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adp1050.h File Reference

Header file for the ADP1050 Driver. More...

#include <stdint.h>
#include <stdbool.h>
#include <stdio.h>
#include "no_os_gpio.h"
#include "no_os_i2c.h"
#include "no_os_pwm.h"
#include "no_os_util.h"
#include "no_os_units.h"
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Go to the source code of this file.

Classes

struct  adp1050_init_param
 Initialization parameter for the ADP1050 device. More...
 
struct  adp1050_desc
 Device descriptor for ADP1050. More...
 

Macros

#define ADP1050_EXTENDED_COMMAND   0xFF
 
#define ADP1050_WRITE_BYTE_MAX_VAL   0xFF
 
#define ADP1050_LSB_MASK   NO_OS_GENMASK(7, 0)
 
#define ADP1050_MSB_MASK   NO_OS_GENMASK(15, 8)
 
#define ADP1050_ON_OFF_DEFAULT_CFG   0x00
 
#define ADP1050_ON_OFF_CTRL_HIGH_CFG   0x1E
 
#define ADP1050_ON_OFF_CTRL_LOW_CFG   0x1C
 
#define ADP1050_CTRL_PIN_ENABLE   NO_OS_BIT(4)
 
#define ADP1050_SOFTWARE_RESET_ON   0x01
 
#define ADP1050_SOFTWARE_RESET_OFF   0x00
 
#define ADP1050_SW_RES_DELAY_0MS   0x00
 
#define ADP1050_SW_RES_DELAY_500MS   0x01
 
#define ADP1050_SW_RES_DELAY_1S   0x02
 
#define ADP1050_SW_RES_DELAY_2S   0x03
 
#define ADP1050_SW_RES_NO_DELAY   0x00
 
#define ADP1050_SW_RES_TOFF_DELAY   0x04
 
#define ADP1050_TOFF_DELAY_0MS   0x0000
 
#define ADP1050_TOFF_DELAY_50MS   0x0032
 
#define ADP1050_TOFF_DELAY_250MS   0x00FA
 
#define ADP1050_TOFF_DELAY_1000MS   0x03E8
 
#define ADP1050_OPERATION_ON   0x80
 
#define ADP1050_OPERATION_OFF   0x00
 
#define ADP1050_OPERATION_SOFT_OFF   0x40
 
#define ADP1050_MARGIN_OFF   0x00
 
#define ADP1050_MARGIN_LOW   0x10
 
#define ADP1050_MARGIN_HIGH   0x20
 
#define ADP1050_MANT_MAX   0x7FF
 
#define ADP1050_EXP_MAX   0x1F
 
#define ADP1050_EXP_MASK   NO_OS_GENMASK(15, 11)
 
#define ADP1050_MANT_MASK   NO_OS_GENMASK(10, 0)
 
#define ADP1050_VOUT_EXP_MASK   NO_OS_GENMASK(4, 0)
 
#define ADP1050_VOUT_GO_COMMAND   0x06
 
#define ADP1050_VOUT_OFF   0x00
 
#define ADP1050_OUTA_FALLING_EDGE_NEGATIVE_MOD   0x03
 
#define ADP1050_OUTB_FALLING_EDGE_NEGATIVE_MOD   0x30
 
#define ADP1050_OUTA_ON   0x32
 
#define ADP1050_OUTB_ON   0x31
 
#define ADP1050_SR1_ON   0x23
 
#define ADP1050_SR2_ON   0x13
 
#define ADP1050_ALL_PWM_OFF   0x33
 
#define ADP1050_EDGE_MAX_VAL   0x0FFF
 
#define ADP1050_PULSE_MAX_VAL   0xFFFF
 
#define ADP1050_EDGE_MSB_MASK   NO_OS_GENMASK(7, 0)
 
#define ADP1050_RISING_EDGE_LSB_MASK   NO_OS_GENMASK(7, 4)
 
#define ADP1050_FALLING_EDGE_LSB_MASK   NO_OS_GENMASK(3, 0)
 
#define ADP1050_CS1_CLIMIT_COMP_IGNORE   0x80
 
#define ADP1050_CS1_LEADING_EDGE_MASK   NO_OS_GENMASK(6, 4)
 
#define ADP1050_CS1_DEBOUNCE_MASK   NO_OS_GENMASK(1, 0)
 
#define ADP1050_OUTA_OL_ENABLE   NO_OS_BIT(0)
 
#define ADP1050_OUTB_OL_ENABLE   NO_OS_BIT(1)
 
#define ADP1050_SR1_OL_ENABLE   NO_OS_BIT(4)
 
#define ADP1050_SR2_OL_ENABLE   NO_OS_BIT(5)
 
#define ADP1050_OUTB_SR2_RISING_MOD_MASK   NO_OS_GENMASK(7, 6)
 
#define ADP1050_OUTB_SR2_FALLING_MOD_MASK   NO_OS_GENMASK(5, 4)
 
#define ADP1050_OUTA_SR1_RISING_MOD_MASK   NO_OS_GENMASK(3, 2)
 
#define ADP1050_OUTA_SR1_FALLING_MOD_MASK   NO_OS_GENMASK(1, 0)
 
#define ADP1050_POSITIVE_MOD_SIGN   0x02
 
#define ADP1050_NEGATIVE_MOD_SIGN   0x03
 
#define ADP1050_OPEN_LOOP_ENABLE   NO_OS_GENMASK(5, 0)
 
#define ADP1050_OPEN_LOOP_DISABLE   0x00
 
#define ADP1050_OL_SS_1_CYCLE   0x84
 
#define ADP1050_OL_SS_4_CYCLES   0x8C
 
#define APD1050_OL_SS_16_CYCLES   0x94
 
#define ADP1050_OL_SS_64_CYCLES   0x9C
 
#define ADP1050_FREQ_SYNC_ON   0x48
 
#define ADP1050_FREQ_SYNC_OFF   0x49
 
#define ADP1050_MAX_PERIOD_INTEGER(x)   ((1000 / (x)) * 1000)
 
#define ADP1050_MAX_PERIOD_FLOAT(x)   ((1000 / (((x) - 0xF800) / 2)) * 1000)
 
#define ADP1050_FLOAT_FREQ_MASK   NO_OS_BIT(15)
 
#define ADP1050_CHECK_CHIP_PASS_MASK   NO_OS_BIT(7)
 
#define ADP1050_CHIP_DEFAULT_PASS   0xFFFF
 
#define ADP1050_CHECK_EEPROM_PASS_MASK   NO_OS_BIT(3)
 
#define ADP1050_EEPROM_DEFAULT_PASS   0xFF
 
#define ADP1050_TRIM_DEFAULT_PASS   0xFF
 
#define ADP1050_VOUT_GO   0x06
 
#define ADP1050_FAULT_RESPONSE_MASK   NO_OS_GENMASK(3, 2)
 
#define ADP1050_AFTER_FAULT_MASK   NO_OS_GENMASK(1, 0)
 
#define ADP1050_FEEDFORWARD_OFF   0x00
 
#define ADP1050_CL_FEEDFORWARD_DISABLE   NO_OS_BIT(3)
 
#define ADP1050_FEEDFORWARD_CL_ENABLE   NO_OS_GENMASK(3, 2)
 
#define ADP1050_FEEDFORWARD_OL_ENABLE   (NO_OS_BIT(6) | NO_OS_BIT(3))
 
#define ADP1050_PULSE_SKIPPING_ENABLE   NO_OS_GENMASK(6, 0)
 
#define ADP1050_PULSE_SKIPPING_DISABLE   NO_OS_GENMASK(5, 0)
 
#define ADP1050_CS1_TRIM_VAL   0xA00
 
#define ADP1050_CS1_MAX_INIT_VAL   0xFF
 
#define ADP1050_VF_TRIM_VAL   0x500
 
#define ADP1050_VF_MAX_INIT_VAL   0xFF
 
#define ADP1050_VS_OFFSET_MAX_INIT_VAL   0x7FFF
 
#define ADP1050_VS_MAX_INIT_VAL   0xFF
 
#define ADP1050_VS_INIT_MASK   NO_OS_GENMASK(14, 0)
 
