)
 Sets the ADC1 channel 4 conversion data width to 8-bit. More...
 
INLINE void ADC1_Ch4_DataWidth_10bit_Set (void)
 Sets the ADC1 channel 4 conversion data width to 10-bit. More...
 
INLINE void ADC1_Ch5_DataWidth_8bit_Set (void)
 Sets the ADC1 channel 5 conversion data width to 8-bit. More...
 
INLINE void ADC1_Ch5_DataWidth_10bit_Set (void)
 Sets the ADC1 channel 5 conversion data width to 10-bit. More...
 
INLINE void ADC1_Ch6_DataWidth_8bit_Set (void)
 Sets the ADC1 channel 6 conversion data width to 8-bit. More...
 
INLINE void ADC1_Ch6_DataWidth_10bit_Set (void)
 Sets the ADC1 channel 6 conversion data width to 10-bit. More...
 
INLINE void ADC1_Ch0_Sample_Time_Set (uint32 stc)
 Sets the ADC1 channel 0 number of sampling ticks. More...
 
INLINE void ADC1_Ch1_Sample_Time_Set (uint32 stc)
 Sets the ADC1 channel 1 number of sampling ticks. More...
 
INLINE void ADC1_Ch2_Sample_Time_Set (uint32 stc)
 Sets the ADC1 channel 2 number of sampling ticks. More...
 
INLINE void ADC1_Ch3_Sample_Time_Set (uint32 stc)
 Sets the ADC1 channel 3 number of sampling ticks. More...
 
INLINE void ADC1_Ch4_Sample_Time_Set (uint32 stc)
 Sets the ADC1 channel 4 number of sampling ticks. More...
 
INLINE void ADC1_Ch5_Sample_Time_Set (uint32 stc)
 Sets the ADC1 channel 5 number of sampling ticks. More...
 
INLINE void ADC1_Ch6_Sample_Time_Set (uint32 stc)
 Sets the ADC1 channel 6 number of sampling ticks. More...
 
INLINE void ADC1_Ch0_WaitForRead_Set (void)
 Sets the ADC1 channel 0 result register to "wait for read". More...
 
INLINE void ADC1_Ch0_Overwrite_Set (void)
 Sets the ADC1 channel 0 result register to "overwrite". More...
 
INLINE void ADC1_Ch1_WaitForRead_Set (void)
 Sets ADC1 channel 1 the result register to "wait for read". More...
 
INLINE void ADC1_Ch1_Overwrite_Set (void)
 Sets the ADC1 channel 1 result register to "overwrite". More...
 
INLINE void ADC1_Ch2_WaitForRead_Set (void)
 Sets the ADC1 channel 2 result register to "wait for read". More...
 
INLINE void ADC1_Ch2_Overwrite_Set (void)
 Sets the ADC1 channel 2 result register to "overwrite". More...
 
INLINE void ADC1_Ch3_WaitForRead_Set (void)
 Sets the ADC1 channel 3 result register to "wait for read". More...
 
INLINE void ADC1_Ch3_Overwrite_Set (void)
 Sets the ADC1 channel 3 result register to "overwrite". More...
 
INLINE void ADC1_Ch4_WaitForRead_Set (void)
 Sets the ADC1 channel 4 result register to "wait for read". More...
 
INLINE void ADC1_Ch4_Overwrite_Set (void)
 Sets the ADC1 channel 4 result register to "overwrite". More...
 
INLINE void ADC1_Ch5_WaitForRead_Set (void)
 Sets the ADC1 channel 5 result register to "wait for read". More...
 
INLINE void ADC1_Ch5_Overwrite_Set (void)
 Sets the ADC1 channel 5 result register to "overwrite". More...
 
INLINE void ADC1_Ch6_WaitForRead_Set (void)
 Sets the ADC1 channel 6 result register to "wait for read". More...
 
INLINE void ADC1_Ch6_Overwrite_Set (void)
 Sets the ADC1 channel 6 result register to "overwrite". More...
 
INLINE void ADC1_EIM_Channel_Set (uint32 ch)
 Set EIM channel for measurement. More...
 
INLINE void ADC1_ESM_Channel_Set (uint32 mask_ch)
 Set channels in ESM sequence. More...
 
INLINE void ADC1_VDH_Attenuator_On (void)
 Enables the input attenuator for VDH. More...
 
INLINE void ADC1_VDH_Attenuator_Off (void)
 Disables the input attenuator for VDH. More...
 
INLINE void ADC1_VDH_Attenuator_Zhigh_Set (void)
 Enables the output attenuator for VDH. More...
 
INLINE void ADC1_VDH_Attenuator_Zlow_Set (void)
 Disables the output attenuator for VDH. More...
 
INLINE void ADC1_Ch0_Int_Clr (void)
 clears ADC1 Channel 0 Interrupt flag. More...
 
INLINE void ADC1_Ch1_Int_Clr (void)
 clears ADC1 Channel 1 Interrupt flag. More...
 
INLINE void ADC1_Ch2_Int_Clr (void)
 clears ADC1 Channel 2 Interrupt flag. More...
 
INLINE void ADC1_Ch3_Int_Clr (void)
 clears ADC1 Channel 3 Interrupt flag. More...
 
INLINE void ADC1_Ch4_Int_Clr (void)
 clears ADC1 Channel 4 Interrupt flag. More...
 
INLINE void ADC1_Ch5_Int_Clr (void)
 clears ADC1 Channel 5 Interrupt flag. More...
 
INLINE void ADC1_Ch6_Int_Clr (void)
 clears ADC1 Channel 6 Interrupt flag. More...
 
INLINE void ADC1_EIM_Int_Clr (void)
 clears Exceptional Interrupt Measurement (EIM) flag. More...
 
INLINE void ADC1_ESM_Int_Clr (void)
 clears Exceptional Sequence Measurement (ESM) flag. More...
 
INLINE void ADC1_Ch0_Int_En (void)
 enables ADC1 Channel 0 Interrupt. More...
 
INLINE void ADC1_Ch0_Int_Dis (void)
 disables ADC1 Channel 0 Interrupt. More...
 
INLINE void ADC1_Ch1_Int_En (void)
 enables ADC1 Channel 1 Interrupt. More...
 
INLINE void ADC1_Ch1_Int_Dis (void)
 disables ADC1 Channel 1 Interrupt. More...
 
INLINE void ADC1_Ch2_Int_En (void)
 enables ADC1 Channel 2 Interrupt. More...
 
INLINE void ADC1_Ch2_Int_Dis (void)
 disables ADC1 Channel 2 Interrupt. More...
 
INLINE void ADC1_Ch3_Int_En (void)
 enables ADC1 Channel 3 Interrupt. More...
 
INLINE void ADC1_Ch3_Int_Dis (void)
 disables ADC1 Channel 3 Interrupt. More...
 
INLINE void ADC1_Ch4_Int_En (void)
 enables ADC1 Channel 4 Interrupt. More...
 
INLINE void ADC1_Ch4_Int_Dis (void)
 disables ADC1 Channel 4 Interrupt. More...
 
INLINE void ADC1_Ch5_Int_En (void)
 enables ADC1 Channel 5 Interrupt. More...
 
INLINE void ADC1_Ch5_Int_Dis (void)
 disables ADC1 Channel 5 Interrupt. More...
 
INLINE void ADC1_Ch6_Int_En (void)
 enables ADC1 Channel 6 Interrupt. More...
 
INLINE void ADC1_Ch6_Int_Dis (void)
 disables ADC1 Channel 6 Interrupt. More...
 
INLINE void ADC1_EIM_Int_En (void)
 enables Exceptional Interrupt Measurement (EIM). More...
 
INLINE void ADC1_EIM_Int_Dis (void)
 disables Exceptional Interrupt Measurement (EIM). More...
 
INLINE void ADC1_ESM_Int_En (void)
 enables Exceptional Sequence Measurement (ESM). More...
 
INLINE void ADC1_ESM_Int_Dis (void)
 disables Exceptional Sequence Measurement (ESM). More...
 
INLINE void ADC1_VDH_Attenuator_Range_0_30V_Set (void)
 sets the VDH Monitoring Input Attenuator Input Range to 0 - 30V. More...
 
INLINE void ADC1_VDH_Attenuator_Range_0_20V_Set (void)
 sets the VDH Monitoring Input Attenuator Input Range to 0 - 22V. More...
 
INLINE uint8 ADC1_VDH_Attenuator_Range_Get (void)
 Reads the VDH Monitoring Input Attenuator Input Range Configuration. More...
 

Macro Definition Documentation

◆ ADC1_CH0

#define ADC1_CH0   (0)

ADC1 channel selection macro, channel 0 - P2.0.

◆ ADC1_CH1

#define ADC1_CH1   (1)

ADC1 channel selection macro, channel 1 - Current Sense Amplifier.

◆ ADC1_CH2

#define ADC1_CH2   (2)

ADC1 channel selection macro, channel 2 - P2.2.

◆ ADC1_CH3

#define ADC1_CH3   (3)

ADC1 channel selection macro, channel 3 - P2.3.

◆ ADC1_CH4

#define ADC1_CH4   (4)

ADC1 channel selection macro, channel 4 - P2.4.

◆ ADC1_CH5

#define ADC1_CH5   (5)

ADC1 channel selection macro, channel 5 - P2.5.

◆ ADC1_CH6

#define ADC1_CH6   (6)

ADC1 channel selection macro, channel 6 - P2.6.

◆ ADC1_CSA

#define ADC1_CSA   ADC1_CH1

ADC1 channel selection macro, channel 1 - Current Sense Amplifier.

◆ ADC1_EIM

#define ADC1_EIM   (8)

ADC1 channel selection macro, Exceptional Interrupt Measurement - EIM.

◆ ADC1_MASK_CH0

#define ADC1_MASK_CH0   ((uint32)1u << ADC1_CH0)

ADC1 Sequencer/ESM channel selection macro, channel 0 - P2.0.

◆ ADC1_MASK_CH1

#define ADC1_MASK_CH1   ((uint32)1u << ADC1_CH1)

ADC1 Sequencer/ESM channel selection macro, channel 1 - CSA.

◆ ADC1_MASK_CH2

#define ADC1_MASK_CH2   ((uint32)1u << ADC1_CH2)

ADC1 Sequencer/ESM channel selection macro, channel 2 - P2.2.

◆ ADC1_MASK_CH3

#define ADC1_MASK_CH3   ((uint32)1u << ADC1_CH3)

ADC1 Sequencer/ESM channel selection macro, channel 3 - P2.3.

◆ ADC1_MASK_CH4

#define ADC1_MASK_CH4   ((uint32)1u << ADC1_CH4)

ADC1 Sequencer/ESM channel selection macro, channel 4 - P2.4.

◆ ADC1_MASK_CH5

#define ADC1_MASK_CH5   ((uint32)1u << ADC1_CH5)

ADC1 Sequencer/ESM channel selection macro, channel 5 - P2.5.

◆ ADC1_MASK_CH6

#define ADC1_MASK_CH6   ((uint32)1u << ADC1_CH6)

ADC1 Sequencer/ESM channel selection macro, channel 6 - P2.6.

◆ ADC1_MASK_CSA

#define ADC1_MASK_CSA   (ADC1_MASK_CH1)

ADC1 Sequencer/ESM channel selection macro, channel 1 - CSA.

◆ ADC1_MASK_P20

#define ADC1_MASK_P20   (ADC1_MASK_CH0)

ADC1 Sequencer/ESM channel selection macro, channel 0 - P2.0.

◆ ADC1_MASK_P22

#define ADC1_MASK_P22   (ADC1_MASK_CH2)

ADC1 Sequencer/ESM channel selection macro, channel 2 - P2.2.

◆ ADC1_MASK_P23

#define ADC1_MASK_P23   (ADC1_MASK_CH3)

ADC1 Sequencer/ESM channel selection macro, channel 3 - P2.3.

◆ ADC1_MASK_P24

#define ADC1_MASK_P24   (ADC1_MASK_CH4)

ADC1 Sequencer/ESM channel selection macro, channel 4 - P2.4.

◆ ADC1_MASK_P25

#define ADC1_MASK_P25   (ADC1_MASK_CH5)

ADC1 Sequencer/ESM channel selection macro, channel 5 - P2.5.

◆ ADC1_MASK_VDH

#define ADC1_MASK_VDH   (ADC1_MASK_CH6)

ADC1 Sequencer/ESM channel selection macro, channel 6 - P2.6.

◆ ADC1_P20

#define ADC1_P20   ADC1_CH0

ADC1 channel selection macro, channel 0 - P2.0.

◆ ADC1_P22

#define ADC1_P22   ADC1_CH2

ADC1 channel selection macro, channel 2 - P2.2.

◆ ADC1_P23

#define ADC1_P23   ADC1_CH3

ADC1 channel selection macro, channel 3 - P2.3.

◆ ADC1_P24

#define ADC1_P24   ADC1_CH4

ADC1 channel selection macro, channel 4 - P2.4.

◆ ADC1_P25

#define ADC1_P25   ADC1_CH5

ADC1 channel selection macro, channel 5 - P2.5.

◆ ADC1_VDH

#define ADC1_VDH   ADC1_CH6

ADC1 channel selection macro, channel 6 - P2.6.

◆ ADC1_VDH_Attenuator_Range_0_20V

#define ADC1_VDH_Attenuator_Range_0_20V   (0u)

ADC1 VDH Attenuator Selection, 0V..20V.

◆ ADC1_VDH_Attenuator_Range_0_30V

#define ADC1_VDH_Attenuator_Range_0_30V   (1u)

ADC1 VDH Attenuator Selection, 0V..30V.

◆ ADC1_VREF_22000mV

#define ADC1_VREF_22000mV   22000u

ADC1 virtual reference voltage 22.0V for VDH Attenuator Range 0-22V.

◆ ADC1_VREF_30000mV

#define ADC1_VREF_30000mV   30000u

ADC1 virtual reference voltage 30.0V for VDH Attenuator Range 0-30V.

◆ ADC1_VREF_5000mV

#define ADC1_VREF_5000mV   5000u

ADC1 reference voltage 5.0V.

◆ BIT10

#define BIT10   0u

ADC1 conversion data width selection, 10 bit conversion.

