infineon-autanalog-ptcomp.h File Reference

Devicetree binding constants for Infineon AutAnalog PTCOMP. More...

Go to the source code of this file.

Macros
Power modes (cy_en_autanalog_ptcomp_comp_pwr_t)
#define	IFX_AUTANALOG_PTCOMP_PWR_OFF   0
	Comparator powered off.
#define	IFX_AUTANALOG_PTCOMP_PWR_ULP   1
	Ultra low power mode.
#define	IFX_AUTANALOG_PTCOMP_PWR_LP   2
	Low power mode.
#define	IFX_AUTANALOG_PTCOMP_PWR_NORMAL   3
	Normal power mode.
Interrupt and edge detection modes (cy_en_autanalog_ptcomp_comp_int_t)
#define	IFX_AUTANALOG_PTCOMP_INT_DISABLED   0
	Interrupt disabled.
#define	IFX_AUTANALOG_PTCOMP_INT_EDGE_RISING   1
	Rising edge detection.
#define	IFX_AUTANALOG_PTCOMP_INT_EDGE_FALLING   2
	Falling edge detection.
#define	IFX_AUTANALOG_PTCOMP_INT_EDGE_BOTH   3
	Both-edge detection.
Input mux selectors (cy_en_autanalog_ptcomp_comp_mux_t)
#define	IFX_AUTANALOG_PTCOMP_MUX_CTB0_PIN1   0
	CTB0 GPIO pin 1.
#define	IFX_AUTANALOG_PTCOMP_MUX_CTB0_PIN4   1
	CTB0 GPIO pin 4.
#define	IFX_AUTANALOG_PTCOMP_MUX_CTB0_PIN6   2
	CTB0 GPIO pin 6.
#define	IFX_AUTANALOG_PTCOMP_MUX_CTB0_PIN7   3
	CTB0 GPIO pin 7.
#define	IFX_AUTANALOG_PTCOMP_MUX_CTB1_PIN1   4
	CTB1 GPIO pin 1.
#define	IFX_AUTANALOG_PTCOMP_MUX_CTB1_PIN4   5
	CTB1 GPIO pin 4.
#define	IFX_AUTANALOG_PTCOMP_MUX_CTB1_PIN6   6
	CTB1 GPIO pin 6.
#define	IFX_AUTANALOG_PTCOMP_MUX_CTB1_PIN7   7
	CTB1 GPIO pin 7.
#define	IFX_AUTANALOG_PTCOMP_MUX_CTB0_OA0_OUT   8
	CTB0 OpAmp0 output.
#define	IFX_AUTANALOG_PTCOMP_MUX_CTB0_OA1_OUT   9
	CTB0 OpAmp1 output.
#define	IFX_AUTANALOG_PTCOMP_MUX_CTB1_OA0_OUT   10
	CTB1 OpAmp0 output.
#define	IFX_AUTANALOG_PTCOMP_MUX_CTB1_OA1_OUT   11
	CTB1 OpAmp1 output.
#define	IFX_AUTANALOG_PTCOMP_MUX_DAC0   12
	DAC0 output.
#define	IFX_AUTANALOG_PTCOMP_MUX_DAC1   13
	DAC1 output.
#define	IFX_AUTANALOG_PTCOMP_MUX_PRB_OUT0   14
	PRB output 0.
#define	IFX_AUTANALOG_PTCOMP_MUX_PRB_OUT1   15
	PRB output 1.
#define	IFX_AUTANALOG_PTCOMP_MUX_GPIO0   16
	GPIO 0.
#define	IFX_AUTANALOG_PTCOMP_MUX_GPIO1   17
	GPIO 1.
#define	IFX_AUTANALOG_PTCOMP_MUX_GPIO2   18
	GPIO 2.
#define	IFX_AUTANALOG_PTCOMP_MUX_GPIO3   19
	GPIO 3.
#define	IFX_AUTANALOG_PTCOMP_MUX_GPIO4   20
	GPIO 4.
#define	IFX_AUTANALOG_PTCOMP_MUX_GPIO5   21
	GPIO 5.
#define	IFX_AUTANALOG_PTCOMP_MUX_GPIO6   22
	GPIO 6.
#define	IFX_AUTANALOG_PTCOMP_MUX_GPIO7   23
	GPIO 7.
Post-processing input source (cy_en_autanalog_ptcomp_pp_input_src_t)
#define	IFX_AUTANALOG_PTCOMP_PP_SRC_DISABLED   0
	Post-processing input disabled.
#define	IFX_AUTANALOG_PTCOMP_PP_SRC_COMP0   1
	Comparator 0 output.
#define	IFX_AUTANALOG_PTCOMP_PP_SRC_COMP1   2
	Comparator 1 output.