#define ADP1050_PMBUS_10KOHM_ADDRESS   0x70
 
#define ADP1050_PMBUS_31KOHM_ADDRESS   0x71
 
#define ADP1050_PMBUS_51KOHM_ADDRESS   0x72
 
#define ADP1050_PMBUS_71KOHM_ADDRESS   0x73
 
#define ADP1050_PMBUS_90KOHM_ADDRESS   0x74
 
#define ADP1050_PMBUS_110KOHM_ADDRESS   0x75
 
#define ADP1050_PMBUS_130KOHM_ADDRESS   0x76
 
#define ADP1050_PMBUS_150KOHM_ADDRESS   0x77
 
#define ADP1050_TON_DELAY_0MS   0x0000
 
#define ADP1050_TON_DELAY_10MS   0x000A
 
#define ADP1050_TON_DELAY_25MS   0x0019
 
#define ADP1050_TON_DELAY_50MS   0x0032
 
#define ADP1050_TON_DELAY_75MS   0x004B
 
#define ADP1050_TON_DELAY_100MS   0x0064
 
#define ADP1050_TON_DELAY_250MS   0x00FA
 
#define ADP1050_TON_DELAY_1000MS   0x03E8
 
#define ADP1050_TON_RISE_50US   0xC00D
 
#define ADP1050_TON_RISE_200US   0xD00D
 
#define ADP1050_TON_RISE_1750US   0xF007
 
#define ADP1050_TON_RISE_10MS   0xF815
 
#define ADP1050_TON_RISE_21MS   0x0015
 
#define ADP1050_TON_RISE_40MS   0xF0A1
 
#define ADP1050_TON_RISE_60MS   0x003C
 
#define ADP1050_TON_RISE_100MS   0x0064
 
#define ADP1050_OPERATION   0x01
 
#define ADP1050_ON_OFF_CONFIG   0x02
 
#define ADP1050_CLEAR_FAULTS   0x03
 
#define ADP1050_WRITE_PROTECT   0x10
 
#define ADP1050_RESTORE_DEFAULT_ALL   0x12
 
#define ADP1050_STORE_USER_ALL   0x15
 
#define ADP1050_RESTORE_USER_ALL   0x16
 
#define ADP1050_CAPABILITY   0x19
 
#define ADP1050_VOUT_MODE   0x20
 
#define ADP1050_VOUT_COMMAND   0x21
 
#define ADP1050_VOUT_TRIM   0x22
 
#define ADP1050_VOUT_CAL_OFFSET   0x23
 
#define ADP1050_VOUT_MAX   0x24
 
#define ADP1050_VOUT_MARGIN_HIGH   0x25
 
#define ADP1050_VOUT_MARGIN_LOW   0x26
 
#define ADP1050_VOUT_TRANSITION_RATE   0x27
 
#define ADP1050_VOUT_SCALE_LOOP   0x29
 
#define ADP1050_VOUT_SCALE_MONITOR   0x2A
 
#define ADP1050_FREQUENCY_SWITCH   0x33
 
#define ADP1050_VIN_ON   0x35
 
#define ADP1050_VIN_OFF   0x36
 
#define ADP1050_VOUT_OV_FAULT_LIMIT   0x40
 
#define ADP1050_VOUT_OV_FAULT_RESPONSE   0x41
 
#define ADP1050_VOUT_UV_FAULT_LIMIT   0x44
 
#define ADP1050_VOUT_UV_FAULT_RESPONSE   0x45
 
#define ADP1050_OT_FAULT_LIMIT   0x4F
 
#define ADP1050_OT_FAULT_RESPONSE   0x50
 
#define ADP1050_POWER_GOOD_ON   0x5E
 
#define ADP1050_POWER_GOOD_OFF   0x5F
 
#define ADP1050_TON_DELAY   0x60
 
#define ADP1050_TON_RISE   0x61
 
#define ADP1050_TOFF_DELAY   0x64
 
#define ADP1050_STATUS_BYTE   0x78
 
#define ADP1050_STATUS_WORD   0x79
 
#define ADP1050_STATUS_VOUT   0x7A
 
#define ADP1050_STATUS_INPUT   0x7C
 
#define ADP1050_STATUS_TEMPERATURE   0x7D
 
#define ADP1050_STATUS_CML   0x7E
 
#define ADP1050_READ_VIN   0x88
 
#define ADP1050_READ_IIN   0x89
 
#define ADP1050_READ_VOUT   0x8B
 
#define ADP1050_READ_TEMPERATURE   0x8D
 
#define ADP1050_READ_DUTY_CYCLE   0x94
 
#define ADP1050_READ_FREQUENCY   0x95
 
#define ADP1050_READ_PMBUS_REVISION   0x98
 
#define ADP1050_MFR_ID   0x99
 
#define ADP1050_MFR_MODEL   0x9A
 
#define ADP1050_MFR_REVISION   0x9B
 
#define ADP1050_IC_DEVICE_ID   0xAD
 
#define ADP1050_IC_DEVICE_REV   0xAE
 
#define ADP1050_EEPROM_DATA_00   0xB0
 
#define ADP1050_EEPROM_DATA_01   0xB1
 
#define ADP1050_EEPROM_DATA_02   0xB2
 
#define ADP1050_EEPROM_DATA_03   0xB3
 
#define ADP1050_EEPROM_DATA_04   0xB4
 
#define ADP1050_EEPROM_DATA_05   0xB5
 
#define ADP1050_EEPROM_DATA_06   0xB6
 
#define ADP1050_EEPROM_DATA_07   0xB7
 
#define ADP1050_EEPROM_DATA_08   0xB8
 
#define ADP1050_EEPROM_DATA_09   0xB9
 
#define ADP1050_EEPROM_DATA_10   0xBA
 
#define ADP1050_EEPROM_DATA_11   0xBB
 
#define ADP1050_EEPROM_DATA_12   0xBC
 
#define ADP1050_EEPROM_DATA_13   0xBD
 
#define ADP1050_EEPROM_DATA_14   0xBE
 
#define ADP1050_EEPROM_DATA_15   0xBF
 
#define ADP1050_EEPROM_CRC_CHKSUM   0xD1
 
#define ADP1050_EEPROM_NUM_RD_BYTES   0xD2
 
#define ADP1050_EEPROM_ADDR_OFFSET   0xD3
 
#define ADP1050_EEPROM_PAGE_ERASE   0xD4
 
#define ADP1050_EEPROM_PASSWORD   0xD5
 
#define ADP1050_TRIM_PASSWORD   0xD6
 
#define ADP1050_CHIP_PASSWORD   0xD7
 
#define ADP1050_VIN_SCALE_MONITOR   0xD8
 
#define ADP1050_IIN_SCALE_MONITOR   0xD9
 
#define ADP1050_EEPROM_INFO   0xF1
 
#define ADP1050_MFR_SPECIFIC_1   0xFA
 
#define ADP1050_MFR_SPECIFIC_2   0xFB
 
#define ADP1050_IIN_OC_FAST_FAULT_RESPONSE   0xFE00
 
#define ADP1050_CS3_OC_FAULT_RESPONSE   0xFE01
 
#define ADP1050_VIN_UV_FAULT_RESPONSE   0xFE02
 
#define ADP1050_FLAGIN_RESPONSE   0xFE03
 
#define ADP1050_VDD_OV_RESPONSE   0xFE05
 
#define ADP1050_SOFTWARE_RESET_GO   0xFE06
 
#define ADP1050_SOFTWARE_RESET_SETTINGS   0xFE07
 
#define ADP1050_SR_SOFT_START_SETTINGS   0xFE08
 
#define ADP1050_SOFT_START_SETTING_OL   0xFE09
 
#define ADP1050_FLAG_BLANKING_DURING_SS   0xFE0B
 
#define ADP1050_VS_BAL_BLANK_AND_SS_DISABLE   0xFE0C
 
#define ADP1050_PGOOD_MASK_SETTINGS   0xFE0D
 
#define ADP1050_PGOOD_FLAG_DEBOUNCE   0xFE0E
 
#define ADP1050_DEBOUNCE_TIME_PGOOD   0xFE0F
 
#define ADP1050_SYNCH_DELAY_TIME   0xFE11
 
#define ADP1050_SYNCH_GENERAL_SETTINGS   0xFE12
 
#define ADP1050_DUAL_END_TOPOLOGY_MODE   0xFE13
 
#define ADP1050_CS1_GAIN_TRIM   0xFE14
 
#define ADP1050_CS3_OC_DEBOUNCE   0xFE19
 
#define ADP1050_IIN_OC_FAST_FAULT_LIMIT   0xFE1A
 
#define ADP1050_CS1_CBC_CURR_LIM_REF   0xFE1B
 
#define ADP1050_MATCHED_CBC_CURR_LIM_SETTINGS   0xFE1D
 
#define ADP1050_SR1_SR2_RESPONSE_CBC_CURR_LIM   0xFE1E
 
#define ADP1050_CS1_CBC_CURR_LIM_SETTINGS   0xFE1F
 
#define ADP1050_VS_GAIN_TRIM   0xFE20
 
#define ADP1050_PREBIAS_START_UP_ENABLE   0xFE25
 
#define ADP1050_VOUT_OV_FAULT_FLAGE_DEBOUNCE   0xFE26
 
#define ADP1050_VF_GAIN_TRIM   0xFE28
 
#define ADP1050_VIN_ON_AND_VIN_OFF_DELAY   0xFE29
 
#define ADP1050_RTD_GAIN_TRIM   0xFE2A
 
#define ADP1050_RTD_OFFSET_TRIM_MSB   0xFE2B
 