◆ BIT8

#define BIT8   1u

ADC1 conversion data width selection, 8 bit conversion.

◆ INTDIS

#define INTDIS   0u

ADC1 Interrupt, Disable.

◆ INTEN

#define INTEN   1u

ADC1 Interrupt, Enable.

◆ MEAS

#define MEAS   1u

Sequencer Configuration, perform channel measurement.

◆ OVERWRITE

#define OVERWRITE   0u

ADC1 Result Register, Overwrite Mode.

◆ SEQ_MODE

#define SEQ_MODE   1u

Mode Selection, Sequencer Mode.

◆ SKIP

#define SKIP   0u

ADC1 Sequencer Configuration, skip channel measurement.

◆ SW_MODE

#define SW_MODE   0u

ADC1 Mode Selection, Software Mode.

◆ WFR

#define WFR   1u

ADC1 Result Register, Wait For Read Mode.

Enumeration Type Documentation

◆ TADC1_ANON

enum TADC1_ANON

This enum lists the options for the Analog Module.

Enumerator
ADC1_ANON_OFF 

ADC1 Analog Module Mode - Off Mode

ADC1_ANON_S_STANDBY 

ADC1 Analog Module Mode - Slow Standby Mode

ADC1_ANON_F_STANDBY 

ADC1 Analog Module Mode - Fast Standby Mode

ADC1_ANON_NORMAL 

ADC1 Analog Module Mode - Normal Mode (On-Mode)

◆ TADC1_EIM_REP_CNT

enum TADC1_EIM_REP_CNT

This enum lists the options for the EIM repeat count setting.

The number of measurements to be done until EIM interrupt is requested.

Enumerator
ADC1_1_Meas 

EIM irq every measurement

ADC1_2_Meas 

EIM irq every 2nd measurement

ADC1_4_Meas 

EIM irq every 4th measurement

ADC1_8_Meas 

EIM irq every 8th measurement

ADC1_16_Meas 

EIM irq every 16th measurement

ADC1_32_Meas 

EIM irq every 32nd measurement

ADC1_64_Meas 

EIM irq every 64th measurement

ADC1_128_Meas 

EIM irq every 128th measurement

◆ TADC1_TRIGG_SEL

enum TADC1_TRIGG_SEL

This enum lists the options for the trigger select for EIM and ESM.

Enumerator
ADC1_Trigg_None 

no trigger source connected

ADC1_Trigg_CCU6_Ch3 

CCU6 Channel 3 (COUT63), rising edge

ADC1_Trigg_GPT12E_T6 

GPT12E Timer6, T6OUT

ADC1_Trigg_GPT12E_T3 

GPT12E Timer6, T3OUT

ADC1_Trigg_Timer2 

Timer2 output

ADC1_Trigg_Timer21 

Timer21 output

ADC1_Trigg_Timer3 

Timer3 output

Function Documentation

◆ ADC1_ANON_Set()

INLINE void ADC1_ANON_Set ( uint32  a)

ADC1 set the Analog Module Mode.

Parameters
aanalog module mode, see TADC1_ANON

Example

This example sets the ADC1 to normal mode.

void Example_Function(void)
{
ADC1_ANON_Set( ADC1_ANON_NORMAL );
}

◆ ADC1_ANON_Sts()

INLINE TADC1_ANON ADC1_ANON_Sts ( void  )

Reads the Analog Part Switched On Mode status.

Returns
TADC1_ANON, see TADC1_ANON

Example

This example enables ADC1 and waits until ADC1 has reached normal mode.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
while ( ADC1_ANON_Sts() != ADC1_ANON_NORMAL ) {}
}

◆ ADC1_Busy()

INLINE bool ADC1_Busy ( void  )

Reads the overall status of the ADC1.

Return values
trueADC1 busy
falseADC1 ready

Example

This example reads the busy status of the ADC1.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_SW_Ch_Sel( ADC1_CSA );
ADC1_SOC_Set();
while ( ADC1_Busy() == true )
{
//ADC1 still busy
}
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Busy_Sts()

INLINE uint8 ADC1_Busy_Sts ( void  )

Reads the overall status of the ADC1.

Return values
1if ADC1 busy
0if ADC1 ready

Example

This example reads the busy status of the ADC1.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_SW_Ch_Sel( ADC1_CSA );
ADC1_SOC_Set();
while ( ADC1_Busy_Sts() == 1u )
{
//ADC1 still busy
}
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch0_DataWidth_10bit_Set()

INLINE void ADC1_Ch0_DataWidth_10bit_Set ( void  )

Sets the ADC1 channel 0 conversion data width to 10-bit.

Note
The 10-bit word is left aligned in the 12-bit result value, ADC1_P20_Result_Get.

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch0_DataWidth_10bit_Set();
ADC1_SW_Ch_Sel( ADC1_P20 );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch0_DataWidth_8bit_Set()

INLINE void ADC1_Ch0_DataWidth_8bit_Set ( void  )

Sets the ADC1 channel 0 conversion data width to 8-bit.

Note
The 8-bit word is left aligned in the 12-bit result value, ADC1_P20_Result_Get.

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch0_DataWidth_8bit_Set();
ADC1_SW_Ch_Sel( ADC1_P20 );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch0_Int_Clr()

INLINE void ADC1_Ch0_Int_Clr ( void  )

clears ADC1 Channel 0 Interrupt flag.

Example

This example treats the ADC1 Channel 0 Interrupt.

void Example_Function(void)
{
ADC1_Ch0_Int_En();
if (ADC1->IS.bit.CH0_STS == 1u)
{
ADC1_CH0_CALLBACK();
ADC1_Ch0_Int_Clr();
}
}

◆ ADC1_Ch0_Int_Dis()

INLINE void ADC1_Ch0_Int_Dis ( void  )

disables ADC1 Channel 0 Interrupt.

Example

This example treats the ADC1 Channel 0 Interrupt.

void Example_Function(void)
{
ADC1_Ch0_Int_En();
if (ADC1->IS.bit.CH0_STS == 1u)
{
ADC1_CH0_CALLBACK();
ADC1_Ch0_Int_Clr();
}
ADC1_Ch0_Int_Dis();
}

◆ ADC1_Ch0_Int_En()

INLINE void ADC1_Ch0_Int_En ( void  )

enables ADC1 Channel 0 Interrupt.

Example

This example treats the ADC1 Channel 0 Interrupt.

void Example_Function(void)
{
ADC1_Ch0_Int_En();
if (ADC1->IS.bit.CH0_STS == 1u)
{
ADC1_CH0_CALLBACK();
ADC1_Ch0_Int_Clr();
}
}

◆ ADC1_Ch0_Overwrite_Set()

INLINE void ADC1_Ch0_Overwrite_Set ( void  )

Sets the ADC1 channel 0 result register to "overwrite".

Note
A valid result will be overwritten by a subsequent conversion, a previous unread conversion is lost.

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 0 (P2.0) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P20 );
ADC1_Ch0_Overwrite_Set();
if ( ADC1_Ch0_ResultValid_Get() == 1u )
{
adc_result = ADC1_P20_Result_Get();
}
}

◆ ADC1_Ch0_Result_Get()

INLINE uint16 ADC1_Ch0_Result_Get ( void  )

Reads the converted value from the channel 0 result register.

Returns
12-bit value, with left aligned 10-bit/8-bit result

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 0 (P2.0) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P20 );
if ( ADC1_Ch0_ResultValid_Get() == 1u )
{
adc_result = ADC1_Ch0_Result_Get();
}
}

◆ ADC1_Ch0_ResultValid_Get()

INLINE uint8 ADC1_Ch0_ResultValid_Get ( void  )

Reads the valid flag for the channel 0 (P2.0) result.

Note
The flag gets reset by reading.
Return values
1if result is valid
0if result is not valid, or already read

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 0 (P2.0) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P20 );
if ( ADC1_Ch0_ResultValid_Get() == 1u )
{
adc_result = ADC1_P20_Result_Get();
}
}

◆ ADC1_Ch0_Sample_Time_Set()

INLINE void ADC1_Ch0_Sample_Time_Set ( uint32  stc)

Sets the ADC1 channel 0 number of sampling ticks.

Note
The effective sampling time is calculated by: \(t_{sampling} = \frac{2+stc}{f_{ADC1}}\).
Parameters
stcsampling tick count

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch0_DataWidth_10bit_Set();
ADC1_Ch0_Sample_Time_Set( 10 );
ADC1_SW_Ch_Sel( ADC1_P20 );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch0_WaitForRead_Set()

INLINE void ADC1_Ch0_WaitForRead_Set ( void  )

Sets the ADC1 channel 0 result register to "wait for read".

Note
A valid result will not be overwritten by a subsequent conversion until the result is read.

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 0 (P2.0) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P20 );
ADC1_Ch0_WaitForRead_Set();
if ( ADC1_Ch0_ResultValid_Get() == true )
{
adc_result = ADC1_P20_Result_Get();
}
}

◆ ADC1_Ch1_DataWidth_10bit_Set()

INLINE void ADC1_Ch1_DataWidth_10bit_Set ( void  )

Sets the ADC1 channel 1 conversion data width to 10-bit.

Note
The 10-bit word is left aligned in the 12-bit result value, ADC1_CSA_Result_Get.

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch1_DataWidth_10bit_Set();
ADC1_SW_Ch_Sel( ADC1_CSA );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch1_DataWidth_8bit_Set()

INLINE void ADC1_Ch1_DataWidth_8bit_Set ( void  )

Sets the ADC1 channel 1 conversion data width to 8-bit.

Note
The 8-bit word is left aligned in the 12-bit result value, ADC1_CSA_Result_Get.

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch1_DataWidth_8bit_Set();
ADC1_SW_Ch_Sel( ADC1_CSA );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch1_Int_Clr()

INLINE void ADC1_Ch1_Int_Clr ( void  )

clears ADC1 Channel 1 Interrupt flag.

Example

This example treats the ADC1 Channel 1 Interrupt.

void Example_Function(void)
{
ADC1_Ch1_Int_En();
if (ADC1->IS.bit.CH1_STS == 1u)
{
ADC1_CH1_CALLBACK();
ADC1_Ch1_Int_Clr();
}
}

◆ ADC1_Ch1_Int_Dis()

INLINE void ADC1_Ch1_Int_Dis ( void  )

disables ADC1 Channel 1 Interrupt.

Example

This example treats the ADC1 Channel 1 Interrupt.

void Example_Function(void)
{
ADC1_Ch1_Int_En();
if (ADC1->IS.bit.CH1_STS == 1u)
{
ADC1_CH1_CALLBACK();
ADC1_Ch1_Int_Clr();
}
ADC1_Ch1_Int_Dis();
}

◆ ADC1_Ch1_Int_En()

INLINE void ADC1_Ch1_Int_En ( void  )

enables ADC1 Channel 1 Interrupt.

Example

This example treats the ADC1 Channel 1 Interrupt.

void Example_Function(void)
{
ADC1_Ch1_Int_En();
if (ADC1->IS.bit.CH1_STS == 1u)
{
ADC1_CH1_CALLBACK();
ADC1_Ch1_Int_Clr();
}
}

◆ ADC1_Ch1_Overwrite_Set()

INLINE void ADC1_Ch1_Overwrite_Set ( void  )

Sets the ADC1 channel 1 result register to "overwrite".

Note
A valid result will be overwritten by a subsequent conversion, a previous unread conversion is lost.

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 1 (CSA) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_CSA );
ADC1_Ch1_Overwrite_Set();
if ( ADC1_Ch1_ResultValid_Get() == 1u )
{
adc_result = ADC1_CSA_Result_Get();
}
}

◆ ADC1_Ch1_Result_Get()

INLINE uint16 ADC1_Ch1_Result_Get ( void  )

Reads the converted value from the channel 1 result register.

Returns
12-bit value, with left aligned 10-bit/8-bit result

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 1 (CSA) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_CSA );
if ( ADC1_Ch1_ResultValid_Get() == 1u )
{
adc_result = ADC1_Ch1_Result_Get();
}
}

◆ ADC1_Ch1_ResultValid_Get()

INLINE uint8 ADC1_Ch1_ResultValid_Get ( void  )

Reads the valid flag for the channel 1 (CSA) result.

Note
The flag gets reset by reading.
Return values
1if result is valid
0if result is not valid, or already read

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 1 (CSA) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_CSA );
if ( ADC1_Ch1_ResultValid_Get() == 1u )
{
adc_result = ADC1_CSA_Result_Get();
}
}

◆ ADC1_Ch1_Sample_Time_Set()

INLINE void ADC1_Ch1_Sample_Time_Set ( uint32  stc)

Sets the ADC1 channel 1 number of sampling ticks.

Note
The effective sampling time is calculated by: \(t_{sample} = \frac{2+stc}{f_{ADC1}}\).
Parameters
stcsampling tick count

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch1_DataWidth_10bit_Set();
ADC1_Ch1_Sample_Time_Set( 10 );
ADC1_SW_Ch_Sel( ADC1_CSA );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch1_WaitForRead_Set()

INLINE void ADC1_Ch1_WaitForRead_Set ( void  )

Sets ADC1 channel 1 the result register to "wait for read".

Note
A valid result will not be overwritten by a subsequent conversion until the result is read.

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 1 (CSA) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_CSA );
ADC1_Ch1_WaitForRead_Set();
if ( ADC1_Ch1_ResultValid_Get() == 1u )
{
adc_result = ADC1_CSA_Result_Get();
}
}

◆ ADC1_Ch2_DataWidth_10bit_Set()

INLINE void ADC1_Ch2_DataWidth_10bit_Set ( void  )

Sets the ADC1 channel 2 conversion data width to 10-bit.

Note
The 10-bit word is left aligned in the 12-bit result value, ADC1_P22_Result_Get.

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch2_DataWidth_10bit_Set();
ADC1_SW_Ch_Sel( ADC1_P22 );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch2_DataWidth_8bit_Set()

INLINE void ADC1_Ch2_DataWidth_8bit_Set ( void  )

Sets the ADC1 channel 2 conversion data width to 8-bit.

Note
The 8-bit word is left aligned in the 12-bit result value, ADC1_P22_Result_Get.