Post-processing input type (cy_en_autanalog_ptcomp_pp_input_type_t)
#define	IFX_AUTANALOG_PTCOMP_PP_TYPE_LEVEL   0
	Level-sensitive input.
#define	IFX_AUTANALOG_PTCOMP_PP_TYPE_EDGE_RISING   1
	Rising edge input.
#define	IFX_AUTANALOG_PTCOMP_PP_TYPE_EDGE_FALLING   2
	Falling edge input.
#define	IFX_AUTANALOG_PTCOMP_PP_TYPE_EDGE_BOTH   3
	Both-edge input.
Post-processing counter mode (cy_en_autanalog_ptcomp_pp_cnt_mode_t)
#define	IFX_AUTANALOG_PTCOMP_PP_MODE_DIRECT   0
	Direct counter mode.
#define	IFX_AUTANALOG_PTCOMP_PP_MODE_FRAME   1
	Frame counter mode.
#define	IFX_AUTANALOG_PTCOMP_PP_MODE_WINDOW   2
	Window counter mode.
Post-processing data function / LUT (cy_en_autanalog_ptcomp_pp_data_func_t)
#define	IFX_AUTANALOG_PTCOMP_PP_FUNC_A   0
	Pass input A.
#define	IFX_AUTANALOG_PTCOMP_PP_FUNC_A_BAR_AND_B   1
	Logical NOT A AND B.
#define	IFX_AUTANALOG_PTCOMP_PP_FUNC_B   2
	Pass input B.
#define	IFX_AUTANALOG_PTCOMP_PP_FUNC_A_AND_B   3
	Logical A AND B.
#define	IFX_AUTANALOG_PTCOMP_PP_FUNC_A_AND_B_BAR   4
	Logical A AND NOT B.
#define	IFX_AUTANALOG_PTCOMP_PP_FUNC_A_XOR_B   5
	Logical A XOR B.
#define	IFX_AUTANALOG_PTCOMP_PP_FUNC_A_OR_B   6
	Logical A OR B.
#define	IFX_AUTANALOG_PTCOMP_PP_FUNC_A_NOR_B   7
	Logical A NOR B.
#define	IFX_AUTANALOG_PTCOMP_PP_FUNC_A_XNOR_B   8
	Logical A XNOR B.
#define	IFX_AUTANALOG_PTCOMP_PP_FUNC_B_BAR   9
	Pass logical NOT B.
#define	IFX_AUTANALOG_PTCOMP_PP_FUNC_A_OR_B_BAR   10
	Logical A OR NOT B.
#define	IFX_AUTANALOG_PTCOMP_PP_FUNC_A_BAR   11
	Pass logical NOT A.
#define	IFX_AUTANALOG_PTCOMP_PP_FUNC_A_BAR_OR_B   12
	Logical NOT A OR B.
#define	IFX_AUTANALOG_PTCOMP_PP_FUNC_A_NAND_B   13
	Logical A NAND B.
Post-processing window size (cy_en_autanalog_ptcomp_pp_window_size_t)
#define	IFX_AUTANALOG_PTCOMP_PP_WIN_2   0
	Window size of 2 samples.
#define	IFX_AUTANALOG_PTCOMP_PP_WIN_4   1
	Window size of 4 samples.
#define	IFX_AUTANALOG_PTCOMP_PP_WIN_8   2
	Window size of 8 samples.
#define	IFX_AUTANALOG_PTCOMP_PP_WIN_16   3
	Window size of 16 samples.
#define	IFX_AUTANALOG_PTCOMP_PP_WIN_32   4
	Window size of 32 samples.
#define	IFX_AUTANALOG_PTCOMP_PP_WIN_64   5
	Window size of 64 samples.
#define	IFX_AUTANALOG_PTCOMP_PP_WIN_128   6
	Window size of 128 samples.
Post-processing limit condition (cy_en_autanalog_ptcomp_pp_cond_t)
#define	IFX_AUTANALOG_PTCOMP_PP_COND_BELOW   0
	Result is below the threshold window.
#define	IFX_AUTANALOG_PTCOMP_PP_COND_INSIDE   1
	Result is inside the threshold window.
#define	IFX_AUTANALOG_PTCOMP_PP_COND_ABOVE   2
	Result is above the threshold window.
#define	IFX_AUTANALOG_PTCOMP_PP_COND_OUTSIDE   3
	Result is outside the threshold window.