#define ADP1050_RTD_CURRENT_SOURCE_SETTINGS   0xFE2D
 
#define ADP1050_OT_HYSTERESIS_SETTINGS   0xFE2F
 
#define ADP1050_NORMAL_MODE_COMP_LOW_FREQ   0xFE30
 
#define ADP1050_NORMAL_MODE_COMP_ZERO   0xFE31
 
#define ADP1050_NORMAL_MODE_COMP_POLE   0xFE32
 
#define ADP1050_NORMAL_MODE_COMP_HIGH_FREQ   0xFE33
 
#define ADP1050_CS1_THRESHOLD_VS_BALANCE   0xFE38
 
#define ADP1050_NOMINAL_MOD_VAL_PREBIAS   0xFE39
 
#define ADP1050_SR_DRIVER_DELAY   0xFE3A
 
#define ADP1050_PWM_180_PHASE_SHIFT_SETTINGS   0xFE3B
 
#define ADP1050_MODULATION_LIMIT   0xFE3C
 
#define ADP1050_FEEDFORWARD_SS_FILTER_GAIN   0xFE3D
 
#define ADP1050_OUTA_RISING_EDGE_TIMING   0xFE3E
 
#define ADP1050_OUTA_FALLING_EDGE_TIMING   0xFE3F
 
#define ADP1050_OUTA_RISING_FALLING_TIMING_LSB   0xFE40
 
#define ADP1050_OUTB_RISING_EDGE_TIMING   0xFE41
 
#define ADP1050_OUTB_FALLING_EDGE_TIMING   0xFE42
 
#define ADP1050_OUTB_RISING_FALLING_TIMING_LSB   0xFE43
 
#define ADP1050_SR1_RISING_EDGE_TIMING   0xFE4A
 
#define ADP1050_SR1_FALLING_EDGE_TIMING   0xFE4B
 
#define ADP1050_SR1_RISING_FALLING_TIMING_LSB   0xFE4C
 
#define ADP1050_SR2_RISING_EDGE_TIMING   0xFE4D
 
#define ADP1050_SR2_FALLING_EDGE_TIMING   0xFE4E
 
#define ADP1050_SR2_RISING_FALLING_TIMING_LSB   0xFE4F
 
#define ADP1050_OUTA_OUTB_MODULATION_SETTINGS   0xFE50
 
#define ADP1050_SR1_SR2_MODULATION_SETTINGS   0xFE52
 
#define ADP1050_PWM_OUTPUT_DISABLE   0xFE53
 
#define ADP1050_VS_BAL_CTRL_GENERAL_SETTINGS   0xFE54
 
#define ADP1050_VS_BAL_CTRL_OUTA_OUTB   0xFE55
 
#define ADP1050_VS_BAL_CTRL_SR1_SR2   0xFE57
 
#define ADP1050_DUTY_CYCLE_READING_SETTINGS   0xFE58
 
#define ADP1050_INPUT_VOLTAGE_COMP_MULT   0xFE59
 
#define ADP1050_GO_COMMANDS   0xFE61
 
#define ADP1050_CUSTOMIZED_REGISTERS   0xFE62
 
#define ADP1050_MOD_REF_MSB_OL_INV_FF   0xFE63
 
#define ADP1050_MOD_REF_LSB_OL_INV_FF   0xFE64
 
#define ADP1050_CURRENT_VALUE_UPDATE_RATE   0xFE65
 
#define ADP1050_OL_OPERATION_SETTINGS   0xFE67
 
#define ADP1050_PULSE_SKIPPING_MODE_THR   0xFE69
 
#define ADP1050_CS3_OC_FAULT_LIMIT   0xFE6A
 
#define ADP1050_MOD_THR_OVP_SELECTION   0xFE6B
 
#define ADP1050_MOD_FLAG_OVP_SELECTION   0xFE6C
 
#define ADP1050_OUTA_OUTB_ADJ_REF_SYNCH   0xFE6D
 
#define ADP1050_SR1_SR2_ADJ_REF_SYNCH   0xFE6F
 
#define ADP1050_FLAG_REGISTER1   0xFEA0
 
#define ADP1050_FLAG_REGISTER2   0xFEA1
 
#define ADP1050_FLAG_REGISTER3   0xFEA2
 
#define ADP1050_LATCHED_FLAG_REGISTER1   0xFEA3
 
#define ADP1050_LATCHED_FLAG_REGISTER2   0xFEA4
 
#define ADP1050_LATCHED_FLAG_REGISTER3   0xFEA5
 
#define ADP1050_FIRST_FLAG_ID   0xFEA6
 
#define ADP1050_CS1_VALUE   0xFEA7
 
#define ADP1050_CS3_VALUE   0xFEA9
 
#define ADP1050_VS_VALUE   0xFEAA
 
#define ADP1050_RTD_VALUE   0xFEAB
 
#define ADP1050_VF_VALUE   0xFEAC
 
#define ADP1050_DUTY_CYCLE_VALUE   0xFEAD
 
#define ADP1050_INPUT_POWER_VALUE   0xFEAE
 

Enumerations

enum  adp1050_loop {
  ADP1050_CLOSE_LOOP,
  ADP1050_OPEN_LOOP
}
 
enum  adp1050_channel {
  ADP1050_OUTA,
  ADP1050_OUTB,
  ADP1050_SR1,
  ADP1050_SR2,
  ADP1050_DISABLE_ALL
}
 
enum  adp1050_mod {
  ADP1050_OUTA_SR1_FALLING_MOD = NO_OS_BIT(1),
  ADP1050_OUTA_SR1_RISING_MOD = NO_OS_BIT(3),
  ADP1050_OUTB_SR2_FALLING_MOD = NO_OS_BIT(5),
  ADP1050_OUTB_SR2_RISING_MOD = NO_OS_BIT(7)
}
 
enum  adp1050_pass_type {
  ADP1050_CHIP_PASS,
  ADP1050_EEPROM_PASS,
  ADP1050_TRIM_PASS
}
 
enum  adp1050_freq {
  ADP1050_49KHZ = 0x0031,
  ADP1050_59KHZ = 0x0038,
  ADP1050_60KHZ = 0x003C,
  ADP1050_65KHZ = 0x0041,
  ADP1050_71KHZ = 0x0047,
  ADP1050_78KHZ = 0x004E,
  ADP1050_87KHZ = 0x0057,
  ADP1050_104KHZ = 0x0068,
  ADP1050_120KHZ = 0x0078,
  ADP1050_130KHZ = 0x0082,
  ADP1050_136KHZ = 0x0088,
  ADP1050_142KHZ = 0x008E,
  ADP1050_149KHZ = 0x0095,
  ADP1050_184KHZ = 0x00B8,
  ADP1050_223KHZ = 0x00DF,
  ADP1050_250KHZ = 0x00FA,
  ADP1050_284KHZ = 0x011C,
  ADP1050_329KHZ = 0x0149,
  ADP1050_338KHZ = 0x0152,
  ADP1050_347KHZ = 0x015B,
  ADP1050_357KHZ = 0x0165,
  ADP1050_379KHZ = 0x017B,
  ADP1050_397KHZ = 0x018D,
  ADP1050_403KHZ = 0x0193,
  ADP1050_410KHZ = 0x019A,
  ADP1050_97_5KHZ = 0xF8C3,
  ADP1050_111_5KHZ = 0xF8DF,
  ADP1050_156_5KHZ = 0xF939,
  ADP1050_164_5KHZ = 0xF949,
  ADP1050_173_5KHZ = 0xF95B,
  ADP1050_195_5KHZ = 0xF987,
  ADP1050_201_5KHZ = 0xF993,
  ADP1050_208_5KHZ = 0xF9A1,
  ADP1050_215_5KHZ = 0xF9AF,
  ADP1050_231_5KHZ = 0xF9CF,
  ADP1050_240_5KHZ = 0xF9E1,
  ADP1050_260_5KHZ = 0xFA09,
  ADP1050_271_5KHZ = 0xFA1F,
  ADP1050_297_5KHZ = 0xFA53,
  ADP1050_312_5KHZ = 0xFA71,
  ADP1050_320_5KHZ = 0xFA81,
  ADP1050_367_5KHZ = 0xFADF,
  ADP1050_390_5KHZ = 0xFB0D
}
 
enum  adp1050_vout_tr {
  ADP1050_VOUT_TR_INFINITE = 0x7BFF,
  ADP1050_VOUT_TR_1562NV_US = 0x980D,
  ADP1050_VOUT_TR_3125NV_US = 0xA00D,
  ADP1050_VOUT_TR_6250NV_US = 0xA80D,
  ADP1050_VOUT_TR_12UV_US = 0xB00D,
  ADP1050_VOUT_TR_25UV_US = 0xB80D,
  ADP1050_VOUT_TR_50UV_US = 0xC00D,
  ADP1050_VOUT_TR_100UV_US = 0xC80D,
  ADP1050_VOUT_TR_200UV_US = 0xD00D
}
 
enum  adp1050_iin_oc_fast_fault {
  ADP1050_IIN_OC_FAST_FAULT_2,
  ADP1050_IIN_OC_FAST_FAULT_8 = 0x10,
  ADP1050_IIN_OC_FAST_FAULT_16 = 0x20,
  ADP1050_IIN_OC_FAST_FAULT_64 = 0x30,
  ADP1050_IIN_OC_FAST_FAULT_128 = 0x40,
  ADP1050_IIN_OC_FAST_FAULT_256 = 0x50,
  ADP1050_IIN_OC_FAST_FAULT_512 = 0x60,
  ADP1050_IIN_OC_FAST_FAULT_1024 = 0x70
}
 
enum  adp1050_climit_ref {
  ADP1050_CLIMIT_REF_1200MV,
  ADP1050_CLIMIT_REF_250MV = 0x40
}
 
enum  adp1050_cs1_leading_edge {
  ADP1050_LEADING_EDGE_0NS,
  ADP1050_LEADING_EDGE_40NS,
  ADP1050_LEADING_EDGE_80NS,
  ADP1050_LEADING_EDGE_120NS,
  ADP1050_LEADING_EDGE_200NS,
  ADP1050_LEADING_EDGE_400NS,
  ADP1050_LEADING_EDGE_600NS,
  ADP1050_LEADING_EDGE_800NS
}
 