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch2_DataWidth_8bit_Set();
ADC1_SW_Ch_Sel( ADC1_P22 );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch2_Int_Clr()

INLINE void ADC1_Ch2_Int_Clr ( void  )

clears ADC1 Channel 2 Interrupt flag.

Example

This example treats the ADC1 Channel 2 Interrupt.

void Example_Function(void)
{
ADC1_Ch2_Int_En();
if (ADC1->IS.bit.CH2_STS == 1u)
{
ADC1_CH2_CALLBACK();
ADC1_Ch2_Int_Clr();
}
}

◆ ADC1_Ch2_Int_Dis()

INLINE void ADC1_Ch2_Int_Dis ( void  )

disables ADC1 Channel 2 Interrupt.

Example

This example treats the ADC1 Channel 2 Interrupt.

void Example_Function(void)
{
ADC1_Ch2_Int_En();
if (ADC1->IS.bit.CH2_STS == 1u)
{
ADC1_CH2_CALLBACK();
ADC1_Ch2_Int_Clr();
}
ADC1_Ch2_Int_Dis();
}

◆ ADC1_Ch2_Int_En()

INLINE void ADC1_Ch2_Int_En ( void  )

enables ADC1 Channel 2 Interrupt.

Example

This example treats the ADC1 Channel 2 Interrupt.

void Example_Function(void)
{
ADC1_Ch2_Int_En();
if (ADC1->IS.bit.CH2_STS == 1u)
{
ADC1_CH2_CALLBACK();
ADC1_Ch2_Int_Clr();
}
}

◆ ADC1_Ch2_Overwrite_Set()

INLINE void ADC1_Ch2_Overwrite_Set ( void  )

Sets the ADC1 channel 2 result register to "overwrite".

Note
A valid result will be overwritten by a subsequent conversion, a previous unread conversion is lost.

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 2 (P2.2) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P22 );
ADC1_Ch2_Overwrite_Set();
if ( ADC1_Ch2_ResultValid_Get() == 1u )
{
adc_result = ADC1_P22_Result_Get();
}
}

◆ ADC1_Ch2_Result_Get()

INLINE uint16 ADC1_Ch2_Result_Get ( void  )

Reads the converted value from the channel 2 result register.

Returns
12-bit value, with left aligned 10-bit/8-bit result

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 2 (P2.2) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P22 );
if ( ADC1_Ch2_ResultValid_Get() == 1u )
{
adc_result = ADC1_Ch2_Result_Get();
}
}

◆ ADC1_Ch2_ResultValid_Get()

INLINE uint8 ADC1_Ch2_ResultValid_Get ( void  )

Reads the valid flag for the channel 2 (P2.2) result.

Note
The flag gets reset by reading.
Return values
1if result is valid
0if result is not valid, or already read

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 2 (P2.2) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P22 );
if ( ADC1_Ch2_ResultValid_Get() == 1u )
{
adc_result = ADC1_P22_Result_Get();
}
}

◆ ADC1_Ch2_Sample_Time_Set()

INLINE void ADC1_Ch2_Sample_Time_Set ( uint32  stc)

Sets the ADC1 channel 2 number of sampling ticks.

Note
The effective sampling time is calculated by: \(t_{sample} = \frac{2+stc}{f_{ADC1}}\).
Parameters
stcsampling tick count

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch2_DataWidth_10bit_Set();
ADC1_Ch2_Sample_Time_Set( 10 );
ADC1_SW_Ch_Sel( ADC1_P22 );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch2_WaitForRead_Set()

INLINE void ADC1_Ch2_WaitForRead_Set ( void  )

Sets the ADC1 channel 2 result register to "wait for read".

Note
A valid result will not be overwritten by a subsequent conversion until the result is read.

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 2 (P2.2) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P22 );
ADC1_Ch2_WaitForRead_Set();
if ( ADC1_Ch2_ResultValid_Get() == 1u )
{
adc_result = ADC1_P22_Result_Get();
}
}

◆ ADC1_Ch3_DataWidth_10bit_Set()

INLINE void ADC1_Ch3_DataWidth_10bit_Set ( void  )

Sets the ADC1 channel 3 conversion data width to 10-bit.

Note
The 10-bit word is left aligned in the 12-bit result value, ADC1_P23_Result_Get.

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch3_DataWidth_10bit_Set();
ADC1_SW_Ch_Sel( ADC1_P23 );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch3_DataWidth_8bit_Set()

INLINE void ADC1_Ch3_DataWidth_8bit_Set ( void  )

Sets the ADC1 channel 3 conversion data width to 8-bit.

Note
The 8-bit word is left aligned in the 12-bit result value, ADC1_P23_Result_Get.

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch3_DataWidth_8bit_Set();
ADC1_SW_Ch_Sel( ADC1_P23 );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch3_Int_Clr()

INLINE void ADC1_Ch3_Int_Clr ( void  )

clears ADC1 Channel 3 Interrupt flag.

Example

This example treats the ADC1 Channel 3 Interrupt.

void Example_Function(void)
{
ADC1_Ch3_Int_En();
if (ADC1->IS.bit.CH3_STS == 1u)
{
ADC1_CH3_CALLBACK();
ADC1_Ch3_Int_Clr();
}
}

◆ ADC1_Ch3_Int_Dis()

INLINE void ADC1_Ch3_Int_Dis ( void  )

disables ADC1 Channel 3 Interrupt.

Example

This example treats the ADC1 Channel 3 Interrupt.

void Example_Function(void)
{
ADC1_Ch3_Int_En();
if (ADC1->IS.bit.CH3_STS == 1u)
{
ADC1_CH3_CALLBACK();
ADC1_Ch3_Int_Clr();
}
ADC1_Ch3_Int_Dis();
}

◆ ADC1_Ch3_Int_En()

INLINE void ADC1_Ch3_Int_En ( void  )

enables ADC1 Channel 3 Interrupt.

Example

This example treats the ADC1 Channel 3 Interrupt.

void Example_Function(void)
{
ADC1_Ch3_Int_En();
if (ADC1->IS.bit.CH3_STS == 1u)
{
ADC1_CH3_CALLBACK();
ADC1_Ch3_Int_Clr();
}
}

◆ ADC1_Ch3_Overwrite_Set()

INLINE void ADC1_Ch3_Overwrite_Set ( void  )

Sets the ADC1 channel 3 result register to "overwrite".

Note
A valid result will be overwritten by a subsequent conversion, a previous unread conversion is lost.

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 3 (P2.3) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P23 );
ADC1_Ch3_Overwrite_Set();
if ( ADC1_Ch3_ResultValid_Get() == 1u )
{
adc_result = ADC1_P23_Result_Get();
}
}

◆ ADC1_Ch3_Result_Get()

INLINE uint16 ADC1_Ch3_Result_Get ( void  )

Reads the converted value from the channel 3 result register.

Returns
12-bit value, with left aligned 10-bit/8-bit result

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 3 (P2.3) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P23 );
if ( ADC1_Ch3_ResultValid_Get() == 1u )
{
adc_result = ADC1_Ch3_Result_Get();
}
}

◆ ADC1_Ch3_ResultValid_Get()

INLINE uint8 ADC1_Ch3_ResultValid_Get ( void  )

Reads the valid flag for the channel 3 (P2.3) result.

Note
The flag gets reset by reading.
Return values
1if result is valid
0if result is not valid, or already read

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 3 (P2.3) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P23 );
if ( ADC1_Ch3_ResultValid_Get() == 1u )
{
adc_result = ADC1_P23_Result_Get();
}
}

◆ ADC1_Ch3_Sample_Time_Set()

INLINE void ADC1_Ch3_Sample_Time_Set ( uint32  stc)

Sets the ADC1 channel 3 number of sampling ticks.

Note
The effective sampling time is calculated by: \(t_{sample} = \frac{2+stc}{f_{ADC1}}\).
Parameters
stcsampling tick count

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch3_DataWidth_10bit_Set();
ADC1_Ch3_Sample_Time_Set( 10 );
ADC1_SW_Ch_Sel( ADC1_P23 );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch3_WaitForRead_Set()

INLINE void ADC1_Ch3_WaitForRead_Set ( void  )

Sets the ADC1 channel 3 result register to "wait for read".

Note
A valid result will not be overwritten by a subsequent conversion until the result is read.

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 3 (P2.3) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P23 );
ADC1_Ch3_WaitForRead_Set();
if ( ADC1_Ch3_ResultValid_Get() == 1u )
{
adc_result = ADC1_P23_Result_Get();
}
}

◆ ADC1_Ch4_DataWidth_10bit_Set()

INLINE void ADC1_Ch4_DataWidth_10bit_Set ( void  )

Sets the ADC1 channel 4 conversion data width to 10-bit.

Note
The 10-bit word is left aligned in the 12-bit result value, ADC1_P24_Result_Get.

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch4_DataWidth_10bit_Set();
ADC1_SW_Ch_Sel( ADC1_P24 );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch4_DataWidth_8bit_Set()

INLINE void ADC1_Ch4_DataWidth_8bit_Set ( void  )

Sets the ADC1 channel 4 conversion data width to 8-bit.

Note
The 8-bit word is left aligned in the 12-bit result value, ADC1_P24_Result_Get.

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch4_DataWidth_8bit_Set();
ADC1_SW_Ch_Sel( ADC1_P24 );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch4_Int_Clr()

INLINE void ADC1_Ch4_Int_Clr ( void  )

clears ADC1 Channel 4 Interrupt flag.

Example

This example treats the ADC1 Channel 4 Interrupt.

void Example_Function(void)
{
ADC1_Ch4_Int_En();
if (ADC1->IS.bit.CH4_STS == 1u)
{
ADC1_CH4_CALLBACK();
ADC1_Ch4_Int_Clr();
}
}

◆ ADC1_Ch4_Int_Dis()

INLINE void ADC1_Ch4_Int_Dis ( void  )

disables ADC1 Channel 4 Interrupt.

Example

This example treats the ADC1 Channel 4 Interrupt.

void Example_Function(void)
{
ADC1_Ch4_Int_En();
if (ADC1->IS.bit.CH4_STS == 1u)
{
ADC1_CH4_CALLBACK();
ADC1_Ch4_Int_Clr();
}
ADC1_Ch4_Int_Dis();
}

◆ ADC1_Ch4_Int_En()

INLINE void ADC1_Ch4_Int_En ( void  )

enables ADC1 Channel 4 Interrupt.

Example

This example treats the ADC1 Channel 4 Interrupt.

void Example_Function(void)
{
ADC1_Ch4_Int_En();
if (ADC1->IS.bit.CH4_STS == 1u)
{
ADC1_CH4_CALLBACK();
ADC1_Ch4_Int_Clr();
}
}

◆ ADC1_Ch4_Overwrite_Set()

INLINE void ADC1_Ch4_Overwrite_Set ( void  )

Sets the ADC1 channel 4 result register to "overwrite".

Note
A valid result will be overwritten by a subsequent conversion, a previous unread conversion is lost.

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 4 (P2.4) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P24 );
ADC1_Ch4_Overwrite_Set();
if ( ADC1_Ch4_ResultValid_Get() == 1u )
{
adc_result = ADC1_P24_Result_Get();
}
}

◆ ADC1_Ch4_Result_Get()

INLINE uint16 ADC1_Ch4_Result_Get ( void  )

Reads the converted value from the channel 4 result register.

Returns
12-bit value, with left aligned 10-bit/8-bit result

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 4 (P2.4) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P24 );
if ( ADC1_Ch4_ResultValid_Get() == 1u )
{
adc_result = ADC1_Ch4_Result_Get();
}
}

◆ ADC1_Ch4_ResultValid_Get()

INLINE uint8 ADC1_Ch4_ResultValid_Get ( void  )

Reads the valid flag for the channel 4 (P2.4) result.

Note
The flag gets reset by reading.
Return values
1if result is valid
0if result is not valid, or already read

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 4 (P2.4) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P24 );
if ( ADC1_Ch4_ResultValid_Get() == 1u )
{
adc_result = ADC1_P24_Result_Get();
}
}

◆ ADC1_Ch4_Sample_Time_Set()

INLINE void ADC1_Ch4_Sample_Time_Set ( uint32  stc)

Sets the ADC1 channel 4 number of sampling ticks.

Note
The effective sampling time is calculated by: \(t_{sample} = \frac{2+stc}{f_{ADC1}}\).
Parameters
stcsampling tick count

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch4_DataWidth_10bit_Set();
ADC1_Ch4_Sample_Time_Set( 10 );
ADC1_SW_Ch_Sel( ADC1_P24 );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch4_WaitForRead_Set()

INLINE void ADC1_Ch4_WaitForRead_Set ( void  )

Sets the ADC1 channel 4 result register to "wait for read".

Note
A valid result will not be overwritten by a subsequent conversion until the result is read.

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 4 (P2.4) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P24 );
ADC1_Ch4_WaitForRead_Set();
if ( ADC1_Ch4_ResultValid_Get() == 1u )
{
adc_result = ADC1_P24_Result_Get();
}
}

◆ ADC1_Ch5_DataWidth_10bit_Set()

INLINE void ADC1_Ch5_DataWidth_10bit_Set ( void  )

Sets the ADC1 channel 5 conversion data width to 10-bit.

Note
The 10-bit word is left aligned in the 12-bit result value, ADC1_P25_Result_Get.

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch5_DataWidth_10bit_Set();
ADC1_SW_Ch_Sel( ADC1_P25 );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch5_DataWidth_8bit_Set()

INLINE void ADC1_Ch5_DataWidth_8bit_Set ( void  )

Sets the ADC1 channel 5 conversion data width to 8-bit.

Note
The 8-bit word is left aligned in the 12-bit result value, ADC1_P25_Result_Get.

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch5_DataWidth_8bit_Set();
ADC1_SW_Ch_Sel( ADC1_P25 );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch5_Int_Clr()

INLINE void ADC1_Ch5_Int_Clr ( void  )

clears ADC1 Channel 5 Interrupt flag.

