Header file of the LTM4686 driver. More...

#include <stdint.h>
#include <string.h>
#include "no_os_util.h"
#include "no_os_i2c.h"

Include dependency graph for ltm4686.h:

Classes
struct	ltm4686_dev

struct	ltm4686_init_param

struct	ltm4686_chip_info

struct	ltm4686_status

Macros
#define	LTM4686_PAGE 0x00

#define	LTM4686_OPERATION 0x01

#define	LTM4686_ON_OFF_CONFIG 0x02

#define	LTM4686_CLEAR_FAULTS 0x03

#define	LTM4686_PAGE_PLUS_WRITE 0x05

#define	LTM4686_PAGE_PLUS_READ 0x06

#define	LTM4686_WRITE_PROTECT 0x10

#define	LTM4686_STORE_USER_ALL 0x15

#define	LTM4686_RESTORE_USER_ALL 0x16

#define	LTM4686_CAPABILITY 0x19

#define	LTM4686_SMBALERT_MASK 0x1B

#define	LTM4686_VOUT_MODE 0x20

#define	LTM4686_VOUT_COMMAND 0x21

#define	LTM4686_VOUT_MAX 0x24

#define	LTM4686_VOUT_MARGIN_HIGH 0x25

#define	LTM4686_VOUT_MARGIN_LOW 0x26

#define	LTM4686_VOUT_TRANSITION_RATE 0x27

#define	LTM4686_FREQUENCY_SWITCH 0x33

#define	LTM4686_VIN_ON 0x35

#define	LTM4686_VIN_OFF 0x36

#define	LTM4686_IOUT_CAL_GAIN 0x38

#define	LTM4686_VOUT_OV_FAULT_LIMIT 0x40

#define	LTM4686_VOUT_OV_FAULT_RESPONSE 0x41

#define	LTM4686_VOUT_OV_WARN_LIMIT 0x42

#define	LTM4686_VOUT_UV_WARN_LIMIT 0x43

#define	LTM4686_VOUT_UV_FAULT_LIMIT 0x44

#define	LTM4686_VOUT_UV_FAULT_RESPONSE 0x45

#define	LTM4686_IOUT_OC_FAULT_LIMIT 0x46

#define	LTM4686_IOUT_OC_FAULT_RESPONSE 0x47

#define	LTM4686_IOUT_OC_WARN_LIMIT 0x4A

#define	LTM4686_OT_FAULT_LIMIT 0x4F

#define	LTM4686_OT_FAULT_RESPONSE 0x50

#define	LTM4686_OT_WARN_LIMIT 0x51

#define	LTM4686_UT_FAULT_LIMIT 0x53

#define	LTM4686_UT_FAULT_RESPONSE 0x54

#define	LTM4686_VIN_OV_FAULT_LIMIT 0x55

#define	LTM4686_VIN_OV_FAULT_RESPONSE 0x56

#define	LTM4686_VIN_UV_WARN_LIMIT 0x58

#define	LTM4686_IIN_OC_WARN_LIMIT 0x5D

#define	LTM4686_TON_DELAY 0x60

#define	LTM4686_TON_RISE 0x61

#define	LTM4686_TON_MAX_FAULT_LIMIT 0x62

#define	LTM4686_TON_MAX_FAULT_RESPONSE 0x63

#define	LTM4686_TOFF_DELAY 0x64

#define	LTM4686_TOFF_FALL 0x65

#define	LTM4686_TOFF_MAX_WARN_LIMIT 0x66

#define	LTM4686_STATUS_BYTE 0x78

#define	LTM4686_STATUS_WORD 0x79

#define	LTM4686_STATUS_VOUT 0x7A

#define	LTM4686_STATUS_IOUT 0x7B

#define	LTM4686_STATUS_INPUT 0x7C

#define	LTM4686_STATUS_TEMPERATURE 0x7D

#define	LTM4686_STATUS_CML 0x7E

#define	LTM4686_STATUS_MFR_SPECIFIC 0x80

#define	LTM4686_READ_VIN 0x88

#define	LTM4686_READ_IIN 0x89

#define	LTM4686_READ_VOUT 0x8B

#define	LTM4686_READ_IOUT 0x8C

#define	LTM4686_READ_TEMPERATURE_1 0x8D

#define	LTM4686_READ_TEMPERATURE_2 0x8E

#define	LTM4686_READ_DUTY_CYCLE 0x94

#define	LTM4686_READ_POUT 0x96

#define	LTM4686_REVISION 0x98

#define	LTM4686_MFR_ID 0x99

#define	LTM4686_MFR_MODEL 0x9A

#define	LTM4686_MFR_SERIAL 0x9E

#define	LTM4686_MFR_VOUT_MAX 0xA5

#define	LTM4686_MFR_USER_DATA_00 0xB0

#define	LTM4686_MFR_USER_DATA_01 0xB1

#define	LTM4686_MFR_USER_DATA_02 0xB2

#define	LTM4686_MFR_USER_DATA_03 0xB3

#define	LTM4686_MFR_USER_DATA_04 0xB4

#define	LTM4686_MFR_INFO 0xB6

#define	LTM4686_MFR_EE_UNLOCK 0xBD

#define	LTM4686_MFR_EE_ERASE 0xBE

#define	LTM4686_MFR_EE_DATA 0xBF

#define	LTM4686_MFR_CHAN_CONFIG 0xD0

#define	LTM4686_MFR_CONFIG_ALL 0xD1

#define	LTM4686_MFR_GPIO_PROPAGATE 0xD2

#define	LTM4686_MFR_PWM_MODE 0xD4

#define	LTM4686_MFR_GPIO_RESPONSE 0xD5

#define	LTM4686_MFR_OT_FAULT_RESPONSE 0xD6

#define	LTM4686_MFR_IOUT_PEAK 0xD7

#define	LTM4686_MFR_ADC_CONTROL 0xD8

#define	LTM4686_MFR_ADC_TELEMETRY_STATUS 0xDA

#define	LTM4686_MFR_RETRY_DELAY 0xDB

#define	LTM4686_MFR_RESTART_DELAY 0xDC

#define	LTM4686_MFR_VOUT_PEAK 0xDD

#define	LTM4686_MFR_VIN_PEAK 0xDE

#define	LTM4686_MFR_TEMPERATURE_1_PEAK 0xDF

#define	LTM4686_MFR_CLEAR_PEAKS 0xE3

#define	LTM4686_MFR_PADS 0xE5

#define	LTM4686_MFR_ADDRESS 0xE6

#define	LTM4686_MFR_SPECIAL_ID 0xE7

#define	LTM4686_MFR_IIN_OFFSET 0xE9

#define	LTM4686_MFR_FAULT_LOG_STORE 0xEA

#define	LTM4686_MFR_FAULT_LOG_CLEAR 0xEC

#define	LTM4686_MFR_READ_IIN 0xED

#define	LTM4686_MFR_FAULT_LOG 0xEE

#define	LTM4686_MFR_COMMON 0xEF