enum  adp1050_cs1_debounce {
  ADP1050_DEBOUNCE_0NS,
  ADP1050_DEBOUNCE_40NS,
  ADP1050_DEBOUNCE_80NS,
  ADP1050_DEBOUNCE_120NS
}
 
enum  adp1050_flgi_fault_response {
  ADP1050_CONTINUE_NO_INTERRUPT,
  ADP1050_DISABLE_SR1_SR2,
  ADP1050_DISABLE_ALL_PWM
}
 
enum  adp1050_flgi_after_fault {
  ADP1050_REENABLE_PWM_SS,
  ADP1050_REENABLE_PWM,
  ADP1050_REENABLE_PWM_WITH_PSON
}
 
enum  adp1050_value_type {
  ADP1050_VIN = ADP1050_READ_VIN,
  ADP1050_IIN = ADP1050_READ_IIN,
  ADP1050_TEMP = ADP1050_READ_TEMPERATURE,
  ADP1050_DUTY_CYCLE = ADP1050_READ_DUTY_CYCLE,
  ADP1050_FREQUENCY = ADP1050_READ_FREQUENCY
}
 
enum  adp1050_status_type {
  ADP1050_STATUS_VOUT_TYPE = ADP1050_STATUS_VOUT,
  ADP1050_STATUS_INPUT_TYPE = ADP1050_STATUS_INPUT,
  ADP1050_STATUS_WORD_TYPE = ADP1050_STATUS_WORD,
  ADP1050_STATUS_TEMPERATURE_TYPE = ADP1050_STATUS_TEMPERATURE,
  ADP1050_STATUS_CML_TYPE = ADP1050_STATUS_CML
}
 
enum  adp1050_trim_type {
  ADP1050_CS1_IIN_TRIM,
  ADP1050_VS_VOUT_TRIM,
  ADP1050_VF_VIN_TRIM
}
 

Functions

int adp1050_send_command (struct adp1050_desc *desc, uint16_t command)
 Send command byte/word to ADP1050. More...
 
int adp1050_read (struct adp1050_desc *desc, uint16_t command, uint8_t *data, uint8_t bytes_number)
 Read data from ADP1050. More...
 
int adp1050_write (struct adp1050_desc *desc, uint16_t command, uint16_t data, uint8_t bytes_number)
 Write data to ADP1050. More...
 
int adp1050_read_status (struct adp1050_desc *desc, enum adp1050_status_type status, uint16_t *status_val)
 Read statuses. More...
 
int adp1050_read_vsense (struct adp1050_desc *desc, uint16_t *vsense)
 Read Voltage Sense output raw value from the ADP1050. More...
 
int adp1050_read_value (struct adp1050_desc *desc, uint16_t *mant, uint8_t *exp, enum adp1050_value_type val_type)
 Read VIN/IIN/TEMP/DUTY_CYCLE/FREQ raw value from the ADP1050. More...
 
int adp1050_vout_value (struct adp1050_desc *desc, uint16_t vout_command, uint16_t vout_max)
 Set VOUT_COMMAND and VOUT_MAX values. More...
 
int adp1050_vout_offset (struct adp1050_desc *desc, int16_t vout_offset)
 Set output voltage offset. More...
 
int adp1050_vout_tr (struct adp1050_desc *desc, enum adp1050_vout_tr vout_tr)
 Set ADP1050 VOUT transition rate. More...
 
int adp1050_vout_scale (struct adp1050_desc *desc, int8_t exp, uint16_t mant)
 Set ADP1050 VOUT scale, regarding the resistor divider assigned to the VS pins. More...
 
int adp1050_vout_margin (struct adp1050_desc *desc, uint16_t margin_high, uint16_t margin_low)
 Set VOUT margins value. More...
 
int adp1050_pwm_duty_cycle (struct adp1050_desc *desc, uint16_t pulse_width, uint16_t pulse_start, enum adp1050_channel chan)
 Set VOUT duty cycle for requested channel. More...
 
int adp1050_pwm_modulation (struct adp1050_desc *desc, enum adp1050_mod mod, enum adp1050_channel chan, bool sign)
 Set PWM modulation for requested channel. More...
 
int adp1050_set_pwm (struct adp1050_desc *desc, enum adp1050_channel chan, enum adp1050_freq freq)
 Set PWM channel and frequency. More...
 
int adp1050_set_vin (struct adp1050_desc *desc, int16_t mantissa, int8_t exp, bool state_on)
 Set ADP1050 VIN on/off raw value for input voltage limiting. More...
 
int adp1050_set_climit (struct adp1050_desc *desc, enum adp1050_iin_oc_fast_fault fast_fault, enum adp1050_climit_ref climit_ref)
 Set current limit fast fault for overcurrent protection and current limit cycle-by-cycle reference. More...
 
int adp1050_set_cs1_settings (struct adp1050_desc *desc, enum adp1050_cs1_leading_edge leading_edge, enum adp1050_cs1_debounce debounce, bool ignore)
 Set current sense settings. More...
 
int adp1050_set_open_loop (struct adp1050_desc *desc, uint8_t rising_edge, uint8_t falling_edge, enum adp1050_channel chan)
 Set requested ADP1050 channel in Open Loop operation mode. More...
 
int adp1050_set_close_loop (struct adp1050_desc *desc)
 Set close loop operation. More...
 
int adp1050_pulse_skipping (struct adp1050_desc *desc, uint8_t pulse_threshold, bool state_on)
 Enable or disbale the pulse skipping mode. More...
 
int adp1050_set_feedforward (struct adp1050_desc *desc, bool state_on)
 Enable or disable voltage input feedforward for edge modulation. More...
 
int adp1050_freq_sync (struct adp1050_desc *desc, bool state_on)
 Frequency synchronization of the PWM clock with an external clock Requires syni_desc to be initialized. More...
 
int adp1050_set_flgi_response (struct adp1050_desc *desc, enum adp1050_flgi_fault_response fault_response, enum adp1050_flgi_after_fault after_fault)
 Set FLAGIN response to FLGI pin signal. More...
 
int adp1050_filter (struct adp1050_desc *desc, uint8_t zero, uint8_t pole, uint8_t lf, uint8_t hf)
 Adjust filter settings of the normal mode compensator. More...
 
int adp1050_trim (struct adp1050_desc *desc, enum adp1050_trim_type trim_type, uint16_t vout_command, uint16_t vout_scale, uint16_t trim_val)
 Trim IIN(CS1 pin)/VIN(VF pin)/VOUT(VS pin). More...
 
int adp1050_unlock_pass (struct adp1050_desc *desc, uint16_t password, enum adp1050_pass_type pass_type)
 Unlock CHIP/EEPROM/TRIM password. More...
 
int adp1050_lock_pass (struct adp1050_desc *desc, uint16_t password, enum adp1050_pass_type pass_type)
 Lock CHIP/EEPROM password. TRIM passwor dis locked of the EEPROM password is locked. More...
 
int adp1050_change_pass (struct adp1050_desc *desc, uint16_t old_pass, uint16_t new_pass, enum adp1050_pass_type pass_type)
 Change the CHIP/EEPROM password. TRIM password is the same with EEPROM password. More...
 
int adp1050_software_reset (struct adp1050_desc *desc)
 Software reset the ADP1050. More...
 
int adp1050_init (struct adp1050_desc **desc, struct adp1050_init_param *init_param)
 Initialize the ADP1050 device. More...
 
int adp1050_remove (struct adp1050_desc *desc)
 Free the resources allocated by the adp1050_init() More...
 

Detailed Description

Header file for the ADP1050 Driver.

Author
Radu Sabau (radu..nosp@m.saba.nosp@m.u@ana.nosp@m.log..nosp@m.com)

Copyright 2024(c) Analog Devices, Inc.

All rights reserved.

Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met:

THIS SOFTWARE IS PROVIDED BY ANALOG DEVICES "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, NON-INFRINGEMENT, MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANALOG DEVICES BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, INTELLECTUAL PROPERTY RIGHTS, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.