Example

This example treats the ADC1 Channel 5 Interrupt.

void Example_Function(void)
{
ADC1_Ch5_Int_En();
if (ADC1->IS.bit.CH5_STS == 1u)
{
ADC1_CH5_CALLBACK();
ADC1_Ch5_Int_Clr();
}
}

◆ ADC1_Ch5_Int_Dis()

INLINE void ADC1_Ch5_Int_Dis ( void  )

disables ADC1 Channel 5 Interrupt.

Example

This example treats the ADC1 Channel 5 Interrupt.

void Example_Function(void)
{
ADC1_Ch5_Int_En();
if (ADC1->IS.bit.CH5_STS == 1u)
{
ADC1_CH5_CALLBACK();
ADC1_Ch5_Int_Clr();
}
ADC1_Ch5_Int_Dis();
}

◆ ADC1_Ch5_Int_En()

INLINE void ADC1_Ch5_Int_En ( void  )

enables ADC1 Channel 5 Interrupt.

Example

This example treats the ADC1 Channel 5 Interrupt.

void Example_Function(void)
{
ADC1_Ch5_Int_En();
if (ADC1->IS.bit.CH5_STS == 1u)
{
ADC1_CH5_CALLBACK();
ADC1_Ch5_Int_Clr();
}
}

◆ ADC1_Ch5_Overwrite_Set()

INLINE void ADC1_Ch5_Overwrite_Set ( void  )

Sets the ADC1 channel 5 result register to "overwrite".

Note
A valid result will be overwritten by a subsequent conversion, a previous unread conversion is lost.

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 5 (P2.5) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P25 );
ADC1_Ch5_Overwrite_Set();
if ( ADC1_Ch5_ResultValid_Get() == 1u )
{
adc_result = ADC1_P25_Result_Get();
}
}

◆ ADC1_Ch5_Result_Get()

INLINE uint16 ADC1_Ch5_Result_Get ( void  )

Reads the converted value from the channel 5 result register.

Returns
12-bit value, with left aligned 10-bit/8-bit result

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 5 (P2.5) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P25 );
if ( ADC1_Ch5_ResultValid_Get() == 1u )
{
adc_result = ADC1_Ch5_Result_Get();
}
}

◆ ADC1_Ch5_ResultValid_Get()

INLINE uint8 ADC1_Ch5_ResultValid_Get ( void  )

Reads the valid flag for the channel 5 (P2.5) result.

Note
The flag gets reset by reading.
Return values
1if result is valid
0if result is not valid, or already read

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 5 (P2.5) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P25 );
if ( ADC1_Ch5_ResultValid_Get() == 1u )
{
adc_result = ADC1_P25_Result_Get();
}
}

◆ ADC1_Ch5_Sample_Time_Set()

INLINE void ADC1_Ch5_Sample_Time_Set ( uint32  stc)

Sets the ADC1 channel 5 number of sampling ticks.

Note
The effective sampling time is calculated by: \(t_{sample} = \frac{2+stc}{f_{ADC1}}\).
Parameters
stcsampling tick count

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch5_DataWidth_10bit_Set();
ADC1_Ch5_Sample_Time_Set( 10 );
ADC1_SW_Ch_Sel( ADC1_P25 );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch5_WaitForRead_Set()

INLINE void ADC1_Ch5_WaitForRead_Set ( void  )

Sets the ADC1 channel 5 result register to "wait for read".

Note
A valid result will not be overwritten by a subsequent conversion until the result is read.

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 5 (P2.5) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P25 );
ADC1_Ch5_WaitForRead_Set();
if ( ADC1_Ch5_ResultValid_Get() == 1u )
{
adc_result = ADC1_P25_Result_Get();
}
}

◆ ADC1_Ch6_DataWidth_10bit_Set()

INLINE void ADC1_Ch6_DataWidth_10bit_Set ( void  )

Sets the ADC1 channel 6 conversion data width to 10-bit.

Note
The 10-bit word is left aligned in the 12-bit result value, ADC1_VDH_Result_Get.

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch6_DataWidth_10bit_Set();
ADC1_SW_Ch_Sel( ADC1_VDH );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch6_DataWidth_8bit_Set()

INLINE void ADC1_Ch6_DataWidth_8bit_Set ( void  )

Sets the ADC1 channel 6 conversion data width to 8-bit.

Note
The 8-bit word is left aligned in the 12-bit result value, ADC1_VDH_Result_Get.

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch6_DataWidth_8bit_Set();
ADC1_SW_Ch_Sel( ADC1_VDH );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch6_Int_Clr()

INLINE void ADC1_Ch6_Int_Clr ( void  )

clears ADC1 Channel 6 Interrupt flag.

Example

This example treats the ADC1 Channel 6 Interrupt.

void Example_Function(void)
{
ADC1_Ch6_Int_En();
if (ADC1->IS.bit.CH6_STS == 1u)
{
ADC1_CH6_CALLBACK();
ADC1_Ch6_Int_Clr();
}
}

◆ ADC1_Ch6_Int_Dis()

INLINE void ADC1_Ch6_Int_Dis ( void  )

disables ADC1 Channel 6 Interrupt.

Example

This example treats the ADC1 Channel 6 Interrupt.

void Example_Function(void)
{
ADC1_Ch6_Int_En();
if (ADC1->IS.bit.CH6_STS == 1u)
{
ADC1_CH6_CALLBACK();
ADC1_Ch6_Int_Clr();
}
ADC1_Ch6_Int_Dis();
}

◆ ADC1_Ch6_Int_En()

INLINE void ADC1_Ch6_Int_En ( void  )

enables ADC1 Channel 6 Interrupt.

Example

This example treats the ADC1 Channel 6 Interrupt.

void Example_Function(void)
{
ADC1_Ch6_Int_En();
if (ADC1->IS.bit.CH6_STS == 1u)
{
ADC1_CH6_CALLBACK();
ADC1_Ch6_Int_Clr();
}
}

◆ ADC1_Ch6_Overwrite_Set()

INLINE void ADC1_Ch6_Overwrite_Set ( void  )

Sets the ADC1 channel 6 result register to "overwrite".

Note
A valid result will be overwritten by a subsequent conversion, a previous unread conversion is lost.

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 6 (VDH) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_VDH );
ADC1_Ch6_Overwrite_Set();
if ( ADC1_Ch6_ResultValid_Get() == 1u )
{
adc_result = ADC1_P26_Result_Get();
}
}

◆ ADC1_Ch6_Result_Get()

INLINE uint16 ADC1_Ch6_Result_Get ( void  )

Reads the converted value from the channel 6 (VDH) result register.

Returns
12-bit value, with left aligned 10-bit/8-bit result

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 6 (VDH) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_VDH );
if ( ADC1_Ch6_ResultValid_Get() == 1u )
{
adc_result = ADC1_Ch6_Result_Get();
}
}

◆ ADC1_Ch6_ResultValid_Get()

INLINE uint8 ADC1_Ch6_ResultValid_Get ( void  )

Reads the valid flag for the channel 6 (VDH) result.

Note
The flag gets reset by reading.
Return values
1if result is valid
0if result is not valid, or already read

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 6 (VDH) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_VDH );
if ( ADC1_Ch6_ResultValid_Get() == 1u )
{
adc_result = ADC1_VDH_Result_Get();
}
}

◆ ADC1_Ch6_Sample_Time_Set()

INLINE void ADC1_Ch6_Sample_Time_Set ( uint32  stc)

Sets the ADC1 channel 6 number of sampling ticks.

Note
The effective sampling time is calculated by: \(t_{sample} = \frac{2+stc}{f_{ADC1}}\).
Parameters
stcsampling tick count

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_Ch6_DataWidth_10bit_Set();
ADC1_Ch6_Sample_Time_Set( 10 );
ADC1_SW_Ch_Sel( ADC1_VDH );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Ch6_WaitForRead_Set()

INLINE void ADC1_Ch6_WaitForRead_Set ( void  )

Sets the ADC1 channel 6 result register to "wait for read".

Note
A valid result will not be overwritten by a subsequent conversion until the result is read.

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 6 (VDH) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_VDH );
ADC1_Ch6_WaitForRead_Set();
if ( ADC1_Ch6_ResultValid_Get() == 1u )
{
adc_result = ADC1_VDH_Result_Get();
}
}

◆ ADC1_CSA_Result_Get()

INLINE uint16 ADC1_CSA_Result_Get ( void  )

Reads the converted value from the channel 1 result register.

Returns
12-bit value, with left aligned 10-bit/8-bit result

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 1 (CSA) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_CSA );
if ( ADC1_Ch1_ResultValid_Get() == 1u )
{
adc_result = ADC1_CSA_Result_Get();
}
}

◆ ADC1_Current_Active_Channel_Sts()

INLINE uint8 ADC1_Current_Active_Channel_Sts ( void  )

Reads the currently active channel.

Returns
uint8, number of the current channel, values between 0..13

Example

This example enables ADC1 and switches to Software Mode and reads the currently active channel 6.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_Software_Mode_Sel();
ADC1_SW_Channel_Sel( ADC1_P20 );
while (ADC1_Current_Active_Channel_Sts() & 0x6 != 0x6)
{
}
}

◆ ADC1_Current_Active_Sequence_Sts()

INLINE uint8 ADC1_Current_Active_Sequence_Sts ( void  )

Reads the currently active channel in Sequencer Mode.

Returns
uint8, number of the current channel, values between 0..13

Example

This example enables ADC1 and switches to Sequencer Mode and reads the currently active channel in Sequencer Mode.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_Sequencer_Mode_Sel();
ADC1_SW_Channel_Sel( ADC1_P20 );
while (ADC1_Current_Active_Sequence_Sts() & 0x6 != 0x6)
{
}
}

◆ ADC1_Current_Ch_Sts()

INLINE uint8 ADC1_Current_Ch_Sts ( void  )

Reads the channel for currently ongoing conversion, if no conversion is ongoing, then it returns the channel of the last conversion.

Returns
uint8, channel number

Example

This example reads the current channel number into 'ch_no'.

void Example_Function(void)
{
uint8 ch_no;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_SW_Ch_Sel( ADC1_CSA );
ADC1_SOC_Set();
ch_no = ADC1_Current_Ch_Sts();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_DIVA_Set()

INLINE void ADC1_DIVA_Set ( uint32  a)

ADC1 analog clock divider. \(f_{ADC1} = \frac{f_{SYS}}{DIVA}\).

Parameters
adivision factor, values between 0..63 are allowed, resulting in a divider of DIVA = 1..64

Example

This example sets the fADC1 to half of fSYS.

void Example_Function(void)
{
//fADC1 = fSYS / 2
ADC1_DIVA_Set( 1 );
}

◆ ADC1_EIM_Active_Sts()

INLINE uint8 ADC1_EIM_Active_Sts ( void  )

Reads the active status of the Exceptional Interrupt Measurement (EIM).

Return values
1EIM ongoing
0no EIM active

Example

This example enables ADC1 and switches to Sequencer Mode and reads the active status of the Exceptional Interrupt Measurement (EIM).

void Example_Function(void)
{
ADC1_Power_On();
ADC1_Sequencer_Mode_Sel();
ADC1_EIM_Channel_Set( ADC1_P22 );
while (ADC1_EIM_Active_Sts() == 0u)
{
}
}

◆ ADC1_EIM_Channel_Set()

INLINE void ADC1_EIM_Channel_Set ( uint32  ch)

Set EIM channel for measurement.

Parameters
chchannel to be measured

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 2 (P2.2) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_EIM_Channel_Set( ADC1_CH2 );
while ( ADC1_EIM_ResultValid_Get() == 0u )
{
}
adc_result = ADC1_EIM_Result_Get();
}

◆ ADC1_EIM_Int_Clr()

INLINE void ADC1_EIM_Int_Clr ( void  )

clears Exceptional Interrupt Measurement (EIM) flag.

Example

This example treats the Exceptional Interrupt Measurement (EIM).

void Example_Function(void)
{
ADC1_EIM_En();
ADC1_EIM_Int_En();
if (ADC1->IS.bit.EIM_STS == 1u)
{
ADC1_EIM_CALLBACK();
ADC1_EIM_Int_Clr();
}
}

◆ ADC1_EIM_Int_Dis()

INLINE void ADC1_EIM_Int_Dis ( void  )

disables Exceptional Interrupt Measurement (EIM).

Example

This example treats the Exceptional Interrupt Measurement (EIM).

void Example_Function(void)
{
ADC1_EIM_En();
ADC1_EIM_Int_En();
if (ADC1->IS.bit.EIM_STS == 1u)
{
ADC1_EIM_CALLBACK();
ADC1_EIM_Int_Clr();
}
ADC1_EIM_Int_Dis();
}

◆ ADC1_EIM_Int_En()

INLINE void ADC1_EIM_Int_En ( void  )

enables Exceptional Interrupt Measurement (EIM).

Example

This example treats the Exceptional Interrupt Measurement (EIM).

void Example_Function(void)
{
ADC1_EIM_En();
ADC1_EIM_Int_En();
if (ADC1->IS.bit.EIM_STS == 1u)
{
ADC1_EIM_CALLBACK();
ADC1_EIM_Int_Clr();
}
}

◆ ADC1_EIM_Repeat_Counter_Set()

INLINE void ADC1_EIM_Repeat_Counter_Set ( TADC1_EIM_REP_CNT  repcnt)

Set ADC1 EIM Repeat Counter.

Parameters
repcntrepeat counter for EIM measurement, TADC1_EIM_REP_CNT

Example

This example enables ADC1 and configures EIM Repeat Counter as 4 Measures.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_EIM_Repeat_Counter_Set(ADC1_4_Meas);
}

◆ ADC1_EIM_Result_Get()

INLINE uint16 ADC1_EIM_Result_Get ( void  )

Reads the converted value from the EIM result register.

Returns
12-bit value, with left aligned 10-bit/8-bit result

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 2 (P2.2) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_EIM_Channel_Set( ADC1_CH2 );
while ( ADC1_EIM_ResultValid_Get() == 0u )
{
}
adc_result = ADC1_EIM_Result_Get();
}

◆ ADC1_EIM_ResultValid_Get()

INLINE uint8 ADC1_EIM_ResultValid_Get ( void  )

Reads the valid flag for the channel 6 (VDH) result.