#define	LTM4686_MFR_COMPARE_USER_ALL 0xF0

#define	LTM4686_MFR_TEMPERATURE_2_PEAK 0xF4

#define	LTM4686_MFR_PWM_CONFIG 0xF5

#define	LTM4686_MFR_IOUT_CAL_GAIN_TC 0xF6

#define	LTM4686_MFR_TEMP_1_GAIN 0xF8

#define	LTM4686_MFR_TEMP_1_OFFSET 0xF9

#define	LTM4686_MFR_RAIL_ADDRESS 0xFA

#define	LTM4686_MFR_RESET 0xFD

#define	LTM4673_MFR_FAULTB0_PROPAGATE 0xD2

#define	LTM4673_MFR_FAULTB1_PROPAGATE 0xD3

#define	LTM4673_MFR_PWRGD_ENABLE 0xD4

#define	LTM4673_MFR_FAULTB0_RESPONSE 0xD5

#define	LTM4673_MFR_FAULTB1_RESPONSE 0xD6

#define	LTM4673_MFR_IOUT_MIN 0xD8

#define	LTM4673_MFR_CONFIG2 0xD9

#define	LTM4673_MFR_CONFIG3 0xDA

#define	LTM4673_MFR_DAC 0xE0

#define	LTM4673_MFR_PGD_ASSERTION_DELAY 0xE1

#define	LTM4673_MFR_WATCHDOG_T_FIRST 0xE2

#define	LTM4673_MFR_WATCHDOG_T 0xE3

#define	LTM4673_MFR_PAGE_FF_MASK 0xE4

#define	LTM4673_MFR_IIN_CAL_GAIN 0xE8

#define	LTM4673_MFR_VOUT_DISCHARGE_THRESHOLD 0xE9

#define	LTM4673_MFR_FAULT_LOG_RESTORE 0xEB

#define	LTM4673_MFR_FAULT_LOG_STATUS 0xED

#define	LTM4673_MFR_RETRY_COUNT 0xF7

#define	LTM4673_MFR_IOUT_SENSE_VOLTAGE 0xFA

#define	LTM4673_MFR_VOUT_MIN 0xFB

#define	LTM4673_MFR_VIN_MIN 0xFC

#define	LTM4673_MFR_TEMPERATURE_1_MIN 0xFD

#define	LTM4686_CRC_POLYNOMIAL 0x7

#define	LTM4686_VOUT_MODE_VAL_MSK NO_OS_GENMASK(4,0)

#define	LTM4686_LIN11_MANTISSA_MAX 1023L

#define	LTM4686_LIN11_MANTISSA_MIN 511L

#define	LTM4686_LIN11_EXPONENT_MAX 15

#define	LTM4686_LIN11_EXPONENT_MIN -15

#define	LTM4686_LIN11_MANTISSA_MSK NO_OS_GENMASK(10,0)

#define	LTM4686_LIN11_EXPONENT_MSK NO_OS_GENMASK(15,11)

#define	LTM4686_LIN11_EXPONENT(x)

#define	LTM4686_LIN11_MANTISSA(x)

#define	LTM4686_LIN16_EXPONENT -12

#define	LTM4686_CHAN_0 0x0

#define	LTM4686_CHAN_1 0x1

#define	LTM4686_CHAN_2 0x2

#define	LTM4686_CHAN_3 0x3

#define	LTM4686_CHAN_ALL 0xFF

#define	LTM4686_STATUS_BYTE_TYPE_MSK 0x01

#define	LTM4686_STATUS_VOUT_TYPE_MSK 0x02

#define	LTM4686_STATUS_IOUT_TYPE_MSK 0x04

#define	LTM4686_STATUS_INPUT_TYPE_MSK 0x08

#define	LTM4686_STATUS_TEMP_TYPE_MSK 0x10

#define	LTM4686_STATUS_CML_TYPE_MSK 0x20

#define	LTM4686_STATUS_MFR_SPECIFIC_TYPE_MSK 0x40

#define	LTM4686_STATUS_WORD_TYPE_MSK 0x80

#define	LTM4686_STATUS_ALL_TYPE_MSK 0xFF

#define	LTM4686_PWM_OP_MODE_BIT NO_OS_BIT(0)

#define	LTM4686_CONFIG_ALL_DIS_SYNC_BIT NO_OS_BIT(4)

#define	LTM4686_CONFIG_ALL_PEC_BIT NO_OS_BIT(2)

#define	LTM4686_ID_MSK 0xFFF0

#define	LTM4686_SPECIAL_ID_VALUE 0x4770

#define	LTM4673_SPECIAL_ID_VALUE_REV_1 0x0230

#define	LTM4673_SPECIAL_ID_VALUE_REV_2 0x4480

Enumerations
enum	ltm4686_chip_id { ID_LTM4686 , ID_LTM4686B , ID_LTM4673 }

enum	ltm4686_fault_pin_config { LTM4686_FAULT_PIN_INPUT , LTM4686_FAULT_PIN_OUTPUT }

enum	ltm4686_operation_type { LTM4686_OPERATION_OFF = 0x00 , LTM4686_OPERATION_ON = 0x80 , LTM4686_OPERATION_MARGIN_LOW = 0x98 , LTM4686_OPERATION_MARGIN_HIGH = 0xA8 , LTM4686_OPERATION_SEQ_OFF = 0x40 }

enum	ltm4686_value_type { LTM4686_VIN = LTM4686_READ_VIN , LTM4686_IIN = LTM4686_READ_IIN , LTM4686_VOUT = LTM4686_READ_VOUT , LTM4686_IOUT = LTM4686_READ_IOUT , LTM4686_TEMP_TSNS = LTM4686_READ_TEMPERATURE_1 , LTM4686_TEMP_IC = LTM4686_READ_TEMPERATURE_2 , LTM4686_DUTY_CYCLE = LTM4686_READ_DUTY_CYCLE , LTM4686_POUT = LTM4686_READ_POUT , LTM4686_IOUT_PEAK = LTM4686_MFR_IOUT_PEAK , LTM4686_VOUT_PEAK = LTM4686_MFR_VOUT_PEAK , LTM4686_VIN_PEAK = LTM4686_MFR_VIN_PEAK , LTM4686_TEMP_PEAK = LTM4686_MFR_TEMPERATURE_1_PEAK }

enum	ltm4686_status_type { LTM4686_STATUS_ALL_TYPE = LTM4686_STATUS_ALL_TYPE_MSK , LTM4686_STATUS_BYTE_TYPE = LTM4686_STATUS_BYTE_TYPE_MSK , LTM4686_STATUS_VOUT_TYPE = LTM4686_STATUS_VOUT_TYPE_MSK , LTM4686_STATUS_IOUT_TYPE = LTM4686_STATUS_IOUT_TYPE_MSK , LTM4686_STATUS_INPUT_TYPE = LTM4686_STATUS_INPUT_TYPE_MSK , LTM4686_STATUS_TEMP_TYPE = LTM4686_STATUS_TEMP_TYPE_MSK , LTM4686_STATUS_CML_TYPE = LTM4686_STATUS_CML_TYPE_MSK , LTM4686_STATUS_MFR_SPECIFIC_TYPE = LTM4686_STATUS_MFR_SPECIFIC_TYPE_MSK , LTM4686_STATUS_WORD_TYPE = LTM4686_STATUS_WORD_TYPE_MSK }