Detailed Description

Devicetree binding constants for Infineon AutAnalog PTCOMP.

These constants match the PDL enum values and are intended for use in devicetree properties that configure the AutAnalog programmable threshold comparator and its post-processing block.

Macro Definition Documentation

IFX_AUTANALOG_PTCOMP_INT_DISABLED

#define IFX_AUTANALOG_PTCOMP_INT_DISABLED   0

Interrupt disabled.

IFX_AUTANALOG_PTCOMP_INT_EDGE_BOTH

#define IFX_AUTANALOG_PTCOMP_INT_EDGE_BOTH   3

Both-edge detection.

IFX_AUTANALOG_PTCOMP_INT_EDGE_FALLING

#define IFX_AUTANALOG_PTCOMP_INT_EDGE_FALLING   2

Falling edge detection.

IFX_AUTANALOG_PTCOMP_INT_EDGE_RISING

#define IFX_AUTANALOG_PTCOMP_INT_EDGE_RISING   1

Rising edge detection.

IFX_AUTANALOG_PTCOMP_MUX_CTB0_OA0_OUT

#define IFX_AUTANALOG_PTCOMP_MUX_CTB0_OA0_OUT   8

CTB0 OpAmp0 output.

IFX_AUTANALOG_PTCOMP_MUX_CTB0_OA1_OUT

#define IFX_AUTANALOG_PTCOMP_MUX_CTB0_OA1_OUT   9

CTB0 OpAmp1 output.

IFX_AUTANALOG_PTCOMP_MUX_CTB0_PIN1

#define IFX_AUTANALOG_PTCOMP_MUX_CTB0_PIN1   0

CTB0 GPIO pin 1.

IFX_AUTANALOG_PTCOMP_MUX_CTB0_PIN4

#define IFX_AUTANALOG_PTCOMP_MUX_CTB0_PIN4   1

CTB0 GPIO pin 4.

IFX_AUTANALOG_PTCOMP_MUX_CTB0_PIN6

#define IFX_AUTANALOG_PTCOMP_MUX_CTB0_PIN6   2

CTB0 GPIO pin 6.

IFX_AUTANALOG_PTCOMP_MUX_CTB0_PIN7

#define IFX_AUTANALOG_PTCOMP_MUX_CTB0_PIN7   3

CTB0 GPIO pin 7.

IFX_AUTANALOG_PTCOMP_MUX_CTB1_OA0_OUT

#define IFX_AUTANALOG_PTCOMP_MUX_CTB1_OA0_OUT   10

CTB1 OpAmp0 output.

IFX_AUTANALOG_PTCOMP_MUX_CTB1_OA1_OUT

#define IFX_AUTANALOG_PTCOMP_MUX_CTB1_OA1_OUT   11

CTB1 OpAmp1 output.

IFX_AUTANALOG_PTCOMP_MUX_CTB1_PIN1

#define IFX_AUTANALOG_PTCOMP_MUX_CTB1_PIN1   4

CTB1 GPIO pin 1.

IFX_AUTANALOG_PTCOMP_MUX_CTB1_PIN4

#define IFX_AUTANALOG_PTCOMP_MUX_CTB1_PIN4   5

CTB1 GPIO pin 4.

IFX_AUTANALOG_PTCOMP_MUX_CTB1_PIN6

#define IFX_AUTANALOG_PTCOMP_MUX_CTB1_PIN6   6

CTB1 GPIO pin 6.

IFX_AUTANALOG_PTCOMP_MUX_CTB1_PIN7

#define IFX_AUTANALOG_PTCOMP_MUX_CTB1_PIN7   7

CTB1 GPIO pin 7.

IFX_AUTANALOG_PTCOMP_MUX_DAC0

#define IFX_AUTANALOG_PTCOMP_MUX_DAC0   12

DAC0 output.

IFX_AUTANALOG_PTCOMP_MUX_DAC1

#define IFX_AUTANALOG_PTCOMP_MUX_DAC1   13

DAC1 output.

IFX_AUTANALOG_PTCOMP_MUX_GPIO0

#define IFX_AUTANALOG_PTCOMP_MUX_GPIO0   16

GPIO 0.

IFX_AUTANALOG_PTCOMP_MUX_GPIO1

#define IFX_AUTANALOG_PTCOMP_MUX_GPIO1   17

GPIO 1.