Note
The flag gets reset by reading.
Return values
1if result is valid
0if result is not valid, or already read

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 2 (P2.2) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_EIM_Channel_Set( ADC1_CH2 );
while ( ADC1_EIM_ResultValid_Get() == 0u )
{
}
adc_result = ADC1_EIM_Result_Get();
}

◆ ADC1_EIM_Trigger_Select()

INLINE void ADC1_EIM_Trigger_Select ( TADC1_TRIGG_SEL  trigsel)

Get ADC1 EIM Trigger Selection.

Parameters
trigselTrigger select, TADC1_TRIGG_SEL

Example

This example enables ADC1 and configures EIM Trigger Selection as Timer2.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_EIM_Trigger_Select(ADC1_Trigg_Timer2);
}

◆ ADC1_EOC_Sts()

INLINE uint8 ADC1_EOC_Sts ( void  )

Reads the End-of-Conversion status.

Return values
1if conversion has ended
0if conversion still ongoing

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_SW_Ch_Sel( ADC1_CSA );
ADC1_SOC_Set();
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_ESM_Active_Sts()

INLINE uint8 ADC1_ESM_Active_Sts ( void  )

Reads the active status of the Exceptional Sequencer Measurement (ESM).

Return values
1ESM ongoing
0no ESM active

Example

This example enables ADC1 and switches to Sequencer Mode and reads the active status of the Exceptional Sequencer Measurement (ESM).

void Example_Function(void)
{
ADC1_Power_On();
ADC1_Sequencer_Mode_Sel();
ADC1_ESM_Channel_Set( ADC1_P22 );
while (ADC1_ESM_Active_Sts() == 0u)
{
}
}

◆ ADC1_ESM_Channel_Set()

INLINE void ADC1_ESM_Channel_Set ( uint32  mask_ch)

Set channels in ESM sequence.

Parameters
mask_chbit mask of channels to be measured

Example

This example enables ADC1, switches to Sequencer Mode, programs channel 1 (CSA) and channel 6 (VDH), and reads the result of VDH.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_ESM_Channel_Set( ADC1_MASK_CSA | ADC1_MASK_VDH );
while ( ADC1_Ch6_ResultValid_Get() == 0u )
{
}
adc_result = ADC1_VDH_Result_Get();
}

◆ ADC1_ESM_Int_Clr()

INLINE void ADC1_ESM_Int_Clr ( void  )

clears Exceptional Sequence Measurement (ESM) flag.

Example

This example treats the Exceptional Sequence Measurement (ESM).

void Example_Function(void)
{
ADC1_ESM_Int_En();
if (ADC1->IS.bit.ESM_STS == 1u)
{
ADC1_ESM_CALLBACK();
ADC1_ESM_Int_Clr();
}
}

◆ ADC1_ESM_Int_Dis()

INLINE void ADC1_ESM_Int_Dis ( void  )

disables Exceptional Sequence Measurement (ESM).

Example

This example treats the Exceptional Sequence Measurement (ESM).

void Example_Function(void)
{
ADC1_ESM_Int_En();
if (ADC1->IS.bit.ESM_STS == 1u)
{
ADC1_ESM_CALLBACK();
ADC1_ESM_Int_Clr();
}
ADC1_ESM_Int_Dis();
}

◆ ADC1_ESM_Int_En()

INLINE void ADC1_ESM_Int_En ( void  )

enables Exceptional Sequence Measurement (ESM).

Example

This example treats the Exceptional Sequence Measurement (ESM).

void Example_Function(void)
{
ADC1_ESM_Int_En();
if (ADC1->IS.bit.ESM_STS == 1u)
{
ADC1_ESM_CALLBACK();
ADC1_ESM_Int_Clr();
}
}

◆ ADC1_ESM_Trigger_Select()

INLINE void ADC1_ESM_Trigger_Select ( TADC1_TRIGG_SEL  trigsel)

Set ADC1 ESM Trigger Selection.

Parameters
trigselTrigger select, TADC1_TRIGG_SEL

Example

This example enables ADC1 and configures ESM Trigger Selection as Timer2.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_ESM_Trigger_Select(ADC1_Trigg_Timer2);
}

◆ ADC1_GetChResult()

bool ADC1_GetChResult ( uint16 *  pVar,
uint8  channel 
)

Get the 10-bit/8-bit value of the ADC1 Result Register of the selected ADC1 channel and returns the validity info.

Note
This function violates [MISRA Rule 45]
Parameters
channelchannel number (defined in adc1.h)
[out]*pVar10-bit ADC1 Result Value of the selected "channel number" (in case the Data Width is set to 8-bit, then the 8-bit value is left aligned in 10-bit *pVar)
Return values
true: the value of *pVar is valid (ValidFlag bit is set)
false: the value of *pVar is invalid (ValidFlag bit is reset)

Example

This example returns the ADC1 Channel 5 result in Millivolt (mV).

void Example_Function(void)
{
bool value_valid;
uint16 var_mV;
uint16 var;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
if (ADC1_GetChResult(&var, ADC1_CH5) == true)
{
value_valid = ADC1_GetChResult_mV(&var_mV, ADC1_CH5);
}
return(value_valid);
}

◆ ADC1_GetChResult_mV()

bool ADC1_GetChResult_mV ( uint16 *  pVar_mV,
uint8  channel 
)

Get the value of the ADC1 Result Register of the selected ADC1 channel in Millivolt (mV) and returns the validity info.

Parameters
channelchannel number(defined in adc1.h)
[out]*pVar_mVADC1 Result Register value of the selected channel number converted to Millivolt (mV)
Return values
true: the value of *pVar_mV is valid
false: the value of *pVar_mV is invalid

Example

This example returns the ADC1 Channel 5 result in Millivolt (mV).

void Example_Function(void)
{
bool value_valid;
uint16 var_mV;
uint16 var;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
if (ADC1_GetChResult(&var, ADC1_CH5) == true)
{
value_valid = ADC1_GetChResult_mV(&var_mV, ADC1_CH5);
}
return(value_valid);
}

◆ ADC1_GetEIMResult()

bool ADC1_GetEIMResult ( uint16 *  pVar)

Get the 10-bit/8-bit value of the ADC1 EIM Result Register and returns the validity info.

Parameters
[out]*pVar: 10-bit ADC1 EIM Result Value (in case the Data Width is set to 8-bit, then the 8-bit value is left aligned in 10-bit *pVar)
Return values
true: the value of *pVar is valid (ValidFlag bit is set)
false: the value of *pVar is invalid (ValidFlag bit is reset)

Example

This example enables ADC1 and switches to Sequencer Mode, programs channel 2 (P2.2) and reads the result value in mV.

void Example_Function(void)
{
bool value_valid;
uint16 var_mV;
uint16 var;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_SetEIMChannel( ADC1_P22 );
if (ADC1_GetEIMResult(&var) == true)
{
value_valid = ADC1_GetEIMResult_mV(&var_mV);
}
return(value_valid);
}

◆ ADC1_GetEIMResult_mV()

bool ADC1_GetEIMResult_mV ( uint16 *  pVar_mV)

Get the value of the ADC1 EIM Result Register in Millivolt (mV) and returns the validity info.

Parameters
[out]*pVar_mVADC1 EIM Result Register value converted to Millivolt (mV)
Return values
true: the value of *pVar_mV is valid
false: the value of *pVar_mV is invalid

Example

This example enables ADC1 and switches to Sequencer Mode, programs channel 2 (P2.2) and reads the result value in mV.

void Example_Function(void)
{
bool value_valid;
uint16 var_mV;
uint16 var;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_SetEIMChannel( ADC1_P22 );
if (ADC1_GetEIMResult(&var) == true)
{
value_valid = ADC1_GetEIMResult_mV(&var_mV);
}
return(value_valid);
}

◆ ADC1_GetEocSwMode()

INLINE bool ADC1_GetEocSwMode ( void  )

Get ADC1 end of conversion status.

Return values
trueconversion done
falseconversion ongoing

Example

This example enables ADC1 and switches to Software Mode, starts a measurement and waits for it to be finished.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_SW_Ch_Sel( ADC1_P20 );
ADC1_SOS_Set();
while ( ADC1_GetEocSwMode() == false ) {}
}

◆ ADC1_GetSwModeResult()

INLINE bool ADC1_GetSwModeResult ( uint16 *  pVar)

Get ADC1 latest software mode result.

Parameters
[out]*pVarresult for the recent software mode conversion
Return values
true*pVar valid
false*pVar invalid

Example

This example returns the ADC1 latest software mode result in Millivolt (mV).

void Example_Function(void)
{
bool value_valid;
uint16 var_mV;
uint16 var;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_SW_Ch_Sel( ADC1_P20 );
if (ADC1_GetSwModeResult(&var) == true)
{
value_valid = ADC1_GetSwModeResult_mV(&var_mV);
}
return(value_valid);
}

◆ ADC1_GetSwModeResult_mV()

INLINE bool ADC1_GetSwModeResult_mV ( uint16 *  pVar_mV)

Get ADC1 software mode result in Millivolt.

Parameters
[out]*pVar_mVADC value in mV of the recent conversion
Return values
truepVar_mV valid
falsepVar_mV invalid

Example

This example returns the ADC1 latest software mode result in Millivolt (mV).

void Example_Function(void)
{
bool value_valid;
uint16 var_mV;
uint16 var;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_SW_Ch_Sel( ADC1_P20 );
if (ADC1_GetSwModeResult(&var) == true)
{
value_valid = ADC1_GetSwModeResult_mV(&var_mV);
}
return(value_valid);
}

◆ ADC1_Init()

void ADC1_Init ( void  )

Initializes the ADC1 based on the IFXConfigWizard configuration.

◆ ADC1_isEIMactive()

INLINE bool ADC1_isEIMactive ( void  )

checks Exceptional Interrupt Mode active

Return values
trueEIM mode is active
falseEIM mode is not active

Example

This example enables ADC1 and switches to Sequencer Mode and checks if the Exceptional Interrupt Measurement (EIM) is active.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_EIM_Channel_Set( ADC1_CH2 );
while (ADC1_isEIMactive() == false)
{
}
}

◆ ADC1_isEndOfConversion()

INLINE bool ADC1_isEndOfConversion ( void  )

checks EndOfConversion ready (Software Mode)

Return values
trueconversion done
falseconversion ongoing

Example

This example enables ADC1 and switches to Software Mode and checks if EndOfConversion is ready.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_SW_Ch_Sel( ADC1_CSA );
ADC1_SOS_Set();
while ( ADC1_isEndOfConversion() == false ) {}
}

◆ ADC1_isESMactive()

INLINE bool ADC1_isESMactive ( void  )

checks Exceptional Sequencer Mode active

Return values
trueESM mode is active
falseESM mode is not active

Example

This example enables ADC1 and switches to Sequencer Mode and checks if Exceptional Sequencer Measurement (ESM) is ready.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_ESM_Channel_Set( ADC1_CH2 );
while (ADC1_isESMactive() == false)
{
}
}

◆ ADC1_P20_Result_Get()

INLINE uint16 ADC1_P20_Result_Get ( void  )

Reads the converted value from the channel 0 result register.

Returns
12-bit value, with left aligned 10-bit/8-bit result

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 0 (P2.0) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P20 );
if ( ADC1_Ch0_ResultValid_Get() == 1u )
{
adc_result = ADC1_P20_Result_Get();
}
}

◆ ADC1_P22_Result_Get()

INLINE uint16 ADC1_P22_Result_Get ( void  )

Reads the converted value from the channel 2 result register.

Returns
12-bit value, with left aligned 10-bit/8-bit result

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 2 (P2.2) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P22 );
if ( ADC1_Ch2_ResultValid_Get() == 1u )
{
adc_result = ADC1_P22_Result_Get();
}
}

◆ ADC1_P23_Result_Get()

INLINE uint16 ADC1_P23_Result_Get ( void  )

Reads the converted value from the channel 3 result register.

Returns
12-bit value, with left aligned 10-bit/8-bit result

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 3 (P2.3) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P23 );
if ( ADC1_Ch3_ResultValid_Get() == 1u )
{
adc_result = ADC1_P23_Result_Get();
}
}

◆ ADC1_P24_Result_Get()

INLINE uint16 ADC1_P24_Result_Get ( void  )

Reads the converted value from the channel 4 result register.

Returns
12-bit value, with left aligned 10-bit/8-bit result

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 4 (P2.4) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P24 );
if ( ADC1_Ch4_ResultValid_Get() == 1u )
{
adc_result = ADC1_P24_Result_Get();
}
}

◆ ADC1_P25_Result_Get()

INLINE uint16 ADC1_P25_Result_Get ( void  )

Reads the converted value from the channel 5 result register.

Returns
12-bit value, with left aligned 10-bit/8-bit result

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 5 (P2.5) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_P25 );
if ( ADC1_Ch5_ResultValid_Get() == 1u )
{
adc_result = ADC1_P25_Result_Get();
}
}

◆ ADC1_Power_Off()

INLINE void ADC1_Power_Off ( void  )

Disables the ADC1 module.

Example

This example disables the ADC1 module.

void Example_Function(void)
{
ADC1_Power_Off();
}

◆ ADC1_Power_On()

INLINE void ADC1_Power_On ( void  )

Enables the ADC1 module.

Example

This example enables the ADC1 module.

void Example_Function(void)
{
ADC1_Power_On();
}

◆ ADC1_Sample_Sts()

INLINE uint8 ADC1_Sample_Sts ( void  )

Reads the sample status of a ongoing measurement.

During the sample phase of a measurement the signal should not change. The sampling time can be set by ADC1_ChX_Sample_Time_Set(), i.e. ADC1_Ch0_Sample_Time_Set

Return values
1sampling phase ongoing
0sampling phase done, or no measurement ongoing

Example

This example reads the sample status.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_SW_Ch_Sel( ADC1_CSA );
ADC1_SOC_Set();
while ( ADC1_Sample_Sts() == 1u )
{
//sampling ongoing
}
while ( ADC1_EOC_Sts() != 1u ) {}
}

◆ ADC1_Sequence0_Set()

INLINE void ADC1_Sequence0_Set ( uint32  mask_ch)

Defines the channels to be measured in Sequence 0, only valid in Sequencer Mode, see ADC1_Sequencer_Mode_Sel.