enum	ltm4686_timing_type { LTM4686_TON_DELAY_TYPE = LTM4686_TON_DELAY , LTM4686_TON_RISE_TYPE = LTM4686_TON_RISE , LTM4686_TOFF_DELAY_TYPE = LTM4686_TOFF_DELAY , LTM4686_TOFF_FALL_TYPE = LTM4686_TOFF_FALL , LT7182_RETRY_DELAY = LTM4686_MFR_RETRY_DELAY , LTM4686_RESTART_DELAY = LTM4686_MFR_RESTART_DELAY }

enum	ltm4686_freq { LTM4686_FREQ_EXT_OSC , LTM4686_FREQ_250_KHZ = 0xF3E8 , LTM4686_FREQ_350_KHZ = 0xFABC , LTM4686_FREQ_425_KHZ = 0xFB52 , LTM4686_FREQ_500_KHZ = 0xFBE8 , LTM4686_FREQ_575_KHZ = 0x023F , LTM4686_FREQ_650_KHZ = 0x028A , LTM4686_FREQ_750_KHZ = 0x02EE , LTM4686_FREQ_1000_KHZ = 0x03E8 }

enum	ltm4686_nvm_cmd_type { LTM4686_STORE_USER = LTM4686_STORE_USER_ALL , LTM4686_RESTORE_USER = LTM4686_RESTORE_USER_ALL , LTM4686_COMPARE_USER = LTM4686_MFR_COMPARE_USER_ALL }

enum	ltm4686_pwm_mode { LTM4686_PWM_FORCED_CONTINUOUS_MODE , LTM4686_PWM_PULSE_SKIP_MODE }

Functions
int	ltm4686_init (struct ltm4686_dev *device, struct ltm4686_init_param init_param)
	Initialize the device structure.

int	ltm4686_remove (struct ltm4686_dev *dev)
	Free or remove device instance.

int	ltm4686_set_page (struct ltm4686_dev *dev, int page)
	Set page of the device. Page 0x0 - Channel 0 Page 0x1 - Channel 1 Page 0x2 - Channel 2 Page 0x3 - Channel 3 Page 0xff - All channels.

int	ltm4686_send_byte (struct ltm4686_dev *dev, int page, uint8_t cmd)
	Send a PMBus command to the device.

int	ltm4686_read_byte (struct ltm4686_dev dev, int page, uint8_t cmd, uint8_t data)
	Perform a raw PMBus read byte operation.

int	ltm4686_write_byte (struct ltm4686_dev *dev, int page, uint8_t cmd, uint8_t value)
	Perform a raw PMBus write byte operation.

int	ltm4686_read_word (struct ltm4686_dev dev, int page, uint8_t cmd, uint16_t word)
	Perform a raw PMBus read word operation.

int	ltm4686_write_word (struct ltm4686_dev *dev, int page, uint8_t cmd, uint16_t word)
	Perform a raw PMBus write word operation.

int	ltm4686_read_word_data (struct ltm4686_dev dev, int page, uint8_t cmd, int data)
	Perform a PMBus read word operation and converts to actual value.

int	ltm4686_write_word_data (struct ltm4686_dev *dev, int page, uint8_t cmd, int data)
	Converts value to register data and do PMBus write word operation.

int	ltm4686_read_block_data (struct ltm4686_dev dev, int page, uint8_t cmd, uint8_t data, size_t nbytes)
	Perform a PMBus read block operation.

int	ltm4686_read_value (struct ltm4686_dev dev, uint8_t channel, enum ltm4686_value_type value_type, int value)
	Read a value.

int	ltm4686_read_status (struct ltm4686_dev dev, uint8_t channel, enum ltm4686_status_type status_type, struct ltm4686_status status)
	Read statuses.

int	ltm4686_vout_value (struct ltm4686_dev *dev, uint8_t channel, int vout_command, int vout_max)
	Set output voltage and its upper limit.

int	ltm4686_vout_tr (struct ltm4686_dev *dev, uint8_t channel, int tr)
	Set output voltage transition rate.

int	ltm4686_vout_margin (struct ltm4686_dev *dev, uint8_t channel, int margin_low, int margin_high)
	Set output voltage margin.

int	ltm4686_set_vin (struct ltm4686_dev *dev, int vin_on, int vin_off)
	Set input voltage window at which power conversion will proceed.

int	ltm4686_set_timing (struct ltm4686_dev *dev, uint8_t channel, enum ltm4686_timing_type timing_type, int time)
	Set timing values.

int	ltm4686_switch_freq (struct ltm4686_dev *dev, enum ltm4686_freq freq)
	Set switching frequency.

int	ltm4686_pwm_mode (struct ltm4686_dev *dev, uint8_t channel, enum ltm4686_pwm_mode pwm_mode)
	Sets the PWM mode for a specific channel of the LTM4686 device.

int	ltm4686_set_operation (struct ltm4686_dev *dev, uint8_t channel, enum ltm4686_operation_type operation)
	Set channel operation.

int	ltm4686_nvm_cmd (struct ltm4686_dev *dev, enum ltm4686_nvm_cmd_type cmd)
	Perform commands for non-volatile memory/EEPROM.

int	ltm4686_software_reset (struct ltm4686_dev *dev)
	Perform a device software reset.

Detailed Description

Header file of the LTM4686 driver.

Author: Cedric Justine Encarnacion (cedri.nosp@m.cjus.nosp@m.tine..nosp@m.enca.nosp@m.rnaci.nosp@m.on@a.nosp@m.nalog.nosp@m..com)