IFX_AUTANALOG_PTCOMP_MUX_GPIO2

#define IFX_AUTANALOG_PTCOMP_MUX_GPIO2   18

GPIO 2.

IFX_AUTANALOG_PTCOMP_MUX_GPIO3

#define IFX_AUTANALOG_PTCOMP_MUX_GPIO3   19

GPIO 3.

IFX_AUTANALOG_PTCOMP_MUX_GPIO4

#define IFX_AUTANALOG_PTCOMP_MUX_GPIO4   20

GPIO 4.

IFX_AUTANALOG_PTCOMP_MUX_GPIO5

#define IFX_AUTANALOG_PTCOMP_MUX_GPIO5   21

GPIO 5.

IFX_AUTANALOG_PTCOMP_MUX_GPIO6

#define IFX_AUTANALOG_PTCOMP_MUX_GPIO6   22

GPIO 6.

IFX_AUTANALOG_PTCOMP_MUX_GPIO7

#define IFX_AUTANALOG_PTCOMP_MUX_GPIO7   23

GPIO 7.

IFX_AUTANALOG_PTCOMP_MUX_PRB_OUT0

#define IFX_AUTANALOG_PTCOMP_MUX_PRB_OUT0   14

PRB output 0.

IFX_AUTANALOG_PTCOMP_MUX_PRB_OUT1

#define IFX_AUTANALOG_PTCOMP_MUX_PRB_OUT1   15

PRB output 1.

IFX_AUTANALOG_PTCOMP_PP_COND_ABOVE

#define IFX_AUTANALOG_PTCOMP_PP_COND_ABOVE   2

Result is above the threshold window.

IFX_AUTANALOG_PTCOMP_PP_COND_BELOW

#define IFX_AUTANALOG_PTCOMP_PP_COND_BELOW   0

Result is below the threshold window.

IFX_AUTANALOG_PTCOMP_PP_COND_INSIDE

#define IFX_AUTANALOG_PTCOMP_PP_COND_INSIDE   1

Result is inside the threshold window.

IFX_AUTANALOG_PTCOMP_PP_COND_OUTSIDE

#define IFX_AUTANALOG_PTCOMP_PP_COND_OUTSIDE   3

Result is outside the threshold window.

IFX_AUTANALOG_PTCOMP_PP_FUNC_A

#define IFX_AUTANALOG_PTCOMP_PP_FUNC_A   0

Pass input A.

IFX_AUTANALOG_PTCOMP_PP_FUNC_A_AND_B

#define IFX_AUTANALOG_PTCOMP_PP_FUNC_A_AND_B   3

Logical A AND B.

IFX_AUTANALOG_PTCOMP_PP_FUNC_A_AND_B_BAR

#define IFX_AUTANALOG_PTCOMP_PP_FUNC_A_AND_B_BAR   4

Logical A AND NOT B.

IFX_AUTANALOG_PTCOMP_PP_FUNC_A_BAR

#define IFX_AUTANALOG_PTCOMP_PP_FUNC_A_BAR   11

Pass logical NOT A.

IFX_AUTANALOG_PTCOMP_PP_FUNC_A_BAR_AND_B

#define IFX_AUTANALOG_PTCOMP_PP_FUNC_A_BAR_AND_B   1

Logical NOT A AND B.

IFX_AUTANALOG_PTCOMP_PP_FUNC_A_BAR_OR_B

#define IFX_AUTANALOG_PTCOMP_PP_FUNC_A_BAR_OR_B   12

Logical NOT A OR B.

IFX_AUTANALOG_PTCOMP_PP_FUNC_A_NAND_B

#define IFX_AUTANALOG_PTCOMP_PP_FUNC_A_NAND_B   13

Logical A NAND B.

IFX_AUTANALOG_PTCOMP_PP_FUNC_A_NOR_B

#define IFX_AUTANALOG_PTCOMP_PP_FUNC_A_NOR_B   7

Logical A NOR B.

IFX_AUTANALOG_PTCOMP_PP_FUNC_A_OR_B

#define IFX_AUTANALOG_PTCOMP_PP_FUNC_A_OR_B   6

Logical A OR B.

IFX_AUTANALOG_PTCOMP_PP_FUNC_A_OR_B_BAR

#define IFX_AUTANALOG_PTCOMP_PP_FUNC_A_OR_B_BAR   10

Logical A OR NOT B.

IFX_AUTANALOG_PTCOMP_PP_FUNC_A_XNOR_B

#define IFX_AUTANALOG_PTCOMP_PP_FUNC_A_XNOR_B   8

Logical A XNOR B.