Parameters
mask_cha bit mask of channels to be set for this sequence

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 1 (CSA) and channel 6 (VDH).

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_CSA | ADC1_MASK_VDH );
}

◆ ADC1_Sequence1_Set()

INLINE void ADC1_Sequence1_Set ( uint32  mask_ch)

Defines the channels to be measured in Sequence 1, only valid in Sequencer Mode, see ADC1_Sequencer_Mode_Sel.

Parameters
mask_cha bit mask of channels to be set for this sequence

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 1 (CSA) and channel 6 (VDH).

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence1_Set( ADC1_MASK_CSA | ADC1_MASK_VDH );
}

◆ ADC1_Sequence2_Set()

INLINE void ADC1_Sequence2_Set ( uint32  mask_ch)

Defines the channels to be measured in Sequence 2, only valid in Sequencer Mode, see ADC1_Sequencer_Mode_Sel.

Parameters
mask_cha bit mask of channels to be set for this sequence

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 1 (CSA) and channel 6 (VDH).

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence2_Set( ADC1_MASK_CSA | ADC1_MASK_VDH );
}

◆ ADC1_Sequence3_Set()

INLINE void ADC1_Sequence3_Set ( uint32  mask_ch)

Defines the channels to be measured in Sequence 3, only valid in Sequencer Mode, see ADC1_Sequencer_Mode_Sel.

Parameters
mask_cha bit mask of channels to be set for this sequence

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 1 (CSA) and channel 6 (VDH).

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence3_Set( ADC1_MASK_CSA | ADC1_MASK_VDH );
}

◆ ADC1_Sequence4_Set()

INLINE void ADC1_Sequence4_Set ( uint32  mask_ch)

Defines the channels to be measured in Sequence 4, only valid in Sequencer Mode, see ADC1_Sequencer_Mode_Sel.

Parameters
mask_cha bit mask of channels to be set for this sequence

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 1 (CSA) and channel 6 (VDH).

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence4_Set( ADC1_MASK_CSA | ADC1_MASK_VDH );
}

◆ ADC1_Sequence5_Set()

INLINE void ADC1_Sequence5_Set ( uint32  mask_ch)

Defines the channels to be measured in Sequence 5, only valid in Sequencer Mode, see ADC1_Sequencer_Mode_Sel.

Parameters
mask_cha bit mask of channels to be set for this sequence

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 1 (CSA) and channel 6 (VDH).

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence5_Set( ADC1_MASK_CSA | ADC1_MASK_VDH );
}

◆ ADC1_Sequence6_Set()

INLINE void ADC1_Sequence6_Set ( uint32  mask_ch)

Defines the channels to be measured in Sequence 6, only valid in Sequencer Mode, see ADC1_Sequencer_Mode_Sel.

Parameters
mask_cha bit mask of channels to be set for this sequence

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 1 (CSA) and channel 6 (VDH).

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence6_Set( ADC1_MASK_CSA | ADC1_MASK_VDH );
}

◆ ADC1_Sequence7_Set()

INLINE void ADC1_Sequence7_Set ( uint32  mask_ch)

Defines the channels to be measured in Sequence 7, only valid in Sequencer Mode, see ADC1_Sequencer_Mode_Sel.

Parameters
mask_cha bit mask of channels to be set for this sequence

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 1 (CSA) and channel 6 (VDH).

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence7_Set( ADC1_MASK_CSA | ADC1_MASK_VDH );
}

◆ ADC1_Sequencer_Mode_Sel()

INLINE void ADC1_Sequencer_Mode_Sel ( void  )

ADC1 selects the Sequencer Mode.

Note
EIM/ESM measurements are only possible in Sequencer mode.

Example

This example enables ADC1 and switches to Sequencer Mode.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
}

◆ ADC1_SetEIMChannel()

INLINE void ADC1_SetEIMChannel ( uint8  channel)

Set(Change) ADC1 EIM channel.

Parameters
channelchannel number to be converted
Returns
void

Example

This example enables ADC1 and switches to Sequencer Mode, programs channel 2 (P2.2) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_SetEIMChannel( ADC1_P22 );
while (ADC1->FILT_OUTEIM.bit.VF_EIM == 0u)
{
}
adc_result = ADC1_EIM_Result_Get();
return(adc_result);
}

◆ ADC1_SetMode()

INLINE void ADC1_SetMode ( uint8  mode)

Start ADC1 conversion mode selection.

Parameters
modeSequencer mode, Software mode

Example

This example enables ADC1 and switches to Software Mode.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_SetMode(SW_MODE);
}

◆ ADC1_SetSocSwMode()

INLINE void ADC1_SetSocSwMode ( uint8  Ch)

Starts ADC1 software mode conversion.

Parameters
ChChannel to be converted

Example

This example enables ADC and starts SW_MODE conversion for channel 0.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_SetSocSwMode(ADC1_P20);
}

◆ ADC1_SetSwMode_Channel()

INLINE void ADC1_SetSwMode_Channel ( uint8  channel)

Selects a channel for the software conversion.

Parameters
channelchannel which should be measured

Example

This example starts an ADC1 conversion on channel 1 - CSA.

void Example_Function(void)
{
ADC1_SetSwMode_Channel(ADC1_CSA);
ADC1_SOC_Set();
}

◆ ADC1_SOC_Set()

INLINE void ADC1_SOC_Set ( void  )

ADC1 Start of Conversion, for Software mode only.

Example

This example starts an ADC1 conversion.

void Example_Function(void)
{
ADC1_SOC_Set();
}

◆ ADC1_Software_Mode_Sel()

INLINE void ADC1_Software_Mode_Sel ( void  )

ADC1 selects the Software Mode, measurements are performed on user request.

Note
EIM/ESM measurements are only possible in ADC1_Sequencer_Mode_Sel.

Example

This example enables ADC1 and switches to Software Mode.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Software_Mode_Sel();
ADC1_SW_Ch_Sel( ADC1_CSA );
ADC1_SOC_Set();
}

◆ ADC1_SW_Ch_Sel()

INLINE void ADC1_SW_Ch_Sel ( uint32  a)

Selects a channel for the software conversion.

Parameters
achannel which should be measured

Example

This example starts an ADC1 conversion on channel 1 - CSA.

void Example_Function(void)
{
ADC1_SW_Ch_Sel(ADC1_CSA);
ADC1_SOC_Set();
}

◆ ADC1_VDH_Attenuator_Off()

INLINE void ADC1_VDH_Attenuator_Off ( void  )

Disables the input attenuator for VDH.

Example

This example enables ADC1 and switches to Sequencer Mode, disables the input attenuator, programs channel 6 (VDH) and reads the result.

uint16 Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_VDH_Attenuator_Off();
ADC1_Ch6_DataWidth_10bit_Set();
ADC1_Ch6_Sample_Time_Set( 10 );
ADC1_Sequence0_Set( ADC1_MASK_VDH );
ADC1_Ch6_WaitForRead_Set();
while ( ADC1_Ch6_ResultValid_Get() == 0u )
{
}
adc_result = ADC1_VDH_Result_Get();
return(adc_result);
}

◆ ADC1_VDH_Attenuator_On()

INLINE void ADC1_VDH_Attenuator_On ( void  )

Enables the input attenuator for VDH.

Note
If the input attenuator is disabled ADC1_VDH_Attenuator_Off then the VDH input is basically disconnected from the ADC1.Channel6 input.

Example

This example enables ADC1 and switches to Sequencer Mode, enables the input attenuator, programs channel 6 (VDH) and reads the result.

uint16 Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_VDH_Attenuator_On();
ADC1_Ch6_DataWidth_10bit_Set();
ADC1_Ch6_Sample_Time_Set( 10 );
ADC1_Sequence0_Set( ADC1_MASK_VDH );
ADC1_Ch6_WaitForRead_Set();
while ( ADC1_Ch6_ResultValid_Get() == 0u )
{
}
adc_result = ADC1_VDH_Result_Get();
return(adc_result);
}

◆ ADC1_VDH_Attenuator_Range_0_20V_Set()

INLINE void ADC1_VDH_Attenuator_Range_0_20V_Set ( void  )

sets the VDH Monitoring Input Attenuator Input Range to 0 - 22V.

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 6 (VDH) and sets the Attenuator Input Range to 0 - 20V.

void Example_Function(void)
{
uint8 data;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_VDH );
ADC1_VDH_Attenuator_On();
ADC1_VDH_Attenuator_Range_0_20V_Set();
}

◆ ADC1_VDH_Attenuator_Range_0_30V_Set()

INLINE void ADC1_VDH_Attenuator_Range_0_30V_Set ( void  )

sets the VDH Monitoring Input Attenuator Input Range to 0 - 30V.

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 6 (VDH) and sets the Attenuator Input Range to 0 - 28V.

void Example_Function(void)
{
uint8 data;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_VDH );
ADC1_VDH_Attenuator_On();
ADC1_VDH_Attenuator_Range_0_30V_Set();
}

◆ ADC1_VDH_Attenuator_Range_Get()

INLINE uint8 ADC1_VDH_Attenuator_Range_Get ( void  )

Reads the VDH Monitoring Input Attenuator Input Range Configuration.

Return values
10 - 30V Range is selected.
00 - 20V Range is selected.

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 6 (VDH) and reads the Attenuator Input Range.

void Example_Function(void)
{
uint8 data;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_VDH );
ADC1_VDH_Attenuator_On();
data = ADC1_VDH_Attenuator_Range_Get();
}

◆ ADC1_VDH_Attenuator_Zhigh_Set()

INLINE void ADC1_VDH_Attenuator_Zhigh_Set ( void  )

Enables the output attenuator for VDH.

Example

This example enables ADC1 and switches to Sequencer Mode, enables the output attenuator, programs channel 6 (VDH) and reads the result.

uint16 Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_VDH_Attenuator_On();
ADC1_VDH_Attenuator_Zhigh_Set();
ADC1_Ch6_DataWidth_10bit_Set();
ADC1_Ch6_Sample_Time_Set( 10 );
ADC1_Sequence0_Set( ADC1_MASK_VDH );
ADC1_Ch6_WaitForRead_Set();
while ( ADC1_Ch6_ResultValid_Get() == 0u )
{
}
adc_result = ADC1_VDH_Result_Get();
return(adc_result);
}

◆ ADC1_VDH_Attenuator_Zlow_Set()

INLINE void ADC1_VDH_Attenuator_Zlow_Set ( void  )

Disables the output attenuator for VDH.

Example

This example enables ADC1 and switches to Sequencer Mode, disables the output attenuator, programs channel 6 (VDH) and reads the result.

uint16 Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_VDH_Attenuator_On();
ADC1_VDH_Attenuator_Zlow_Set();
ADC1_Ch6_DataWidth_10bit_Set();
ADC1_Ch6_Sample_Time_Set( 10 );
ADC1_Sequence0_Set( ADC1_MASK_VDH );
ADC1_Ch6_WaitForRead_Set();
while ( ADC1_Ch6_ResultValid_Get() == 0u )
{
}
adc_result = ADC1_VDH_Result_Get();
return(adc_result);
}

◆ ADC1_VDH_Result_Get()

INLINE uint16 ADC1_VDH_Result_Get ( void  )

Reads the converted value from the channel 6 (VDH) result register.

Returns
12-bit value, with left aligned 10-bit/8-bit result

Example

This example enables ADC1 and switches to Sequencer Mode, and programs channel 6 (VDH) and reads the result.

void Example_Function(void)
{
uint16 adc_result;
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
ADC1_Sequencer_Mode_Sel();
ADC1_Sequence0_Set( ADC1_MASK_VDH );
if ( ADC1_Ch6_ResultValid_Get() == 1u )
{
adc_result = ADC1_VDH_Result_Get();
}
}

◆ VAREF_Enable()

bool VAREF_Enable ( void  )

Re-enables the internal VAREF LDO in case it was shutdown due to a previous failure.

Return values
trueVAREF enabled
falseVAREF enabling failed

Example

This example checks if the internal VAREF LDO is re-enabling.