SPDX-License-Identifier: BSD-3-Clause

Macro Definition Documentation

◆ LTM4673_MFR_CONFIG2

#define LTM4673_MFR_CONFIG2 0xD9

◆ LTM4673_MFR_CONFIG3

#define LTM4673_MFR_CONFIG3 0xDA

◆ LTM4673_MFR_DAC

#define LTM4673_MFR_DAC 0xE0

◆ LTM4673_MFR_FAULT_LOG_RESTORE

#define LTM4673_MFR_FAULT_LOG_RESTORE 0xEB

◆ LTM4673_MFR_FAULT_LOG_STATUS

#define LTM4673_MFR_FAULT_LOG_STATUS 0xED

◆ LTM4673_MFR_FAULTB0_PROPAGATE

#define LTM4673_MFR_FAULTB0_PROPAGATE 0xD2

◆ LTM4673_MFR_FAULTB0_RESPONSE

#define LTM4673_MFR_FAULTB0_RESPONSE 0xD5

◆ LTM4673_MFR_FAULTB1_PROPAGATE

#define LTM4673_MFR_FAULTB1_PROPAGATE 0xD3

◆ LTM4673_MFR_FAULTB1_RESPONSE

#define LTM4673_MFR_FAULTB1_RESPONSE 0xD6

◆ LTM4673_MFR_IIN_CAL_GAIN

#define LTM4673_MFR_IIN_CAL_GAIN 0xE8

◆ LTM4673_MFR_IOUT_MIN

#define LTM4673_MFR_IOUT_MIN 0xD8

◆ LTM4673_MFR_IOUT_SENSE_VOLTAGE

#define LTM4673_MFR_IOUT_SENSE_VOLTAGE 0xFA

◆ LTM4673_MFR_PAGE_FF_MASK

#define LTM4673_MFR_PAGE_FF_MASK 0xE4

◆ LTM4673_MFR_PGD_ASSERTION_DELAY

#define LTM4673_MFR_PGD_ASSERTION_DELAY 0xE1

◆ LTM4673_MFR_PWRGD_ENABLE

#define LTM4673_MFR_PWRGD_ENABLE 0xD4

◆ LTM4673_MFR_RETRY_COUNT

#define LTM4673_MFR_RETRY_COUNT 0xF7

◆ LTM4673_MFR_TEMPERATURE_1_MIN

#define LTM4673_MFR_TEMPERATURE_1_MIN 0xFD

◆ LTM4673_MFR_VIN_MIN

#define LTM4673_MFR_VIN_MIN 0xFC

◆ LTM4673_MFR_VOUT_DISCHARGE_THRESHOLD

#define LTM4673_MFR_VOUT_DISCHARGE_THRESHOLD 0xE9

◆ LTM4673_MFR_VOUT_MIN

#define LTM4673_MFR_VOUT_MIN 0xFB

◆ LTM4673_MFR_WATCHDOG_T

#define LTM4673_MFR_WATCHDOG_T 0xE3

◆ LTM4673_MFR_WATCHDOG_T_FIRST

#define LTM4673_MFR_WATCHDOG_T_FIRST 0xE2

◆ LTM4673_SPECIAL_ID_VALUE_REV_1

#define LTM4673_SPECIAL_ID_VALUE_REV_1 0x0230

◆ LTM4673_SPECIAL_ID_VALUE_REV_2

#define LTM4673_SPECIAL_ID_VALUE_REV_2 0x4480

◆ LTM4686_CAPABILITY

#define LTM4686_CAPABILITY 0x19

◆ LTM4686_CHAN_0

#define LTM4686_CHAN_0 0x0

◆ LTM4686_CHAN_1

#define LTM4686_CHAN_1 0x1

◆ LTM4686_CHAN_2

#define LTM4686_CHAN_2 0x2

◆ LTM4686_CHAN_3

#define LTM4686_CHAN_3 0x3

◆ LTM4686_CHAN_ALL

#define LTM4686_CHAN_ALL 0xFF

◆ LTM4686_CLEAR_FAULTS

#define LTM4686_CLEAR_FAULTS 0x03

◆ LTM4686_CONFIG_ALL_DIS_SYNC_BIT

#define LTM4686_CONFIG_ALL_DIS_SYNC_BIT NO_OS_BIT(4)

◆ LTM4686_CONFIG_ALL_PEC_BIT

#define LTM4686_CONFIG_ALL_PEC_BIT NO_OS_BIT(2)

◆ LTM4686_CRC_POLYNOMIAL

#define LTM4686_CRC_POLYNOMIAL 0x7

◆ LTM4686_FREQUENCY_SWITCH

#define LTM4686_FREQUENCY_SWITCH 0x33

◆ LTM4686_ID_MSK

#define LTM4686_ID_MSK 0xFFF0

◆ LTM4686_IIN_OC_WARN_LIMIT

#define LTM4686_IIN_OC_WARN_LIMIT 0x5D

◆ LTM4686_IOUT_CAL_GAIN

#define LTM4686_IOUT_CAL_GAIN 0x38

◆ LTM4686_IOUT_OC_FAULT_LIMIT

#define LTM4686_IOUT_OC_FAULT_LIMIT 0x46

◆ LTM4686_IOUT_OC_FAULT_RESPONSE

#define LTM4686_IOUT_OC_FAULT_RESPONSE 0x47

◆ LTM4686_IOUT_OC_WARN_LIMIT

#define LTM4686_IOUT_OC_WARN_LIMIT 0x4A

◆ LTM4686_LIN11_EXPONENT

#define LTM4686_LIN11_EXPONENT ( x )

Value:

((int16_t)(x) >> 11)

◆ LTM4686_LIN11_EXPONENT_MAX

#define LTM4686_LIN11_EXPONENT_MAX 15

◆ LTM4686_LIN11_EXPONENT_MIN

#define LTM4686_LIN11_EXPONENT_MIN -15

◆ LTM4686_LIN11_EXPONENT_MSK

#define LTM4686_LIN11_EXPONENT_MSK NO_OS_GENMASK(15,11)

◆ LTM4686_LIN11_MANTISSA

#define LTM4686_LIN11_MANTISSA ( x )

Value:

(((int16_t)((x & 0x7FF) << 5)) >> 5)

◆ LTM4686_LIN11_MANTISSA_MAX

#define LTM4686_LIN11_MANTISSA_MAX 1023L

◆ LTM4686_LIN11_MANTISSA_MIN

#define LTM4686_LIN11_MANTISSA_MIN 511L

◆ LTM4686_LIN11_MANTISSA_MSK

#define LTM4686_LIN11_MANTISSA_MSK NO_OS_GENMASK(10,0)