Macro Definition Documentation

◆ ADP1050_AFTER_FAULT_MASK

#define ADP1050_AFTER_FAULT_MASK   NO_OS_GENMASK(1, 0)

◆ ADP1050_ALL_PWM_OFF

#define ADP1050_ALL_PWM_OFF   0x33

◆ ADP1050_CAPABILITY

#define ADP1050_CAPABILITY   0x19

◆ ADP1050_CHECK_CHIP_PASS_MASK

#define ADP1050_CHECK_CHIP_PASS_MASK   NO_OS_BIT(7)

◆ ADP1050_CHECK_EEPROM_PASS_MASK

#define ADP1050_CHECK_EEPROM_PASS_MASK   NO_OS_BIT(3)

◆ ADP1050_CHIP_DEFAULT_PASS

#define ADP1050_CHIP_DEFAULT_PASS   0xFFFF

◆ ADP1050_CHIP_PASSWORD

#define ADP1050_CHIP_PASSWORD   0xD7

◆ ADP1050_CL_FEEDFORWARD_DISABLE

#define ADP1050_CL_FEEDFORWARD_DISABLE   NO_OS_BIT(3)

◆ ADP1050_CLEAR_FAULTS

#define ADP1050_CLEAR_FAULTS   0x03

◆ ADP1050_CS1_CBC_CURR_LIM_REF

#define ADP1050_CS1_CBC_CURR_LIM_REF   0xFE1B

◆ ADP1050_CS1_CBC_CURR_LIM_SETTINGS

#define ADP1050_CS1_CBC_CURR_LIM_SETTINGS   0xFE1F

◆ ADP1050_CS1_CLIMIT_COMP_IGNORE

#define ADP1050_CS1_CLIMIT_COMP_IGNORE   0x80

◆ ADP1050_CS1_DEBOUNCE_MASK

#define ADP1050_CS1_DEBOUNCE_MASK   NO_OS_GENMASK(1, 0)

◆ ADP1050_CS1_GAIN_TRIM

#define ADP1050_CS1_GAIN_TRIM   0xFE14

◆ ADP1050_CS1_LEADING_EDGE_MASK

#define ADP1050_CS1_LEADING_EDGE_MASK   NO_OS_GENMASK(6, 4)

◆ ADP1050_CS1_MAX_INIT_VAL

#define ADP1050_CS1_MAX_INIT_VAL   0xFF

◆ ADP1050_CS1_THRESHOLD_VS_BALANCE

#define ADP1050_CS1_THRESHOLD_VS_BALANCE   0xFE38

◆ ADP1050_CS1_TRIM_VAL

#define ADP1050_CS1_TRIM_VAL   0xA00

◆ ADP1050_CS1_VALUE

#define ADP1050_CS1_VALUE   0xFEA7

◆ ADP1050_CS3_OC_DEBOUNCE

#define ADP1050_CS3_OC_DEBOUNCE   0xFE19

◆ ADP1050_CS3_OC_FAULT_LIMIT

#define ADP1050_CS3_OC_FAULT_LIMIT   0xFE6A

◆ ADP1050_CS3_OC_FAULT_RESPONSE

#define ADP1050_CS3_OC_FAULT_RESPONSE   0xFE01

◆ ADP1050_CS3_VALUE

#define ADP1050_CS3_VALUE   0xFEA9

◆ ADP1050_CTRL_PIN_ENABLE

#define ADP1050_CTRL_PIN_ENABLE   NO_OS_BIT(4)

◆ ADP1050_CURRENT_VALUE_UPDATE_RATE

#define ADP1050_CURRENT_VALUE_UPDATE_RATE   0xFE65

◆ ADP1050_CUSTOMIZED_REGISTERS

#define ADP1050_CUSTOMIZED_REGISTERS   0xFE62

◆ ADP1050_DEBOUNCE_TIME_PGOOD

#define ADP1050_DEBOUNCE_TIME_PGOOD   0xFE0F

◆ ADP1050_DUAL_END_TOPOLOGY_MODE

#define ADP1050_DUAL_END_TOPOLOGY_MODE   0xFE13

◆ ADP1050_DUTY_CYCLE_READING_SETTINGS

#define ADP1050_DUTY_CYCLE_READING_SETTINGS   0xFE58

◆ ADP1050_DUTY_CYCLE_VALUE

#define ADP1050_DUTY_CYCLE_VALUE   0xFEAD

◆ ADP1050_EDGE_MAX_VAL

#define ADP1050_EDGE_MAX_VAL   0x0FFF

◆ ADP1050_EDGE_MSB_MASK

#define ADP1050_EDGE_MSB_MASK   NO_OS_GENMASK(7, 0)

◆ ADP1050_EEPROM_ADDR_OFFSET

#define ADP1050_EEPROM_ADDR_OFFSET   0xD3

◆ ADP1050_EEPROM_CRC_CHKSUM

#define ADP1050_EEPROM_CRC_CHKSUM   0xD1

◆ ADP1050_EEPROM_DATA_00

#define ADP1050_EEPROM_DATA_00   0xB0

◆ ADP1050_EEPROM_DATA_01

#define ADP1050_EEPROM_DATA_01   0xB1

◆ ADP1050_EEPROM_DATA_02

#define ADP1050_EEPROM_DATA_02   0xB2

◆ ADP1050_EEPROM_DATA_03

#define ADP1050_EEPROM_DATA_03   0xB3

◆ ADP1050_EEPROM_DATA_04

#define ADP1050_EEPROM_DATA_04   0xB4

◆ ADP1050_EEPROM_DATA_05

#define ADP1050_EEPROM_DATA_05   0xB5

◆ ADP1050_EEPROM_DATA_06

#define ADP1050_EEPROM_DATA_06   0xB6

◆ ADP1050_EEPROM_DATA_07

#define ADP1050_EEPROM_DATA_07   0xB7

◆ ADP1050_EEPROM_DATA_08

#define ADP1050_EEPROM_DATA_08   0xB8

◆ ADP1050_EEPROM_DATA_09

#define ADP1050_EEPROM_DATA_09   0xB9

◆ ADP1050_EEPROM_DATA_10

#define ADP1050_EEPROM_DATA_10   0xBA

◆ ADP1050_EEPROM_DATA_11

#define ADP1050_EEPROM_DATA_11   0xBB

◆ ADP1050_EEPROM_DATA_12

#define ADP1050_EEPROM_DATA_12   0xBC

◆ ADP1050_EEPROM_DATA_13

#define ADP1050_EEPROM_DATA_13   0xBD

◆ ADP1050_EEPROM_DATA_14

#define ADP1050_EEPROM_DATA_14   0xBE

◆ ADP1050_EEPROM_DATA_15

#define ADP1050_EEPROM_DATA_15   0xBF

◆ ADP1050_EEPROM_DEFAULT_PASS

#define ADP1050_EEPROM_DEFAULT_PASS   0xFF

◆ ADP1050_EEPROM_INFO

#define ADP1050_EEPROM_INFO   0xF1

◆ ADP1050_EEPROM_NUM_RD_BYTES

#define ADP1050_EEPROM_NUM_RD_BYTES   0xD2

◆ ADP1050_EEPROM_PAGE_ERASE

#define ADP1050_EEPROM_PAGE_ERASE   0xD4

◆ ADP1050_EEPROM_PASSWORD

#define ADP1050_EEPROM_PASSWORD   0xD5

◆ ADP1050_EXP_MASK

#define ADP1050_EXP_MASK   NO_OS_GENMASK(15, 11)

◆ ADP1050_EXP_MAX

#define ADP1050_EXP_MAX   0x1F

◆ ADP1050_EXTENDED_COMMAND

#define ADP1050_EXTENDED_COMMAND   0xFF

◆ ADP1050_FALLING_EDGE_LSB_MASK

#define ADP1050_FALLING_EDGE_LSB_MASK   NO_OS_GENMASK(3, 0)

◆ ADP1050_FAULT_RESPONSE_MASK

#define ADP1050_FAULT_RESPONSE_MASK   NO_OS_GENMASK(3, 2)

◆ ADP1050_FEEDFORWARD_CL_ENABLE

#define ADP1050_FEEDFORWARD_CL_ENABLE   NO_OS_GENMASK(3, 2)

◆ ADP1050_FEEDFORWARD_OFF

#define ADP1050_FEEDFORWARD_OFF   0x00

◆ ADP1050_FEEDFORWARD_OL_ENABLE

#define ADP1050_FEEDFORWARD_OL_ENABLE   (NO_OS_BIT(6) | NO_OS_BIT(3))

◆ ADP1050_FEEDFORWARD_SS_FILTER_GAIN

#define ADP1050_FEEDFORWARD_SS_FILTER_GAIN   0xFE3D

◆ ADP1050_FIRST_FLAG_ID

#define ADP1050_FIRST_FLAG_ID   0xFEA6

◆ ADP1050_FLAG_BLANKING_DURING_SS

#define ADP1050_FLAG_BLANKING_DURING_SS   0xFE0B

◆ ADP1050_FLAG_REGISTER1

#define ADP1050_FLAG_REGISTER1   0xFEA0

◆ ADP1050_FLAG_REGISTER2

#define ADP1050_FLAG_REGISTER2   0xFEA1

◆ ADP1050_FLAG_REGISTER3

#define ADP1050_FLAG_REGISTER3   0xFEA2

◆ ADP1050_FLAGIN_RESPONSE

#define ADP1050_FLAGIN_RESPONSE   0xFE03

◆ ADP1050_FLOAT_FREQ_MASK

#define ADP1050_FLOAT_FREQ_MASK   NO_OS_BIT(15)