void Example_Function(void)
{
ADC1_Power_On();
ADC1_ANON_Set( ADC1_ANON_NORMAL );
ADC1_DIVA_Set( 1 );
while(VAREF_Enable() == false)
{
}
}
ADC1_Ch3_Overwrite_Set
INLINE void ADC1_Ch3_Overwrite_Set(void)
Sets the ADC1 channel 3 result register to "overwrite".
Definition: adc1.h:2877
ADC1_GetSwModeResult_mV
INLINE bool ADC1_GetSwModeResult_mV(uint16 *pVar_mV)
Get ADC1 software mode result in Millivolt.
Definition: adc1.h:3993
ADC1_Ch4_WaitForRead_Set
INLINE void ADC1_Ch4_WaitForRead_Set(void)
Sets the ADC1 channel 4 result register to "wait for read".
Definition: adc1.h:2907
ADC1_CSA
#define ADC1_CSA
ADC1 channel selection macro, channel 1 - Current Sense Amplifier.
Definition: adc1.h:165
ADC1_Ch6_Result_Get
INLINE uint16 ADC1_Ch6_Result_Get(void)
Reads the converted value from the channel 6 (VDH) result register.
Definition: adc1.h:1572
ADC1_Ch3_Int_Clr
INLINE void ADC1_Ch3_Int_Clr(void)
clears ADC1 Channel 3 Interrupt flag.
Definition: adc1.h:3350
ADC1_Ch2_DataWidth_10bit_Set
INLINE void ADC1_Ch2_DataWidth_10bit_Set(void)
Sets the ADC1 channel 2 conversion data width to 10-bit.
Definition: adc1.h:2226
ADC1_Sequence3_Set
INLINE void ADC1_Sequence3_Set(uint32 mask_ch)
Defines the channels to be measured in Sequence 3, only valid in Sequencer Mode, see ADC1_Sequencer_M...
Definition: adc1.h:1270
ADC1_P22_Result_Get
INLINE uint16 ADC1_P22_Result_Get(void)
Reads the converted value from the channel 2 result register.
Definition: adc1.h:1693
ADC1_Ch1_Int_En
INLINE void ADC1_Ch1_Int_En(void)
enables ADC1 Channel 1 Interrupt.
Definition: adc1.h:3527
ADC1_EIM_Int_En
INLINE void ADC1_EIM_Int_En(void)
enables Exceptional Interrupt Measurement (EIM).
Definition: adc1.h:3798
ADC1_Ch5_Int_En
INLINE void ADC1_Ch5_Int_En(void)
enables ADC1 Channel 5 Interrupt.
Definition: adc1.h:3707
ADC1_Ch1_DataWidth_10bit_Set
INLINE void ADC1_Ch1_DataWidth_10bit_Set(void)
Sets the ADC1 channel 1 conversion data width to 10-bit.
Definition: adc1.h:2174
ADC1_CSA_Result_Get
INLINE uint16 ADC1_CSA_Result_Get(void)
Reads the converted value from the channel 1 result register.
Definition: adc1.h:1663
ADC1_Ch5_Int_Clr
INLINE void ADC1_Ch5_Int_Clr(void)
clears ADC1 Channel 5 Interrupt flag.
Definition: adc1.h:3393
ADC1_Ch6_DataWidth_8bit_Set
INLINE void ADC1_Ch6_DataWidth_8bit_Set(void)
Sets the ADC1 channel 6 conversion data width to 8-bit.
Definition: adc1.h:2408
ADC1_P25
#define ADC1_P25
ADC1 channel selection macro, channel 5 - P2.5.
Definition: adc1.h:173
ADC1_Ch1_DataWidth_8bit_Set
INLINE void ADC1_Ch1_DataWidth_8bit_Set(void)
Sets the ADC1 channel 1 conversion data width to 8-bit.
Definition: adc1.h:2148
ADC1_Ch2_Int_Clr
INLINE void ADC1_Ch2_Int_Clr(void)
clears ADC1 Channel 2 Interrupt flag.
Definition: adc1.h:3328
ADC1_Sequence2_Set
INLINE void ADC1_Sequence2_Set(uint32 mask_ch)
Defines the channels to be measured in Sequence 2, only valid in Sequencer Mode, see ADC1_Sequencer_M...
Definition: adc1.h:1247
ADC1_EIM_Int_Clr
INLINE void ADC1_EIM_Int_Clr(void)
clears Exceptional Interrupt Measurement (EIM) flag.
Definition: adc1.h:3438
ADC1_Ch4_DataWidth_10bit_Set
INLINE void ADC1_Ch4_DataWidth_10bit_Set(void)
Sets the ADC1 channel 4 conversion data width to 10-bit.
Definition: adc1.h:2330
ADC1_Busy
INLINE bool ADC1_Busy(void)
Reads the overall status of the ADC1.
Definition: adc1.h:4000
ADC1_Ch2_Result_Get
INLINE uint16 ADC1_Ch2_Result_Get(void)
Reads the converted value from the channel 2 result register.
Definition: adc1.h:1452
ADC1_ESM_Trigger_Select
INLINE void ADC1_ESM_Trigger_Select(TADC1_TRIGG_SEL trigsel)
Set ADC1 ESM Trigger Selection.
Definition: adc1.h:4024
ADC1_ESM_Int_Dis
INLINE void ADC1_ESM_Int_Dis(void)
disables Exceptional Sequence Measurement (ESM).
Definition: adc1.h:3867
ADC1_Current_Active_Channel_Sts
INLINE uint8 ADC1_Current_Active_Channel_Sts(void)
Reads the currently active channel.
Definition: adc1.h:1179
ADC1_Software_Mode_Sel
INLINE void ADC1_Software_Mode_Sel(void)
ADC1 selects the Software Mode, measurements are performed on user request.
Definition: adc1.h:957
ADC1_Ch1_ResultValid_Get
INLINE uint8 ADC1_Ch1_ResultValid_Get(void)
Reads the valid flag for the channel 1 (CSA) result.
Definition: adc1.h:1877
ADC1_Ch2_Int_Dis
INLINE void ADC1_Ch2_Int_Dis(void)
disables ADC1 Channel 2 Interrupt.
Definition: adc1.h:3595
ADC1_VDH_Attenuator_Zlow_Set
INLINE void ADC1_VDH_Attenuator_Zlow_Set(void)
Disables the output attenuator for VDH.
Definition: adc1.h:3262
ADC1_Ch0_Overwrite_Set
INLINE void ADC1_Ch0_Overwrite_Set(void)
Sets the ADC1 channel 0 result register to "overwrite".
Definition: adc1.h:2697
ADC1_Ch4_Result_Get
INLINE uint16 ADC1_Ch4_Result_Get(void)
Reads the converted value from the channel 4 result register.
Definition: adc1.h:1512
ADC1_DIVA_Set
INLINE void ADC1_DIVA_Set(uint32 a)
ADC1 analog clock divider. .
Definition: adc1.h:894
ADC1_4_Meas
Definition: adc1.h:260
ADC1_Ch6_Int_En
INLINE void ADC1_Ch6_Int_En(void)
enables ADC1 Channel 6 Interrupt.
Definition: adc1.h:3752
ADC1_Ch1_Int_Clr
INLINE void ADC1_Ch1_Int_Clr(void)
clears ADC1 Channel 1 Interrupt flag.
Definition: adc1.h:3306
ADC1_P23
#define ADC1_P23
ADC1 channel selection macro, channel 3 - P2.3.
Definition: adc1.h:169
ADC1_GetChResult_mV
bool ADC1_GetChResult_mV(uint16 *pVar_mV, uint8 channel)
Get the value of the ADC1 Result Register of the selected ADC1 channel in Millivolt (mV) and returns ...
ADC1_Ch0_DataWidth_10bit_Set
INLINE void ADC1_Ch0_DataWidth_10bit_Set(void)
Sets the ADC1 channel 0 conversion data width to 10-bit.
Definition: adc1.h:2122
ADC1_EOC_Sts
INLINE uint8 ADC1_EOC_Sts(void)
Reads the End-of-Conversion status.
Definition: adc1.h:984
ADC1_Ch4_DataWidth_8bit_Set
INLINE void ADC1_Ch4_DataWidth_8bit_Set(void)
Sets the ADC1 channel 4 conversion data width to 8-bit.
Definition: adc1.h:2304
ADC1_Power_Off
INLINE void ADC1_Power_Off(void)
Disables the ADC1 module.
Definition: adc1.h:837
ADC1_VDH_Result_Get
INLINE uint16 ADC1_VDH_Result_Get(void)
Reads the converted value from the channel 6 (VDH) result register.
Definition: adc1.h:1813
ADC1_ESM_Channel_Set
INLINE void ADC1_ESM_Channel_Set(uint32 mask_ch)
Set channels in ESM sequence.
Definition: adc1.h:3119
ADC1_Sample_Sts
INLINE uint8 ADC1_Sample_Sts(void)
Reads the sample status of a ongoing measurement.
Definition: adc1.h:1047
ADC1_Sequence0_Set
INLINE void ADC1_Sequence0_Set(uint32 mask_ch)
Defines the channels to be measured in Sequence 0, only valid in Sequencer Mode, see ADC1_Sequencer_M...
Definition: adc1.h:1201
ADC1_EIM_Result_Get
INLINE uint16 ADC1_EIM_Result_Get(void)
Reads the converted value from the EIM result register.
Definition: adc1.h:1603
ADC1_EIM_Channel_Set
INLINE void ADC1_EIM_Channel_Set(uint32 ch)
Set EIM channel for measurement.
Definition: adc1.h:3088
ADC1_SetEIMChannel
INLINE void ADC1_SetEIMChannel(uint8 channel)
Set(Change) ADC1 EIM channel.
Definition: adc1.h:3952
ADC1_P20_Result_Get
INLINE uint16 ADC1_P20_Result_Get(void)
Reads the converted value from the channel 0 result register.
Definition: adc1.h:1633
ADC1_Ch1_Sample_Time_Set
INLINE void ADC1_Ch1_Sample_Time_Set(uint32 stc)
Sets the ADC1 channel 1 number of sampling ticks.
Definition: adc1.h:2492
uint16
unsigned short uint16
16 bit unsigned value
Definition: types.h:140
ADC1_Ch2_ResultValid_Get
INLINE uint8 ADC1_Ch2_ResultValid_Get(void)
Reads the valid flag for the channel 2 (P2.2) result.
Definition: adc1.h:1909
ADC1
#define ADC1
Definition: tle986x.h:5990
ADC1_Ch6_ResultValid_Get
INLINE uint8 ADC1_Ch6_ResultValid_Get(void)
Reads the valid flag for the channel 6 (VDH) result.
Definition: adc1.h:2037
ADC1_Ch5_DataWidth_8bit_Set
INLINE void ADC1_Ch5_DataWidth_8bit_Set(void)
Sets the ADC1 channel 5 conversion data width to 8-bit.
Definition: adc1.h:2356
ADC1_Sequence5_Set
INLINE void ADC1_Sequence5_Set(uint32 mask_ch)
Defines the channels to be measured in Sequence 5, only valid in Sequencer Mode, see ADC1_Sequencer_M...
Definition: adc1.h:1316
ADC1_VDH_Attenuator_Zhigh_Set
INLINE void ADC1_VDH_Attenuator_Zhigh_Set(void)
Enables the output attenuator for VDH.
Definition: adc1.h:3226
VAREF_Enable
bool VAREF_Enable(void)
Re-enables the internal VAREF LDO in case it was shutdown due to a previous failure.
ADC1_SW_Ch_Sel
INLINE void ADC1_SW_Ch_Sel(uint32 a)
Selects a channel for the software conversion.
Definition: adc1.h:874
ADC1_Busy_Sts
INLINE uint8 ADC1_Busy_Sts(void)
Reads the overall status of the ADC1.
Definition: adc1.h:1079
ADC1_Ch3_Sample_Time_Set
INLINE void ADC1_Ch3_Sample_Time_Set(uint32 stc)
Sets the ADC1 channel 3 number of sampling ticks.
Definition: adc1.h:2550
ADC1_Ch6_DataWidth_10bit_Set
INLINE void ADC1_Ch6_DataWidth_10bit_Set(void)
Sets the ADC1 channel 6 conversion data width to 10-bit.
Definition: adc1.h:2434
ADC1_Current_Active_Sequence_Sts
INLINE uint8 ADC1_Current_Active_Sequence_Sts(void)
Reads the currently active channel in Sequencer Mode.
Definition: adc1.h:1155
ADC1_Ch3_DataWidth_10bit_Set
INLINE void ADC1_Ch3_DataWidth_10bit_Set(void)
Sets the ADC1 channel 3 conversion data width to 10-bit.
Definition: adc1.h:2278
ADC1_EIM_Trigger_Select
INLINE void ADC1_EIM_Trigger_Select(TADC1_TRIGG_SEL trigsel)
Get ADC1 EIM Trigger Selection.
Definition: adc1.h:4012
ADC1_isEndOfConversion
INLINE bool ADC1_isEndOfConversion(void)
checks EndOfConversion ready (Software Mode)
Definition: adc1.h:4030
ADC1_GetEIMResult
bool ADC1_GetEIMResult(uint16 *pVar)
Get the 10-bit/8-bit value of the ADC1 EIM Result Register and returns the validity info.
ADC1_Ch2_Overwrite_Set
INLINE void ADC1_Ch2_Overwrite_Set(void)
Sets the ADC1 channel 2 result register to "overwrite".
Definition: adc1.h:2817
ADC1_Trigg_Timer2
Definition: adc1.h:245
ADC1_VDH
#define ADC1_VDH
ADC1 channel selection macro, channel 6 - P2.6.
Definition: adc1.h:175
uint8
unsigned char uint8
8 bit unsigned value
Definition: types.h:139
ADC1_VDH_Attenuator_Off
INLINE void ADC1_VDH_Attenuator_Off(void)
Disables the input attenuator for VDH.
Definition: adc1.h:3190
ADC1_MASK_P25
#define ADC1_MASK_P25
ADC1 Sequencer/ESM channel selection macro, channel 5 - P2.5.
Definition: adc1.h:204
ADC1_GetSwModeResult
INLINE bool ADC1_GetSwModeResult(uint16 *pVar)
Get ADC1 latest software mode result.
Definition: adc1.h:3986
ADC1_Ch0_Result_Get
INLINE uint16 ADC1_Ch0_Result_Get(void)
Reads the converted value from the channel 0 result register.
Definition: adc1.h:1392
ADC1_isESMactive
INLINE bool ADC1_isESMactive(void)
checks Exceptional Sequencer Mode active
Definition: adc1.h:4054
ADC1_EIM_ResultValid_Get
INLINE uint8 ADC1_EIM_ResultValid_Get(void)
Reads the valid flag for the channel 6 (VDH) result.
Definition: adc1.h:2070
ADC1_Ch6_Overwrite_Set
INLINE void ADC1_Ch6_Overwrite_Set(void)
Sets the ADC1 channel 6 result register to "overwrite".
Definition: adc1.h:3057
ADC1_P20
#define ADC1_P20
ADC1 channel selection macro, channel 0 - P2.0.
Definition: adc1.h:163
ADC1_Ch0_Int_Clr