◆ LTM4686_LIN16_EXPONENT

#define LTM4686_LIN16_EXPONENT -12

◆ LTM4686_MFR_ADC_CONTROL

#define LTM4686_MFR_ADC_CONTROL 0xD8

◆ LTM4686_MFR_ADC_TELEMETRY_STATUS

#define LTM4686_MFR_ADC_TELEMETRY_STATUS 0xDA

◆ LTM4686_MFR_ADDRESS

#define LTM4686_MFR_ADDRESS 0xE6

◆ LTM4686_MFR_CHAN_CONFIG

#define LTM4686_MFR_CHAN_CONFIG 0xD0

◆ LTM4686_MFR_CLEAR_PEAKS

#define LTM4686_MFR_CLEAR_PEAKS 0xE3

◆ LTM4686_MFR_COMMON

#define LTM4686_MFR_COMMON 0xEF

◆ LTM4686_MFR_COMPARE_USER_ALL

#define LTM4686_MFR_COMPARE_USER_ALL 0xF0

◆ LTM4686_MFR_CONFIG_ALL

#define LTM4686_MFR_CONFIG_ALL 0xD1

◆ LTM4686_MFR_EE_DATA

#define LTM4686_MFR_EE_DATA 0xBF

◆ LTM4686_MFR_EE_ERASE

#define LTM4686_MFR_EE_ERASE 0xBE

◆ LTM4686_MFR_EE_UNLOCK

#define LTM4686_MFR_EE_UNLOCK 0xBD

◆ LTM4686_MFR_FAULT_LOG

#define LTM4686_MFR_FAULT_LOG 0xEE

◆ LTM4686_MFR_FAULT_LOG_CLEAR

#define LTM4686_MFR_FAULT_LOG_CLEAR 0xEC

◆ LTM4686_MFR_FAULT_LOG_STORE

#define LTM4686_MFR_FAULT_LOG_STORE 0xEA

◆ LTM4686_MFR_GPIO_PROPAGATE

#define LTM4686_MFR_GPIO_PROPAGATE 0xD2

◆ LTM4686_MFR_GPIO_RESPONSE

#define LTM4686_MFR_GPIO_RESPONSE 0xD5

◆ LTM4686_MFR_ID

#define LTM4686_MFR_ID 0x99

◆ LTM4686_MFR_IIN_OFFSET

#define LTM4686_MFR_IIN_OFFSET 0xE9

◆ LTM4686_MFR_INFO

#define LTM4686_MFR_INFO 0xB6

◆ LTM4686_MFR_IOUT_CAL_GAIN_TC

#define LTM4686_MFR_IOUT_CAL_GAIN_TC 0xF6

◆ LTM4686_MFR_IOUT_PEAK

#define LTM4686_MFR_IOUT_PEAK 0xD7

◆ LTM4686_MFR_MODEL

#define LTM4686_MFR_MODEL 0x9A

◆ LTM4686_MFR_OT_FAULT_RESPONSE

#define LTM4686_MFR_OT_FAULT_RESPONSE 0xD6

◆ LTM4686_MFR_PADS

#define LTM4686_MFR_PADS 0xE5

◆ LTM4686_MFR_PWM_CONFIG

#define LTM4686_MFR_PWM_CONFIG 0xF5

◆ LTM4686_MFR_PWM_MODE

#define LTM4686_MFR_PWM_MODE 0xD4

◆ LTM4686_MFR_RAIL_ADDRESS

#define LTM4686_MFR_RAIL_ADDRESS 0xFA

◆ LTM4686_MFR_READ_IIN

#define LTM4686_MFR_READ_IIN 0xED

◆ LTM4686_MFR_RESET

#define LTM4686_MFR_RESET 0xFD

◆ LTM4686_MFR_RESTART_DELAY

#define LTM4686_MFR_RESTART_DELAY 0xDC

◆ LTM4686_MFR_RETRY_DELAY

#define LTM4686_MFR_RETRY_DELAY 0xDB

◆ LTM4686_MFR_SERIAL

#define LTM4686_MFR_SERIAL 0x9E

◆ LTM4686_MFR_SPECIAL_ID

#define LTM4686_MFR_SPECIAL_ID 0xE7

◆ LTM4686_MFR_TEMP_1_GAIN

#define LTM4686_MFR_TEMP_1_GAIN 0xF8

◆ LTM4686_MFR_TEMP_1_OFFSET

#define LTM4686_MFR_TEMP_1_OFFSET 0xF9

◆ LTM4686_MFR_TEMPERATURE_1_PEAK

#define LTM4686_MFR_TEMPERATURE_1_PEAK 0xDF

◆ LTM4686_MFR_TEMPERATURE_2_PEAK

#define LTM4686_MFR_TEMPERATURE_2_PEAK 0xF4

◆ LTM4686_MFR_USER_DATA_00

#define LTM4686_MFR_USER_DATA_00 0xB0

◆ LTM4686_MFR_USER_DATA_01

#define LTM4686_MFR_USER_DATA_01 0xB1

◆ LTM4686_MFR_USER_DATA_02

#define LTM4686_MFR_USER_DATA_02 0xB2

◆ LTM4686_MFR_USER_DATA_03

#define LTM4686_MFR_USER_DATA_03 0xB3

◆ LTM4686_MFR_USER_DATA_04

#define LTM4686_MFR_USER_DATA_04 0xB4

◆ LTM4686_MFR_VIN_PEAK

#define LTM4686_MFR_VIN_PEAK 0xDE

◆ LTM4686_MFR_VOUT_MAX

#define LTM4686_MFR_VOUT_MAX 0xA5

◆ LTM4686_MFR_VOUT_PEAK

#define LTM4686_MFR_VOUT_PEAK 0xDD

◆ LTM4686_ON_OFF_CONFIG

#define LTM4686_ON_OFF_CONFIG 0x02

◆ LTM4686_OPERATION

#define LTM4686_OPERATION 0x01

◆ LTM4686_OT_FAULT_LIMIT

#define LTM4686_OT_FAULT_LIMIT 0x4F

◆ LTM4686_OT_FAULT_RESPONSE

#define LTM4686_OT_FAULT_RESPONSE 0x50

◆ LTM4686_OT_WARN_LIMIT

#define LTM4686_OT_WARN_LIMIT 0x51

◆ LTM4686_PAGE

#define LTM4686_PAGE 0x00

◆ LTM4686_PAGE_PLUS_READ

#define LTM4686_PAGE_PLUS_READ 0x06

◆ LTM4686_PAGE_PLUS_WRITE

#define LTM4686_PAGE_PLUS_WRITE 0x05

◆ LTM4686_PWM_OP_MODE_BIT

#define LTM4686_PWM_OP_MODE_BIT NO_OS_BIT(0)