◆ ADP1050_FREQ_SYNC_OFF

#define ADP1050_FREQ_SYNC_OFF   0x49

◆ ADP1050_FREQ_SYNC_ON

#define ADP1050_FREQ_SYNC_ON   0x48

◆ ADP1050_FREQUENCY_SWITCH

#define ADP1050_FREQUENCY_SWITCH   0x33

◆ ADP1050_GO_COMMANDS

#define ADP1050_GO_COMMANDS   0xFE61

◆ ADP1050_IC_DEVICE_ID

#define ADP1050_IC_DEVICE_ID   0xAD

◆ ADP1050_IC_DEVICE_REV

#define ADP1050_IC_DEVICE_REV   0xAE

◆ ADP1050_IIN_OC_FAST_FAULT_LIMIT

#define ADP1050_IIN_OC_FAST_FAULT_LIMIT   0xFE1A

◆ ADP1050_IIN_OC_FAST_FAULT_RESPONSE

#define ADP1050_IIN_OC_FAST_FAULT_RESPONSE   0xFE00

◆ ADP1050_IIN_SCALE_MONITOR

#define ADP1050_IIN_SCALE_MONITOR   0xD9

◆ ADP1050_INPUT_POWER_VALUE

#define ADP1050_INPUT_POWER_VALUE   0xFEAE

◆ ADP1050_INPUT_VOLTAGE_COMP_MULT

#define ADP1050_INPUT_VOLTAGE_COMP_MULT   0xFE59

◆ ADP1050_LATCHED_FLAG_REGISTER1

#define ADP1050_LATCHED_FLAG_REGISTER1   0xFEA3

◆ ADP1050_LATCHED_FLAG_REGISTER2

#define ADP1050_LATCHED_FLAG_REGISTER2   0xFEA4

◆ ADP1050_LATCHED_FLAG_REGISTER3

#define ADP1050_LATCHED_FLAG_REGISTER3   0xFEA5

◆ ADP1050_LSB_MASK

#define ADP1050_LSB_MASK   NO_OS_GENMASK(7, 0)

◆ ADP1050_MANT_MASK

#define ADP1050_MANT_MASK   NO_OS_GENMASK(10, 0)

◆ ADP1050_MANT_MAX

#define ADP1050_MANT_MAX   0x7FF

◆ ADP1050_MARGIN_HIGH

#define ADP1050_MARGIN_HIGH   0x20

◆ ADP1050_MARGIN_LOW

#define ADP1050_MARGIN_LOW   0x10

◆ ADP1050_MARGIN_OFF

#define ADP1050_MARGIN_OFF   0x00

◆ ADP1050_MATCHED_CBC_CURR_LIM_SETTINGS

#define ADP1050_MATCHED_CBC_CURR_LIM_SETTINGS   0xFE1D

◆ ADP1050_MAX_PERIOD_FLOAT

#define ADP1050_MAX_PERIOD_FLOAT (   x)    ((1000 / (((x) - 0xF800) / 2)) * 1000)

◆ ADP1050_MAX_PERIOD_INTEGER

#define ADP1050_MAX_PERIOD_INTEGER (   x)    ((1000 / (x)) * 1000)

◆ ADP1050_MFR_ID

#define ADP1050_MFR_ID   0x99

◆ ADP1050_MFR_MODEL

#define ADP1050_MFR_MODEL   0x9A

◆ ADP1050_MFR_REVISION

#define ADP1050_MFR_REVISION   0x9B

◆ ADP1050_MFR_SPECIFIC_1

#define ADP1050_MFR_SPECIFIC_1   0xFA

◆ ADP1050_MFR_SPECIFIC_2

#define ADP1050_MFR_SPECIFIC_2   0xFB

◆ ADP1050_MOD_FLAG_OVP_SELECTION

#define ADP1050_MOD_FLAG_OVP_SELECTION   0xFE6C

◆ ADP1050_MOD_REF_LSB_OL_INV_FF

#define ADP1050_MOD_REF_LSB_OL_INV_FF   0xFE64

◆ ADP1050_MOD_REF_MSB_OL_INV_FF

#define ADP1050_MOD_REF_MSB_OL_INV_FF   0xFE63

◆ ADP1050_MOD_THR_OVP_SELECTION

#define ADP1050_MOD_THR_OVP_SELECTION   0xFE6B

◆ ADP1050_MODULATION_LIMIT

#define ADP1050_MODULATION_LIMIT   0xFE3C

◆ ADP1050_MSB_MASK

#define ADP1050_MSB_MASK   NO_OS_GENMASK(15, 8)

◆ ADP1050_NEGATIVE_MOD_SIGN

#define ADP1050_NEGATIVE_MOD_SIGN   0x03

◆ ADP1050_NOMINAL_MOD_VAL_PREBIAS

#define ADP1050_NOMINAL_MOD_VAL_PREBIAS   0xFE39

◆ ADP1050_NORMAL_MODE_COMP_HIGH_FREQ

#define ADP1050_NORMAL_MODE_COMP_HIGH_FREQ   0xFE33

◆ ADP1050_NORMAL_MODE_COMP_LOW_FREQ

#define ADP1050_NORMAL_MODE_COMP_LOW_FREQ   0xFE30

◆ ADP1050_NORMAL_MODE_COMP_POLE

#define ADP1050_NORMAL_MODE_COMP_POLE   0xFE32

◆ ADP1050_NORMAL_MODE_COMP_ZERO

#define ADP1050_NORMAL_MODE_COMP_ZERO   0xFE31

◆ ADP1050_OL_OPERATION_SETTINGS

#define ADP1050_OL_OPERATION_SETTINGS   0xFE67

◆ ADP1050_OL_SS_1_CYCLE

#define ADP1050_OL_SS_1_CYCLE   0x84

◆ ADP1050_OL_SS_4_CYCLES

#define ADP1050_OL_SS_4_CYCLES   0x8C

◆ ADP1050_OL_SS_64_CYCLES

#define ADP1050_OL_SS_64_CYCLES   0x9C

◆ ADP1050_ON_OFF_CONFIG

#define ADP1050_ON_OFF_CONFIG   0x02

◆ ADP1050_ON_OFF_CTRL_HIGH_CFG

#define ADP1050_ON_OFF_CTRL_HIGH_CFG   0x1E

◆ ADP1050_ON_OFF_CTRL_LOW_CFG

#define ADP1050_ON_OFF_CTRL_LOW_CFG   0x1C

◆ ADP1050_ON_OFF_DEFAULT_CFG

#define ADP1050_ON_OFF_DEFAULT_CFG   0x00

◆ ADP1050_OPEN_LOOP_DISABLE

#define ADP1050_OPEN_LOOP_DISABLE   0x00

◆ ADP1050_OPEN_LOOP_ENABLE

#define ADP1050_OPEN_LOOP_ENABLE   NO_OS_GENMASK(5, 0)

◆ ADP1050_OPERATION

#define ADP1050_OPERATION   0x01

◆ ADP1050_OPERATION_OFF

#define ADP1050_OPERATION_OFF   0x00

◆ ADP1050_OPERATION_ON

#define ADP1050_OPERATION_ON   0x80

◆ ADP1050_OPERATION_SOFT_OFF

#define ADP1050_OPERATION_SOFT_OFF   0x40

◆ ADP1050_OT_FAULT_LIMIT

#define ADP1050_OT_FAULT_LIMIT   0x4F

◆ ADP1050_OT_FAULT_RESPONSE

#define ADP1050_OT_FAULT_RESPONSE   0x50

◆ ADP1050_OT_HYSTERESIS_SETTINGS

#define ADP1050_OT_HYSTERESIS_SETTINGS   0xFE2F

◆ ADP1050_OUTA_FALLING_EDGE_NEGATIVE_MOD

#define ADP1050_OUTA_FALLING_EDGE_NEGATIVE_MOD   0x03

◆ ADP1050_OUTA_FALLING_EDGE_TIMING

#define ADP1050_OUTA_FALLING_EDGE_TIMING   0xFE3F

◆ ADP1050_OUTA_OL_ENABLE

#define ADP1050_OUTA_OL_ENABLE   NO_OS_BIT(0)

◆ ADP1050_OUTA_ON

#define ADP1050_OUTA_ON   0x32

◆ ADP1050_OUTA_OUTB_ADJ_REF_SYNCH

#define ADP1050_OUTA_OUTB_ADJ_REF_SYNCH   0xFE6D

◆ ADP1050_OUTA_OUTB_MODULATION_SETTINGS

#define ADP1050_OUTA_OUTB_MODULATION_SETTINGS   0xFE50

◆ ADP1050_OUTA_RISING_EDGE_TIMING

#define ADP1050_OUTA_RISING_EDGE_TIMING   0xFE3E

◆ ADP1050_OUTA_RISING_FALLING_TIMING_LSB

#define ADP1050_OUTA_RISING_FALLING_TIMING_LSB   0xFE40

◆ ADP1050_OUTA_SR1_FALLING_MOD_MASK

#define ADP1050_OUTA_SR1_FALLING_MOD_MASK   NO_OS_GENMASK(1, 0)

◆ ADP1050_OUTA_SR1_RISING_MOD_MASK

#define ADP1050_OUTA_SR1_RISING_MOD_MASK   NO_OS_GENMASK(3, 2)

◆ ADP1050_OUTB_FALLING_EDGE_NEGATIVE_MOD

#define ADP1050_OUTB_FALLING_EDGE_NEGATIVE_MOD   0x30

◆ ADP1050_OUTB_FALLING_EDGE_TIMING

#define ADP1050_OUTB_FALLING_EDGE_TIMING   0xFE42

◆ ADP1050_OUTB_OL_ENABLE

#define ADP1050_OUTB_OL_ENABLE   NO_OS_BIT(1)

◆ ADP1050_OUTB_ON

#define ADP1050_OUTB_ON   0x31

◆ ADP1050_OUTB_RISING_EDGE_TIMING

#define ADP1050_OUTB_RISING_EDGE_TIMING   0xFE41

◆ ADP1050_OUTB_RISING_FALLING_TIMING_LSB

#define ADP1050_OUTB_RISING_FALLING_TIMING_LSB   0xFE43

◆ ADP1050_OUTB_SR2_FALLING_MOD_MASK

#define ADP1050_OUTB_SR2_FALLING_MOD_MASK   NO_OS_GENMASK(5, 4)