IFX_AUTANALOG_PTCOMP_PP_FUNC_A_XOR_B

#define IFX_AUTANALOG_PTCOMP_PP_FUNC_A_XOR_B   5

Logical A XOR B.

IFX_AUTANALOG_PTCOMP_PP_FUNC_B

#define IFX_AUTANALOG_PTCOMP_PP_FUNC_B   2

Pass input B.

IFX_AUTANALOG_PTCOMP_PP_FUNC_B_BAR

#define IFX_AUTANALOG_PTCOMP_PP_FUNC_B_BAR   9

Pass logical NOT B.

IFX_AUTANALOG_PTCOMP_PP_MODE_DIRECT

#define IFX_AUTANALOG_PTCOMP_PP_MODE_DIRECT   0

Direct counter mode.

IFX_AUTANALOG_PTCOMP_PP_MODE_FRAME

#define IFX_AUTANALOG_PTCOMP_PP_MODE_FRAME   1

Frame counter mode.

IFX_AUTANALOG_PTCOMP_PP_MODE_WINDOW

#define IFX_AUTANALOG_PTCOMP_PP_MODE_WINDOW   2

Window counter mode.

IFX_AUTANALOG_PTCOMP_PP_SRC_COMP0

#define IFX_AUTANALOG_PTCOMP_PP_SRC_COMP0   1

Comparator 0 output.

IFX_AUTANALOG_PTCOMP_PP_SRC_COMP1

#define IFX_AUTANALOG_PTCOMP_PP_SRC_COMP1   2

Comparator 1 output.

IFX_AUTANALOG_PTCOMP_PP_SRC_DISABLED

#define IFX_AUTANALOG_PTCOMP_PP_SRC_DISABLED   0

Post-processing input disabled.

IFX_AUTANALOG_PTCOMP_PP_TYPE_EDGE_BOTH

#define IFX_AUTANALOG_PTCOMP_PP_TYPE_EDGE_BOTH   3

Both-edge input.

IFX_AUTANALOG_PTCOMP_PP_TYPE_EDGE_FALLING

#define IFX_AUTANALOG_PTCOMP_PP_TYPE_EDGE_FALLING   2

Falling edge input.

IFX_AUTANALOG_PTCOMP_PP_TYPE_EDGE_RISING

#define IFX_AUTANALOG_PTCOMP_PP_TYPE_EDGE_RISING   1

Rising edge input.

IFX_AUTANALOG_PTCOMP_PP_TYPE_LEVEL

#define IFX_AUTANALOG_PTCOMP_PP_TYPE_LEVEL   0

Level-sensitive input.

IFX_AUTANALOG_PTCOMP_PP_WIN_128

#define IFX_AUTANALOG_PTCOMP_PP_WIN_128   6

Window size of 128 samples.

IFX_AUTANALOG_PTCOMP_PP_WIN_16

#define IFX_AUTANALOG_PTCOMP_PP_WIN_16   3

Window size of 16 samples.

IFX_AUTANALOG_PTCOMP_PP_WIN_2

#define IFX_AUTANALOG_PTCOMP_PP_WIN_2   0

Window size of 2 samples.

IFX_AUTANALOG_PTCOMP_PP_WIN_32

#define IFX_AUTANALOG_PTCOMP_PP_WIN_32   4

Window size of 32 samples.

IFX_AUTANALOG_PTCOMP_PP_WIN_4

#define IFX_AUTANALOG_PTCOMP_PP_WIN_4   1

Window size of 4 samples.

IFX_AUTANALOG_PTCOMP_PP_WIN_64

#define IFX_AUTANALOG_PTCOMP_PP_WIN_64   5

Window size of 64 samples.

IFX_AUTANALOG_PTCOMP_PP_WIN_8

#define IFX_AUTANALOG_PTCOMP_PP_WIN_8   2

Window size of 8 samples.

IFX_AUTANALOG_PTCOMP_PWR_LP

#define IFX_AUTANALOG_PTCOMP_PWR_LP   2

Low power mode.

IFX_AUTANALOG_PTCOMP_PWR_NORMAL

#define IFX_AUTANALOG_PTCOMP_PWR_NORMAL   3

Normal power mode.

IFX_AUTANALOG_PTCOMP_PWR_OFF

#define IFX_AUTANALOG_PTCOMP_PWR_OFF   0

Comparator powered off.

IFX_AUTANALOG_PTCOMP_PWR_ULP

#define IFX_AUTANALOG_PTCOMP_PWR_ULP   1

Ultra low power mode.