◆ LTM4686_READ_DUTY_CYCLE

#define LTM4686_READ_DUTY_CYCLE 0x94

◆ LTM4686_READ_IIN

#define LTM4686_READ_IIN 0x89

◆ LTM4686_READ_IOUT

#define LTM4686_READ_IOUT 0x8C

◆ LTM4686_READ_POUT

#define LTM4686_READ_POUT 0x96

◆ LTM4686_READ_TEMPERATURE_1

#define LTM4686_READ_TEMPERATURE_1 0x8D

◆ LTM4686_READ_TEMPERATURE_2

#define LTM4686_READ_TEMPERATURE_2 0x8E

◆ LTM4686_READ_VIN

#define LTM4686_READ_VIN 0x88

◆ LTM4686_READ_VOUT

#define LTM4686_READ_VOUT 0x8B

◆ LTM4686_RESTORE_USER_ALL

#define LTM4686_RESTORE_USER_ALL 0x16

◆ LTM4686_REVISION

#define LTM4686_REVISION 0x98

◆ LTM4686_SMBALERT_MASK

#define LTM4686_SMBALERT_MASK 0x1B

◆ LTM4686_SPECIAL_ID_VALUE

#define LTM4686_SPECIAL_ID_VALUE 0x4770

◆ LTM4686_STATUS_ALL_TYPE_MSK

#define LTM4686_STATUS_ALL_TYPE_MSK 0xFF

◆ LTM4686_STATUS_BYTE

#define LTM4686_STATUS_BYTE 0x78

◆ LTM4686_STATUS_BYTE_TYPE_MSK

#define LTM4686_STATUS_BYTE_TYPE_MSK 0x01

◆ LTM4686_STATUS_CML

#define LTM4686_STATUS_CML 0x7E

◆ LTM4686_STATUS_CML_TYPE_MSK

#define LTM4686_STATUS_CML_TYPE_MSK 0x20

◆ LTM4686_STATUS_INPUT

#define LTM4686_STATUS_INPUT 0x7C

◆ LTM4686_STATUS_INPUT_TYPE_MSK

#define LTM4686_STATUS_INPUT_TYPE_MSK 0x08

◆ LTM4686_STATUS_IOUT

#define LTM4686_STATUS_IOUT 0x7B

◆ LTM4686_STATUS_IOUT_TYPE_MSK

#define LTM4686_STATUS_IOUT_TYPE_MSK 0x04

◆ LTM4686_STATUS_MFR_SPECIFIC

#define LTM4686_STATUS_MFR_SPECIFIC 0x80

◆ LTM4686_STATUS_MFR_SPECIFIC_TYPE_MSK

#define LTM4686_STATUS_MFR_SPECIFIC_TYPE_MSK 0x40

◆ LTM4686_STATUS_TEMP_TYPE_MSK

#define LTM4686_STATUS_TEMP_TYPE_MSK 0x10

◆ LTM4686_STATUS_TEMPERATURE

#define LTM4686_STATUS_TEMPERATURE 0x7D

◆ LTM4686_STATUS_VOUT

#define LTM4686_STATUS_VOUT 0x7A

◆ LTM4686_STATUS_VOUT_TYPE_MSK

#define LTM4686_STATUS_VOUT_TYPE_MSK 0x02

◆ LTM4686_STATUS_WORD

#define LTM4686_STATUS_WORD 0x79

◆ LTM4686_STATUS_WORD_TYPE_MSK

#define LTM4686_STATUS_WORD_TYPE_MSK 0x80

◆ LTM4686_STORE_USER_ALL

#define LTM4686_STORE_USER_ALL 0x15

◆ LTM4686_TOFF_DELAY

#define LTM4686_TOFF_DELAY 0x64

◆ LTM4686_TOFF_FALL

#define LTM4686_TOFF_FALL 0x65

◆ LTM4686_TOFF_MAX_WARN_LIMIT

#define LTM4686_TOFF_MAX_WARN_LIMIT 0x66

◆ LTM4686_TON_DELAY

#define LTM4686_TON_DELAY 0x60

◆ LTM4686_TON_MAX_FAULT_LIMIT

#define LTM4686_TON_MAX_FAULT_LIMIT 0x62

◆ LTM4686_TON_MAX_FAULT_RESPONSE

#define LTM4686_TON_MAX_FAULT_RESPONSE 0x63

◆ LTM4686_TON_RISE

#define LTM4686_TON_RISE 0x61

◆ LTM4686_UT_FAULT_LIMIT

#define LTM4686_UT_FAULT_LIMIT 0x53

◆ LTM4686_UT_FAULT_RESPONSE

#define LTM4686_UT_FAULT_RESPONSE 0x54

◆ LTM4686_VIN_OFF

#define LTM4686_VIN_OFF 0x36

◆ LTM4686_VIN_ON

#define LTM4686_VIN_ON 0x35

◆ LTM4686_VIN_OV_FAULT_LIMIT

#define LTM4686_VIN_OV_FAULT_LIMIT 0x55

◆ LTM4686_VIN_OV_FAULT_RESPONSE

#define LTM4686_VIN_OV_FAULT_RESPONSE 0x56

◆ LTM4686_VIN_UV_WARN_LIMIT

#define LTM4686_VIN_UV_WARN_LIMIT 0x58

◆ LTM4686_VOUT_COMMAND

#define LTM4686_VOUT_COMMAND 0x21

◆ LTM4686_VOUT_MARGIN_HIGH

#define LTM4686_VOUT_MARGIN_HIGH 0x25

◆ LTM4686_VOUT_MARGIN_LOW

#define LTM4686_VOUT_MARGIN_LOW 0x26

◆ LTM4686_VOUT_MAX

#define LTM4686_VOUT_MAX 0x24

◆ LTM4686_VOUT_MODE

#define LTM4686_VOUT_MODE 0x20

◆ LTM4686_VOUT_MODE_VAL_MSK

#define LTM4686_VOUT_MODE_VAL_MSK NO_OS_GENMASK(4,0)

◆ LTM4686_VOUT_OV_FAULT_LIMIT

#define LTM4686_VOUT_OV_FAULT_LIMIT 0x40

◆ LTM4686_VOUT_OV_FAULT_RESPONSE

#define LTM4686_VOUT_OV_FAULT_RESPONSE 0x41

◆ LTM4686_VOUT_OV_WARN_LIMIT

#define LTM4686_VOUT_OV_WARN_LIMIT 0x42

◆ LTM4686_VOUT_TRANSITION_RATE

#define LTM4686_VOUT_TRANSITION_RATE 0x27

◆ LTM4686_VOUT_UV_FAULT_LIMIT

#define LTM4686_VOUT_UV_FAULT_LIMIT 0x44

◆ LTM4686_VOUT_UV_FAULT_RESPONSE

#define LTM4686_VOUT_UV_FAULT_RESPONSE 0x45

◆ LTM4686_VOUT_UV_WARN_LIMIT

#define LTM4686_VOUT_UV_WARN_LIMIT 0x43

◆ LTM4686_WRITE_PROTECT

#define LTM4686_WRITE_PROTECT 0x10

Enumeration Type Documentation

◆ ltm4686_chip_id

enum ltm4686_chip_id

Enumerator
ID_LTM4686
ID_LTM4686B
ID_LTM4673

◆ ltm4686_fault_pin_config

enum ltm4686_fault_pin_config

Enumerator
LTM4686_FAULT_PIN_INPUT
LTM4686_FAULT_PIN_OUTPUT

◆ ltm4686_freq

enum ltm4686_freq

Enumerator
LTM4686_FREQ_EXT_OSC
LTM4686_FREQ_250_KHZ
LTM4686_FREQ_350_KHZ
LTM4686_FREQ_425_KHZ
LTM4686_FREQ_500_KHZ
LTM4686_FREQ_575_KHZ
LTM4686_FREQ_650_KHZ
LTM4686_FREQ_750_KHZ
LTM4686_FREQ_1000_KHZ

◆ ltm4686_nvm_cmd_type

enum ltm4686_nvm_cmd_type

Enumerator
LTM4686_STORE_USER
LTM4686_RESTORE_USER
LTM4686_COMPARE_USER

◆ ltm4686_operation_type

enum ltm4686_operation_type

Enumerator
LTM4686_OPERATION_OFF
LTM4686_OPERATION_ON
LTM4686_OPERATION_MARGIN_LOW
LTM4686_OPERATION_MARGIN_HIGH
LTM4686_OPERATION_SEQ_OFF