◆ ADP1050_OUTB_SR2_RISING_MOD_MASK

#define ADP1050_OUTB_SR2_RISING_MOD_MASK   NO_OS_GENMASK(7, 6)

◆ ADP1050_PGOOD_FLAG_DEBOUNCE

#define ADP1050_PGOOD_FLAG_DEBOUNCE   0xFE0E

◆ ADP1050_PGOOD_MASK_SETTINGS

#define ADP1050_PGOOD_MASK_SETTINGS   0xFE0D

◆ ADP1050_PMBUS_10KOHM_ADDRESS

#define ADP1050_PMBUS_10KOHM_ADDRESS   0x70

◆ ADP1050_PMBUS_110KOHM_ADDRESS

#define ADP1050_PMBUS_110KOHM_ADDRESS   0x75

◆ ADP1050_PMBUS_130KOHM_ADDRESS

#define ADP1050_PMBUS_130KOHM_ADDRESS   0x76

◆ ADP1050_PMBUS_150KOHM_ADDRESS

#define ADP1050_PMBUS_150KOHM_ADDRESS   0x77

◆ ADP1050_PMBUS_31KOHM_ADDRESS

#define ADP1050_PMBUS_31KOHM_ADDRESS   0x71

◆ ADP1050_PMBUS_51KOHM_ADDRESS

#define ADP1050_PMBUS_51KOHM_ADDRESS   0x72

◆ ADP1050_PMBUS_71KOHM_ADDRESS

#define ADP1050_PMBUS_71KOHM_ADDRESS   0x73

◆ ADP1050_PMBUS_90KOHM_ADDRESS

#define ADP1050_PMBUS_90KOHM_ADDRESS   0x74

◆ ADP1050_POSITIVE_MOD_SIGN

#define ADP1050_POSITIVE_MOD_SIGN   0x02

◆ ADP1050_POWER_GOOD_OFF

#define ADP1050_POWER_GOOD_OFF   0x5F

◆ ADP1050_POWER_GOOD_ON

#define ADP1050_POWER_GOOD_ON   0x5E

◆ ADP1050_PREBIAS_START_UP_ENABLE

#define ADP1050_PREBIAS_START_UP_ENABLE   0xFE25

◆ ADP1050_PULSE_MAX_VAL

#define ADP1050_PULSE_MAX_VAL   0xFFFF

◆ ADP1050_PULSE_SKIPPING_DISABLE

#define ADP1050_PULSE_SKIPPING_DISABLE   NO_OS_GENMASK(5, 0)

◆ ADP1050_PULSE_SKIPPING_ENABLE

#define ADP1050_PULSE_SKIPPING_ENABLE   NO_OS_GENMASK(6, 0)

◆ ADP1050_PULSE_SKIPPING_MODE_THR

#define ADP1050_PULSE_SKIPPING_MODE_THR   0xFE69

◆ ADP1050_PWM_180_PHASE_SHIFT_SETTINGS

#define ADP1050_PWM_180_PHASE_SHIFT_SETTINGS   0xFE3B

◆ ADP1050_PWM_OUTPUT_DISABLE

#define ADP1050_PWM_OUTPUT_DISABLE   0xFE53

◆ ADP1050_READ_DUTY_CYCLE

#define ADP1050_READ_DUTY_CYCLE   0x94

◆ ADP1050_READ_FREQUENCY

#define ADP1050_READ_FREQUENCY   0x95

◆ ADP1050_READ_IIN

#define ADP1050_READ_IIN   0x89

◆ ADP1050_READ_PMBUS_REVISION

#define ADP1050_READ_PMBUS_REVISION   0x98

◆ ADP1050_READ_TEMPERATURE

#define ADP1050_READ_TEMPERATURE   0x8D

◆ ADP1050_READ_VIN

#define ADP1050_READ_VIN   0x88

◆ ADP1050_READ_VOUT

#define ADP1050_READ_VOUT   0x8B

◆ ADP1050_RESTORE_DEFAULT_ALL

#define ADP1050_RESTORE_DEFAULT_ALL   0x12

◆ ADP1050_RESTORE_USER_ALL

#define ADP1050_RESTORE_USER_ALL   0x16

◆ ADP1050_RISING_EDGE_LSB_MASK

#define ADP1050_RISING_EDGE_LSB_MASK   NO_OS_GENMASK(7, 4)

◆ ADP1050_RTD_CURRENT_SOURCE_SETTINGS

#define ADP1050_RTD_CURRENT_SOURCE_SETTINGS   0xFE2D

◆ ADP1050_RTD_GAIN_TRIM

#define ADP1050_RTD_GAIN_TRIM   0xFE2A

◆ ADP1050_RTD_OFFSET_TRIM_MSB

#define ADP1050_RTD_OFFSET_TRIM_MSB   0xFE2B

◆ ADP1050_RTD_VALUE

#define ADP1050_RTD_VALUE   0xFEAB

◆ ADP1050_SOFT_START_SETTING_OL

#define ADP1050_SOFT_START_SETTING_OL   0xFE09

◆ ADP1050_SOFTWARE_RESET_GO

#define ADP1050_SOFTWARE_RESET_GO   0xFE06

◆ ADP1050_SOFTWARE_RESET_OFF

#define ADP1050_SOFTWARE_RESET_OFF   0x00

◆ ADP1050_SOFTWARE_RESET_ON

#define ADP1050_SOFTWARE_RESET_ON   0x01

◆ ADP1050_SOFTWARE_RESET_SETTINGS

#define ADP1050_SOFTWARE_RESET_SETTINGS   0xFE07

◆ ADP1050_SR1_FALLING_EDGE_TIMING

#define ADP1050_SR1_FALLING_EDGE_TIMING   0xFE4B

◆ ADP1050_SR1_OL_ENABLE

#define ADP1050_SR1_OL_ENABLE   NO_OS_BIT(4)

◆ ADP1050_SR1_ON

#define ADP1050_SR1_ON   0x23

◆ ADP1050_SR1_RISING_EDGE_TIMING

#define ADP1050_SR1_RISING_EDGE_TIMING   0xFE4A

◆ ADP1050_SR1_RISING_FALLING_TIMING_LSB

#define ADP1050_SR1_RISING_FALLING_TIMING_LSB   0xFE4C

◆ ADP1050_SR1_SR2_ADJ_REF_SYNCH

#define ADP1050_SR1_SR2_ADJ_REF_SYNCH   0xFE6F

◆ ADP1050_SR1_SR2_MODULATION_SETTINGS

#define ADP1050_SR1_SR2_MODULATION_SETTINGS   0xFE52

◆ ADP1050_SR1_SR2_RESPONSE_CBC_CURR_LIM

#define ADP1050_SR1_SR2_RESPONSE_CBC_CURR_LIM   0xFE1E

◆ ADP1050_SR2_FALLING_EDGE_TIMING

#define ADP1050_SR2_FALLING_EDGE_TIMING   0xFE4E

◆ ADP1050_SR2_OL_ENABLE

#define ADP1050_SR2_OL_ENABLE   NO_OS_BIT(5)