INLINE void ADC1_Ch0_Int_Clr(void)
clears ADC1 Channel 0 Interrupt flag.
Definition: adc1.h:3284
ADC1_MASK_P23
#define ADC1_MASK_P23
ADC1 Sequencer/ESM channel selection macro, channel 3 - P2.3.
Definition: adc1.h:200
ADC1_Ch4_Int_Dis
INLINE void ADC1_Ch4_Int_Dis(void)
disables ADC1 Channel 4 Interrupt.
Definition: adc1.h:3685
ADC1_Ch4_Overwrite_Set
INLINE void ADC1_Ch4_Overwrite_Set(void)
Sets the ADC1 channel 4 result register to "overwrite".
Definition: adc1.h:2937
ADC1_Sequencer_Mode_Sel
INLINE void ADC1_Sequencer_Mode_Sel(void)
ADC1 selects the Sequencer Mode.
Definition: adc1.h:934
ADC1_Ch2_Int_En
INLINE void ADC1_Ch2_Int_En(void)
enables ADC1 Channel 2 Interrupt.
Definition: adc1.h:3572
ADC1_Ch3_ResultValid_Get
INLINE uint8 ADC1_Ch3_ResultValid_Get(void)
Reads the valid flag for the channel 3 (P2.3) result.
Definition: adc1.h:1941
ADC1_Ch0_Sample_Time_Set
INLINE void ADC1_Ch0_Sample_Time_Set(uint32 stc)
Sets the ADC1 channel 0 number of sampling ticks.
Definition: adc1.h:2463
ADC1_P22
#define ADC1_P22
ADC1 channel selection macro, channel 2 - P2.2.
Definition: adc1.h:167
ADC1_P23_Result_Get
INLINE uint16 ADC1_P23_Result_Get(void)
Reads the converted value from the channel 3 result register.
Definition: adc1.h:1723
ADC1_Ch0_Int_Dis
INLINE void ADC1_Ch0_Int_Dis(void)
disables ADC1 Channel 0 Interrupt.
Definition: adc1.h:3505
ADC1_Ch2_DataWidth_8bit_Set
INLINE void ADC1_Ch2_DataWidth_8bit_Set(void)
Sets the ADC1 channel 2 conversion data width to 8-bit.
Definition: adc1.h:2200
ADC1_Ch0_Int_En
INLINE void ADC1_Ch0_Int_En(void)
enables ADC1 Channel 0 Interrupt.
Definition: adc1.h:3482
ADC1_ESM_Int_Clr
INLINE void ADC1_ESM_Int_Clr(void)
clears Exceptional Sequence Measurement (ESM) flag.
Definition: adc1.h:3460
ADC1_Ch6_Int_Clr
INLINE void ADC1_Ch6_Int_Clr(void)
clears ADC1 Channel 6 Interrupt flag.
Definition: adc1.h:3415
ADC1_Ch2_Sample_Time_Set
INLINE void ADC1_Ch2_Sample_Time_Set(uint32 stc)
Sets the ADC1 channel 2 number of sampling ticks.
Definition: adc1.h:2521
ADC1_GetChResult
bool ADC1_GetChResult(uint16 *pVar, uint8 channel)
Get the 10-bit/8-bit value of the ADC1 Result Register of the selected ADC1 channel and returns the v...
ADC1_GetEIMResult_mV
bool ADC1_GetEIMResult_mV(uint16 *pVar_mV)
Get the value of the ADC1 EIM Result Register in Millivolt (mV) and returns the validity info.
ADC1_EIM_Repeat_Counter_Set
INLINE void ADC1_EIM_Repeat_Counter_Set(TADC1_EIM_REP_CNT repcnt)
Set ADC1 EIM Repeat Counter.
Definition: adc1.h:4018
ADC1_Ch5_Result_Get
INLINE uint16 ADC1_Ch5_Result_Get(void)
Reads the converted value from the channel 5 result register.
Definition: adc1.h:1542
ADC1_Sequence6_Set
INLINE void ADC1_Sequence6_Set(uint32 mask_ch)
Defines the channels to be measured in Sequence 6, only valid in Sequencer Mode, see ADC1_Sequencer_M...
Definition: adc1.h:1339
ADC1_Ch3_Int_Dis
INLINE void ADC1_Ch3_Int_Dis(void)
disables ADC1 Channel 3 Interrupt.
Definition: adc1.h:3640
ADC1_EIM_Int_Dis
INLINE void ADC1_EIM_Int_Dis(void)
disables Exceptional Interrupt Measurement (EIM).
Definition: adc1.h:3822
ADC1_ANON_Sts
INLINE TADC1_ANON ADC1_ANON_Sts(void)
Reads the Analog Part Switched On Mode status.
Definition: adc1.h:4066
ADC1_Ch4_ResultValid_Get
INLINE uint8 ADC1_Ch4_ResultValid_Get(void)
Reads the valid flag for the channel 4 (P2.4) result.
Definition: adc1.h:1973
ADC1_ESM_Active_Sts
INLINE uint8 ADC1_ESM_Active_Sts(void)
Reads the active status of the Exceptional Sequencer Measurement (ESM).
Definition: adc1.h:1131
ADC1_P24
#define ADC1_P24
ADC1 channel selection macro, channel 4 - P2.4.
Definition: adc1.h:171
ADC1_ANON_Set
INLINE void ADC1_ANON_Set(uint32 a)
ADC1 set the Analog Module Mode.
Definition: adc1.h:913
ADC1_Ch5_Overwrite_Set
INLINE void ADC1_Ch5_Overwrite_Set(void)
Sets the ADC1 channel 5 result register to "overwrite".
Definition: adc1.h:2997
ADC1_SetSocSwMode
INLINE void ADC1_SetSocSwMode(uint8 Ch)
Starts ADC1 software mode conversion.
Definition: adc1.h:3968
ADC1_Ch5_DataWidth_10bit_Set
INLINE void ADC1_Ch5_DataWidth_10bit_Set(void)
Sets the ADC1 channel 5 conversion data width to 10-bit.
Definition: adc1.h:2382
ADC1_Power_On
INLINE void ADC1_Power_On(void)
Enables the ADC1 module.
Definition: adc1.h:820
SW_MODE
#define SW_MODE
ADC1 Mode Selection, Software Mode.
Definition: adc1.h:121
ADC1_VDH_Attenuator_Range_0_30V_Set
INLINE void ADC1_VDH_Attenuator_Range_0_30V_Set(void)
sets the VDH Monitoring Input Attenuator Input Range to 0 - 30V.
Definition: adc1.h:3892
ADC1_Ch0_ResultValid_Get
INLINE uint8 ADC1_Ch0_ResultValid_Get(void)
Reads the valid flag for the channel 0 (P2.0) result.
Definition: adc1.h:1845
ADC1_Ch3_Int_En
INLINE void ADC1_Ch3_Int_En(void)
enables ADC1 Channel 3 Interrupt.
Definition: adc1.h:3617
ADC1_Ch5_Int_Dis
INLINE void ADC1_Ch5_Int_Dis(void)
disables ADC1 Channel 5 Interrupt.
Definition: adc1.h:3730
ADC1_P25_Result_Get
INLINE uint16 ADC1_P25_Result_Get(void)
Reads the converted value from the channel 5 result register.
Definition: adc1.h:1783
ADC1_Ch1_Result_Get
INLINE uint16 ADC1_Ch1_Result_Get(void)
Reads the converted value from the channel 1 result register.
Definition: adc1.h:1422
ADC1_isEIMactive
INLINE bool ADC1_isEIMactive(void)
checks Exceptional Interrupt Mode active
Definition: adc1.h:4042
ADC1_P24_Result_Get
INLINE uint16 ADC1_P24_Result_Get(void)
Reads the converted value from the channel 4 result register.
Definition: adc1.h:1753
ADC1_Ch6_WaitForRead_Set
INLINE void ADC1_Ch6_WaitForRead_Set(void)
Sets the ADC1 channel 6 result register to "wait for read".
Definition: adc1.h:3027
ADC1_Ch6_Sample_Time_Set
INLINE void ADC1_Ch6_Sample_Time_Set(uint32 stc)
Sets the ADC1 channel 6 number of sampling ticks.
Definition: adc1.h:2637
ADC1_Ch3_Result_Get
INLINE uint16 ADC1_Ch3_Result_Get(void)
Reads the converted value from the channel 3 result register.
Definition: adc1.h:1482
ADC1_MASK_VDH
#define ADC1_MASK_VDH
ADC1 Sequencer/ESM channel selection macro, channel 6 - P2.6.
Definition: adc1.h:206
ADC1_VDH_Attenuator_Range_Get
INLINE uint8 ADC1_VDH_Attenuator_Range_Get(void)
Reads the VDH Monitoring Input Attenuator Input Range Configuration.
Definition: adc1.h:3945
ADC1_SetMode
INLINE void ADC1_SetMode(uint8 mode)
Start ADC1 conversion mode selection.
Definition: adc1.h:3962
ADC1_Sequence1_Set
INLINE void ADC1_Sequence1_Set(uint32 mask_ch)
Defines the channels to be measured in Sequence 1, only valid in Sequencer Mode, see ADC1_Sequencer_M...
Definition: adc1.h:1224
ADC1_ANON_NORMAL
Definition: adc1.h:225
ADC1_Ch1_Overwrite_Set
INLINE void ADC1_Ch1_Overwrite_Set(void)
Sets the ADC1 channel 1 result register to "overwrite".
Definition: adc1.h:2757
ADC1_MASK_P24
#define ADC1_MASK_P24
ADC1 Sequencer/ESM channel selection macro, channel 4 - P2.4.
Definition: adc1.h:202
ADC1_VDH_Attenuator_On
INLINE void ADC1_VDH_Attenuator_On(void)
Enables the input attenuator for VDH.
Definition: adc1.h:3155
ADC1_SetSwMode_Channel
INLINE void ADC1_SetSwMode_Channel(uint8 channel)
Selects a channel for the software conversion.
Definition: adc1.h:3957
ADC1_Ch6_Int_Dis
INLINE void ADC1_Ch6_Int_Dis(void)
disables ADC1 Channel 6 Interrupt.
Definition: adc1.h:3775
ADC1_EIM_Active_Sts
INLINE uint8 ADC1_EIM_Active_Sts(void)
Reads the active status of the Exceptional Interrupt Measurement (EIM).
Definition: adc1.h:1105
ADC1_Ch5_Sample_Time_Set
INLINE void ADC1_Ch5_Sample_Time_Set(uint32 stc)
Sets the ADC1 channel 5 number of sampling ticks.
Definition: adc1.h:2608
ADC1_CH2
#define ADC1_CH2
ADC1 channel selection macro, channel 2 - P2.2.
Definition: adc1.h:150
ADC1_CH5
#define ADC1_CH5
ADC1 channel selection macro, channel 5 - P2.5.
Definition: adc1.h:156
ADC1_Sequence7_Set
INLINE void ADC1_Sequence7_Set(uint32 mask_ch)
Defines the channels to be measured in Sequence 7, only valid in Sequencer Mode, see ADC1_Sequencer_M...
Definition: adc1.h:1362
ADC1_GetEocSwMode
INLINE bool ADC1_GetEocSwMode(void)
Get ADC1 end of conversion status.
Definition: adc1.h:3974
ADC1_SOC_Set
INLINE void ADC1_SOC_Set(void)
ADC1 Start of Conversion, for Software mode only.
Definition: adc1.h:854
ADC1_Ch0_WaitForRead_Set
INLINE void ADC1_Ch0_WaitForRead_Set(void)
Sets the ADC1 channel 0 result register to "wait for read".
Definition: adc1.h:2667
ADC1_MASK_CSA
#define ADC1_MASK_CSA
ADC1 Sequencer/ESM channel selection macro, channel 1 - CSA.
Definition: adc1.h:196
ADC1_ESM_Int_En
INLINE void ADC1_ESM_Int_En(void)
enables Exceptional Sequence Measurement (ESM).
Definition: adc1.h:3844
ADC1_Ch3_WaitForRead_Set
INLINE void ADC1_Ch3_WaitForRead_Set(void)
Sets the ADC1 channel 3 result register to "wait for read".
Definition: adc1.h:2847
ADC1_Ch3_DataWidth_8bit_Set
INLINE void ADC1_Ch3_DataWidth_8bit_Set(void)
Sets the ADC1 channel 3 conversion data width to 8-bit.
Definition: adc1.h:2252
ADC1_Ch1_Int_Dis
INLINE void ADC1_Ch1_Int_Dis(void)
disables ADC1 Channel 1 Interrupt.
Definition: adc1.h:3550
ADC1_MASK_P20
#define ADC1_MASK_P20
ADC1 Sequencer/ESM channel selection macro, channel 0 - P2.0.
Definition: adc1.h:194
ADC1_Ch5_ResultValid_Get
INLINE uint8 ADC1_Ch5_ResultValid_Get(void)
Reads the valid flag for the channel 5 (P2.5) result.
Definition: adc1.h:2005
ADC1_Ch0_DataWidth_8bit_Set
INLINE void ADC1_Ch0_DataWidth_8bit_Set(void)
Sets the ADC1 channel 0 conversion data width to 8-bit.
Definition: adc1.h:2096
ADC1_Ch2_WaitForRead_Set
INLINE void ADC1_Ch2_WaitForRead_Set(void)
Sets the ADC1 channel 2 result register to "wait for read".
Definition: adc1.h:2787
ADC1_VDH_Attenuator_Range_0_20V_Set
INLINE void ADC1_VDH_Attenuator_Range_0_20V_Set(void)
sets the VDH Monitoring Input Attenuator Input Range to 0 - 22V.
Definition: adc1.h:3916
ADC1_Sequence4_Set
INLINE void ADC1_Sequence4_Set(uint32 mask_ch)
Defines the channels to be measured in Sequence 4, only valid in Sequencer Mode, see ADC1_Sequencer_M...
Definition: adc1.h:1293
ADC1_Current_Ch_Sts
INLINE uint8 ADC1_Current_Ch_Sts(void)
Reads the channel for currently ongoing conversion, if no conversion is ongoing, then it returns the ...
Definition: adc1.h:1014
ADC1_Ch4_Sample_Time_Set
INLINE void ADC1_Ch4_Sample_Time_Set(uint32 stc)
Sets the ADC1 channel 4 number of sampling ticks.
Definition: adc1.h:2579
ADC1_Ch1_WaitForRead_Set
INLINE void ADC1_Ch1_WaitForRead_Set(void)
Sets ADC1 channel 1 the result register to "wait for read".
Definition: adc1.h:2727
ADC1_Ch4_Int_En
INLINE void ADC1_Ch4_Int_En(void)
enables ADC1 Channel 4 Interrupt.
Definition: adc1.h:3662
ADC1_Ch5_WaitForRead_Set
INLINE void ADC1_Ch5_WaitForRead_Set(void)
Sets the ADC1 channel 5 result register to "wait for read".
Definition: adc1.h:2967
ADC1_MASK_P22
#define ADC1_MASK_P22
ADC1 Sequencer/ESM channel selection macro, channel 2 - P2.2.
Definition: adc1.h:198
ADC1_Ch4_Int_Clr
INLINE void ADC1_Ch4_Int_Clr(void)
clears ADC1 Channel 4 Interrupt flag.
Definition: adc1.h:3372
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