◆ ltm4686_pwm_mode

enum ltm4686_pwm_mode

Enumerator
LTM4686_PWM_FORCED_CONTINUOUS_MODE
LTM4686_PWM_PULSE_SKIP_MODE

◆ ltm4686_status_type

enum ltm4686_status_type

Enumerator
LTM4686_STATUS_ALL_TYPE
LTM4686_STATUS_BYTE_TYPE
LTM4686_STATUS_VOUT_TYPE
LTM4686_STATUS_IOUT_TYPE
LTM4686_STATUS_INPUT_TYPE
LTM4686_STATUS_TEMP_TYPE
LTM4686_STATUS_CML_TYPE
LTM4686_STATUS_MFR_SPECIFIC_TYPE
LTM4686_STATUS_WORD_TYPE

◆ ltm4686_timing_type

enum ltm4686_timing_type

Enumerator
LTM4686_TON_DELAY_TYPE
LTM4686_TON_RISE_TYPE
LTM4686_TOFF_DELAY_TYPE
LTM4686_TOFF_FALL_TYPE
LT7182_RETRY_DELAY
LTM4686_RESTART_DELAY

◆ ltm4686_value_type

enum ltm4686_value_type

Enumerator
LTM4686_VIN
LTM4686_IIN
LTM4686_VOUT
LTM4686_IOUT
LTM4686_TEMP_TSNS
LTM4686_TEMP_IC
LTM4686_DUTY_CYCLE
LTM4686_POUT
LTM4686_IOUT_PEAK
LTM4686_VOUT_PEAK
LTM4686_VIN_PEAK
LTM4686_TEMP_PEAK

Function Documentation

◆ ltm4686_init()

int ltm4686_init	(	struct ltm4686_dev **	device,
		struct ltm4686_init_param *	init_param )

Initialize the device structure.

Parameters

device	- Device structure
init_param	- Initialization parameters

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_nvm_cmd()

int ltm4686_nvm_cmd	(	struct ltm4686_dev *	dev,
		enum ltm4686_nvm_cmd_type	cmd )

Perform commands for non-volatile memory/EEPROM.

Parameters

dev	- Device structure
cmd	- NVM commands. Example: LTM4686_STORE_USER LTM4686_COMPARE_USER LTM4686_RESTORE_USER

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_pwm_mode()

int ltm4686_pwm_mode	(	struct ltm4686_dev *	dev,
		uint8_t	channel,
		enum ltm4686_pwm_mode	pwm_mode )

Sets the PWM mode for a specific channel of the LTM4686 device.

Parameters

dev	The LTM4686 device structure.
channel	The channel number.
pwm_mode	The PWM mode to be set.

Returns: 0 on success, negative error code on failure.

◆ ltm4686_read_block_data()

int ltm4686_read_block_data	(	struct ltm4686_dev *	dev,
		int	page,
		uint8_t	cmd,
		uint8_t *	data,
		size_t	nbytes )

Perform a PMBus read block operation.

Parameters

dev	- Device structure
page	- Page/channel of the command
cmd	- PMBus command
data	- Address of the read block
nbytes	- Size of the block in bytes

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_read_byte()

int ltm4686_read_byte	(	struct ltm4686_dev *	dev,
		int	page,
		uint8_t	cmd,
		uint8_t *	data )

Perform a raw PMBus read byte operation.

Parameters

dev	- Device structure
page	- Page or channel of the command
cmd	- PMBus command
data	- Address of the byte read

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_read_status()

int ltm4686_read_status	(	struct ltm4686_dev *	dev,
		uint8_t	channel,
		enum ltm4686_status_type	status_type,
		struct ltm4686_status *	status )

Read statuses.

Parameters

dev	- Device structure
channel	- Channel of the status to read
status_type	- Status type. Example values: LTM4686_STATUS_BYTE_TYPE LTM4686_STATUS_VOUT_TYPE LTM4686_STATUS_IOUT_TYPE LTM4686_STATUS_INPUT_TYPE LTM4686_STATUS_CML_TYPE
status	- Address of the status structure

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_read_value()

int ltm4686_read_value	(	struct ltm4686_dev *	dev,
		uint8_t	channel,
		enum ltm4686_value_type	value_type,
		int *	value )

Read a value.

Parameters

dev	- Device structure
channel	- Channel selected
value_type	- Value type. Example values: LTM4686_VIN LTM4686_VOUT LTM4686_IIN LTM4686_IOUT LTM4686_TEMP
value	- Address of the read value

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_read_word()

int ltm4686_read_word	(	struct ltm4686_dev *	dev,
		int	page,
		uint8_t	cmd,
		uint16_t *	word )

Perform a raw PMBus read word operation.

Parameters

dev	- Device structure
page	- Page/channel of the command
cmd	- PMBus command
word	- Address of the read word

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_read_word_data()

int ltm4686_read_word_data	(	struct ltm4686_dev *	dev,
		int	page,
		uint8_t	cmd,
		int *	data )

Perform a PMBus read word operation and converts to actual value.

Parameters

dev	- Device structure
page	- Page/channel of the command
cmd	- PMBus command
data	- Address of data read

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_remove()

int ltm4686_remove ( struct ltm4686_dev * dev )

Free or remove device instance.

Parameters

dev	- The device structure

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_send_byte()

int ltm4686_send_byte	(	struct ltm4686_dev *	dev,
		int	page,
		uint8_t	cmd )

Send a PMBus command to the device.

Parameters

dev	- Device structure
page	- Page or channel of the command
cmd	- PMBus command

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_set_operation()

int ltm4686_set_operation	(	struct ltm4686_dev *	dev,
		uint8_t	channel,
		enum ltm4686_operation_type	operation )

Set channel operation.

Parameters

dev	- Device structure
channel	- Channel
operation	- Operation. Accepted values are: LTM4686_OPERATION_OFF LTM4686_OPERATION_ON LTM4686_OPERATION_MARGIN_HIGH LTM4686_OPERATION_MARGIN_LOW LTM4686_OPERATION_SEQ_OFF

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_set_page()

int ltm4686_set_page	(	struct ltm4686_dev *	dev,
		int	page )

Set page of the device. Page 0x0 - Channel 0 Page 0x1 - Channel 1 Page 0x2 - Channel 2 Page 0x3 - Channel 3 Page 0xff - All channels.

Parameters

dev	- Device structure
page	- Page to set

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_set_timing()

int ltm4686_set_timing	(	struct ltm4686_dev *	dev,
		uint8_t	channel,
		enum ltm4686_timing_type	timing_type,
		int	time )

Set timing values.

Parameters

dev	- Device structure
channel	- Channel
timing_type	- Timing value type. Example: LTM4686_TON_DELAY_TYPE LTM4686_TON_RISE_TYPE LTM4686_TOFF_DELAY_TYPE LTM4686_RETRY_DELAY_TYPE
time	- Time value in microseconds

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_set_vin()

int ltm4686_set_vin	(	struct ltm4686_dev *	dev,
		int	vin_on,
		int	vin_off )

Set input voltage window at which power conversion will proceed.

Parameters

dev	- Device structure
vin_on	- Input voltage in millivolts at which conversion will start
vin_off	- Input voltage in millivolts at which conversion will stop

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_software_reset()

int ltm4686_software_reset ( struct ltm4686_dev * dev )

Perform a device software reset.

Parameters

dev	- Device structure

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_switch_freq()

int ltm4686_switch_freq	(	struct ltm4686_dev *	dev,
		enum ltm4686_freq	freq )

Set switching frequency.

Parameters

dev	- Device structure
freq	- Frequency to set.

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_vout_margin()

int ltm4686_vout_margin	(	struct ltm4686_dev *	dev,
		uint8_t	channel,
		int	margin_low,
		int	margin_high )

Set output voltage margin.

Parameters

dev	- Device structure
channel	- Channel
margin_high	- Upper margin in millivolts
margin_low	- Lower margin in millivolts

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_vout_tr()

int ltm4686_vout_tr	(	struct ltm4686_dev *	dev,
		uint8_t	channel,
		int	tr )

Set output voltage transition rate.

Parameters

dev	- Device structure
channel	- Channel
tr	- Transition rate in microV/ms

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_vout_value()

int ltm4686_vout_value	(	struct ltm4686_dev *	dev,
		uint8_t	channel,
		int	vout_command,
		int	vout_max )

Set output voltage and its upper limit.

Parameters

dev	- Device structure
channel	- Channel
vout_command	- Output voltage in millivolts
vout_max	- Output voltage upper limit in millivolts

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_write_byte()

int ltm4686_write_byte	(	struct ltm4686_dev *	dev,
		int	page,
		uint8_t	cmd,
		uint8_t	value )

Perform a raw PMBus write byte operation.

Parameters

dev	- Device structure
page	- Page/channel of the command
cmd	- PMBus command
value	- Byte to be written

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_write_word()

int ltm4686_write_word	(	struct ltm4686_dev *	dev,
		int	page,
		uint8_t	cmd,
		uint16_t	word )

Perform a raw PMBus write word operation.

Parameters

dev	- Device structure
page	- Page/channel of the command
cmd	- PMBus command
word	- Word to write

Returns: 0 in case of success, negative error code otherwise

◆ ltm4686_write_word_data()

int ltm4686_write_word_data	(	struct ltm4686_dev *	dev,
		int	page,
		uint8_t	cmd,
		int	data )

Converts value to register data and do PMBus write word operation.

Parameters

dev	- Device structure
page	- Page/channel of the command
cmd	- PMBus command
data	- Value to write

Returns: 0 in case of success, negative error code otherwise

Classes

Macros

Enumerations

Functions

Detailed Description

Macro Definition Documentation

◆ LTM4673_MFR_CONFIG2

◆ LTM4673_MFR_CONFIG3

◆ LTM4673_MFR_DAC

◆ LTM4673_MFR_FAULT_LOG_RESTORE

◆ LTM4673_MFR_FAULT_LOG_STATUS

◆ LTM4673_MFR_FAULTB0_PROPAGATE

◆ LTM4673_MFR_FAULTB0_RESPONSE

◆ LTM4673_MFR_FAULTB1_PROPAGATE

◆ LTM4673_MFR_FAULTB1_RESPONSE

◆ LTM4673_MFR_IIN_CAL_GAIN

◆ LTM4673_MFR_IOUT_MIN

◆ LTM4673_MFR_IOUT_SENSE_VOLTAGE

◆ LTM4673_MFR_PAGE_FF_MASK

◆ LTM4673_MFR_PGD_ASSERTION_DELAY

◆ LTM4673_MFR_PWRGD_ENABLE

◆ LTM4673_MFR_RETRY_COUNT

◆ LTM4673_MFR_TEMPERATURE_1_MIN

◆ LTM4673_MFR_VIN_MIN

◆ LTM4673_MFR_VOUT_DISCHARGE_THRESHOLD

◆ LTM4673_MFR_VOUT_MIN

◆ LTM4673_MFR_WATCHDOG_T

◆ LTM4673_MFR_WATCHDOG_T_FIRST

◆ LTM4673_SPECIAL_ID_VALUE_REV_1

◆ LTM4673_SPECIAL_ID_VALUE_REV_2

◆ LTM4686_CAPABILITY

◆ LTM4686_CHAN_0

◆ LTM4686_CHAN_1

◆ LTM4686_CHAN_2

◆ LTM4686_CHAN_3

◆ LTM4686_CHAN_ALL

◆ LTM4686_CLEAR_FAULTS

◆ LTM4686_CONFIG_ALL_DIS_SYNC_BIT

◆ LTM4686_CONFIG_ALL_PEC_BIT

◆ LTM4686_CRC_POLYNOMIAL

◆ LTM4686_FREQUENCY_SWITCH

◆ LTM4686_ID_MSK

◆ LTM4686_IIN_OC_WARN_LIMIT

◆ LTM4686_IOUT_CAL_GAIN

◆ LTM4686_IOUT_OC_FAULT_LIMIT

◆ LTM4686_IOUT_OC_FAULT_RESPONSE

◆ LTM4686_IOUT_OC_WARN_LIMIT

◆ LTM4686_LIN11_EXPONENT

◆ LTM4686_LIN11_EXPONENT_MAX

◆ LTM4686_LIN11_EXPONENT_MIN

◆ LTM4686_LIN11_EXPONENT_MSK

◆ LTM4686_LIN11_MANTISSA

◆ LTM4686_LIN11_MANTISSA_MAX

◆ LTM4686_LIN11_MANTISSA_MIN

◆ LTM4686_LIN11_MANTISSA_MSK

◆ LTM4686_LIN16_EXPONENT

◆ LTM4686_MFR_ADC_CONTROL

◆ LTM4686_MFR_ADC_TELEMETRY_STATUS

◆ LTM4686_MFR_ADDRESS

◆ LTM4686_MFR_CHAN_CONFIG

◆ LTM4686_MFR_CLEAR_PEAKS

◆ LTM4686_MFR_COMMON

◆ LTM4686_MFR_COMPARE_USER_ALL

◆ LTM4686_MFR_CONFIG_ALL

◆ LTM4686_MFR_EE_DATA

◆ LTM4686_MFR_EE_ERASE

◆ LTM4686_MFR_EE_UNLOCK

◆ LTM4686_MFR_FAULT_LOG

◆ LTM4686_MFR_FAULT_LOG_CLEAR

◆ LTM4686_MFR_FAULT_LOG_STORE

◆ LTM4686_MFR_GPIO_PROPAGATE

◆ LTM4686_MFR_GPIO_RESPONSE

◆ LTM4686_MFR_ID

◆ LTM4686_MFR_IIN_OFFSET

◆ LTM4686_MFR_INFO

◆ LTM4686_MFR_IOUT_CAL_GAIN_TC

◆ LTM4686_MFR_IOUT_PEAK

◆ LTM4686_MFR_MODEL

◆ LTM4686_MFR_OT_FAULT_RESPONSE

◆ LTM4686_MFR_PADS