◆ ADP1050_SR2_ON

#define ADP1050_SR2_ON   0x13

◆ ADP1050_SR2_RISING_EDGE_TIMING

#define ADP1050_SR2_RISING_EDGE_TIMING   0xFE4D

◆ ADP1050_SR2_RISING_FALLING_TIMING_LSB

#define ADP1050_SR2_RISING_FALLING_TIMING_LSB   0xFE4F

◆ ADP1050_SR_DRIVER_DELAY

#define ADP1050_SR_DRIVER_DELAY   0xFE3A

◆ ADP1050_SR_SOFT_START_SETTINGS

#define ADP1050_SR_SOFT_START_SETTINGS   0xFE08

◆ ADP1050_STATUS_BYTE

#define ADP1050_STATUS_BYTE   0x78

◆ ADP1050_STATUS_CML

#define ADP1050_STATUS_CML   0x7E

◆ ADP1050_STATUS_INPUT

#define ADP1050_STATUS_INPUT   0x7C

◆ ADP1050_STATUS_TEMPERATURE

#define ADP1050_STATUS_TEMPERATURE   0x7D

◆ ADP1050_STATUS_VOUT

#define ADP1050_STATUS_VOUT   0x7A

◆ ADP1050_STATUS_WORD

#define ADP1050_STATUS_WORD   0x79

◆ ADP1050_STORE_USER_ALL

#define ADP1050_STORE_USER_ALL   0x15

◆ ADP1050_SW_RES_DELAY_0MS

#define ADP1050_SW_RES_DELAY_0MS   0x00

◆ ADP1050_SW_RES_DELAY_1S

#define ADP1050_SW_RES_DELAY_1S   0x02

◆ ADP1050_SW_RES_DELAY_2S

#define ADP1050_SW_RES_DELAY_2S   0x03

◆ ADP1050_SW_RES_DELAY_500MS

#define ADP1050_SW_RES_DELAY_500MS   0x01

◆ ADP1050_SW_RES_NO_DELAY

#define ADP1050_SW_RES_NO_DELAY   0x00

◆ ADP1050_SW_RES_TOFF_DELAY

#define ADP1050_SW_RES_TOFF_DELAY   0x04

◆ ADP1050_SYNCH_DELAY_TIME

#define ADP1050_SYNCH_DELAY_TIME   0xFE11

◆ ADP1050_SYNCH_GENERAL_SETTINGS

#define ADP1050_SYNCH_GENERAL_SETTINGS   0xFE12

◆ ADP1050_TOFF_DELAY

#define ADP1050_TOFF_DELAY   0x64

◆ ADP1050_TOFF_DELAY_0MS

#define ADP1050_TOFF_DELAY_0MS   0x0000

◆ ADP1050_TOFF_DELAY_1000MS

#define ADP1050_TOFF_DELAY_1000MS   0x03E8

◆ ADP1050_TOFF_DELAY_250MS

#define ADP1050_TOFF_DELAY_250MS   0x00FA

◆ ADP1050_TOFF_DELAY_50MS

#define ADP1050_TOFF_DELAY_50MS   0x0032

◆ ADP1050_TON_DELAY

#define ADP1050_TON_DELAY   0x60

◆ ADP1050_TON_DELAY_0MS

#define ADP1050_TON_DELAY_0MS   0x0000

◆ ADP1050_TON_DELAY_1000MS

#define ADP1050_TON_DELAY_1000MS   0x03E8

◆ ADP1050_TON_DELAY_100MS

#define ADP1050_TON_DELAY_100MS   0x0064

◆ ADP1050_TON_DELAY_10MS

#define ADP1050_TON_DELAY_10MS   0x000A

◆ ADP1050_TON_DELAY_250MS

#define ADP1050_TON_DELAY_250MS   0x00FA

◆ ADP1050_TON_DELAY_25MS

#define ADP1050_TON_DELAY_25MS   0x0019

◆ ADP1050_TON_DELAY_50MS

#define ADP1050_TON_DELAY_50MS   0x0032

◆ ADP1050_TON_DELAY_75MS

#define ADP1050_TON_DELAY_75MS   0x004B

◆ ADP1050_TON_RISE

#define ADP1050_TON_RISE   0x61

◆ ADP1050_TON_RISE_100MS

#define ADP1050_TON_RISE_100MS   0x0064

◆ ADP1050_TON_RISE_10MS

#define ADP1050_TON_RISE_10MS   0xF815

◆ ADP1050_TON_RISE_1750US

#define ADP1050_TON_RISE_1750US   0xF007

◆ ADP1050_TON_RISE_200US

#define ADP1050_TON_RISE_200US   0xD00D

◆ ADP1050_TON_RISE_21MS

#define ADP1050_TON_RISE_21MS   0x0015

◆ ADP1050_TON_RISE_40MS

#define ADP1050_TON_RISE_40MS   0xF0A1

◆ ADP1050_TON_RISE_50US

#define ADP1050_TON_RISE_50US   0xC00D

◆ ADP1050_TON_RISE_60MS

#define ADP1050_TON_RISE_60MS   0x003C

◆ ADP1050_TRIM_DEFAULT_PASS

#define ADP1050_TRIM_DEFAULT_PASS   0xFF

◆ ADP1050_TRIM_PASSWORD

#define ADP1050_TRIM_PASSWORD   0xD6

◆ ADP1050_VDD_OV_RESPONSE

#define ADP1050_VDD_OV_RESPONSE   0xFE05

◆ ADP1050_VF_GAIN_TRIM

#define ADP1050_VF_GAIN_TRIM   0xFE28

◆ ADP1050_VF_MAX_INIT_VAL

#define ADP1050_VF_MAX_INIT_VAL   0xFF

◆ ADP1050_VF_TRIM_VAL

#define ADP1050_VF_TRIM_VAL   0x500

◆ ADP1050_VF_VALUE

#define ADP1050_VF_VALUE   0xFEAC

◆ ADP1050_VIN_OFF

#define ADP1050_VIN_OFF   0x36

◆ ADP1050_VIN_ON

#define ADP1050_VIN_ON   0x35

◆ ADP1050_VIN_ON_AND_VIN_OFF_DELAY

#define ADP1050_VIN_ON_AND_VIN_OFF_DELAY   0xFE29

◆ ADP1050_VIN_SCALE_MONITOR

#define ADP1050_VIN_SCALE_MONITOR   0xD8

◆ ADP1050_VIN_UV_FAULT_RESPONSE

#define ADP1050_VIN_UV_FAULT_RESPONSE   0xFE02

◆ ADP1050_VOUT_CAL_OFFSET

#define ADP1050_VOUT_CAL_OFFSET   0x23

◆ ADP1050_VOUT_COMMAND

#define ADP1050_VOUT_COMMAND   0x21

◆ ADP1050_VOUT_EXP_MASK

#define ADP1050_VOUT_EXP_MASK   NO_OS_GENMASK(4, 0)

◆ ADP1050_VOUT_GO

#define ADP1050_VOUT_GO   0x06

◆ ADP1050_VOUT_GO_COMMAND

#define ADP1050_VOUT_GO_COMMAND   0x06

◆ ADP1050_VOUT_MARGIN_HIGH

#define ADP1050_VOUT_MARGIN_HIGH   0x25

◆ ADP1050_VOUT_MARGIN_LOW

#define ADP1050_VOUT_MARGIN_LOW   0x26

◆ ADP1050_VOUT_MAX

#define ADP1050_VOUT_MAX   0x24

◆ ADP1050_VOUT_MODE

#define ADP1050_VOUT_MODE   0x20

◆ ADP1050_VOUT_OFF

#define ADP1050_VOUT_OFF   0x00

◆ ADP1050_VOUT_OV_FAULT_FLAGE_DEBOUNCE

#define ADP1050_VOUT_OV_FAULT_FLAGE_DEBOUNCE   0xFE26

◆ ADP1050_VOUT_OV_FAULT_LIMIT

#define ADP1050_VOUT_OV_FAULT_LIMIT   0x40

◆ ADP1050_VOUT_OV_FAULT_RESPONSE

#define ADP1050_VOUT_OV_FAULT_RESPONSE   0x41

◆ ADP1050_VOUT_SCALE_LOOP

#define ADP1050_VOUT_SCALE_LOOP   0x29

◆ ADP1050_VOUT_SCALE_MONITOR

#define ADP1050_VOUT_SCALE_MONITOR   0x2A

◆ ADP1050_VOUT_TRANSITION_RATE

#define ADP1050_VOUT_TRANSITION_RATE   0x27

◆ ADP1050_VOUT_TRIM

#define ADP1050_VOUT_TRIM   0x22

◆ ADP1050_VOUT_UV_FAULT_LIMIT

#define ADP1050_VOUT_UV_FAULT_LIMIT   0x44

◆ ADP1050_VOUT_UV_FAULT_RESPONSE

#define ADP1050_VOUT_UV_FAULT_RESPONSE   0x45

◆ ADP1050_VS_BAL_BLANK_AND_SS_DISABLE

#define ADP1050_VS_BAL_BLANK_AND_SS_DISABLE   0xFE0C

◆ ADP1050_VS_BAL_CTRL_GENERAL_SETTINGS

#define ADP1050_VS_BAL_CTRL_GENERAL_SETTINGS   0xFE54

◆ ADP1050_VS_BAL_CTRL_OUTA_OUTB

#define ADP1050_VS_BAL_CTRL_OUTA_OUTB   0xFE55

◆ ADP1050_VS_BAL_CTRL_SR1_SR2

#define ADP1050_VS_BAL_CTRL_SR1_SR2   0xFE57

◆ ADP1050_VS_GAIN_TRIM

#define ADP1050_VS_GAIN_TRIM   0xFE20

◆ ADP1050_VS_INIT_MASK

#define ADP1050_VS_INIT_MASK   NO_OS_GENMASK(14, 0)

◆ ADP1050_VS_MAX_INIT_VAL

#define ADP1050_VS_MAX_INIT_VAL   0xFF

◆ ADP1050_VS_OFFSET_MAX_INIT_VAL

#define ADP1050_VS_OFFSET_MAX_INIT_VAL   0x7FFF

◆ ADP1050_VS_VALUE

#define ADP1050_VS_VALUE   0xFEAA

◆ ADP1050_WRITE_BYTE_MAX_VAL

#define ADP1050_WRITE_BYTE_MAX_VAL   0xFF

◆ ADP1050_WRITE_PROTECT

#define ADP1050_WRITE_PROTECT   0x10

◆ APD1050_OL_SS_16_CYCLES

#define APD1050_OL_SS_16_CYCLES   0x94

Enumeration Type Documentation

◆ adp1050_channel

enum adp1050_channel
Enumerator
ADP1050_OUTA 
ADP1050_OUTB 
ADP1050_SR1 
ADP1050_SR2 
ADP1050_DISABLE_ALL 

◆ adp1050_climit_ref

enum adp1050_climit_ref
Enumerator
ADP1050_CLIMIT_REF_1200MV 
ADP1050_CLIMIT_REF_250MV 

◆ adp1050_cs1_debounce

enum adp1050_cs1_debounce
Enumerator
ADP1050_DEBOUNCE_0NS 
ADP1050_DEBOUNCE_40NS 
ADP1050_DEBOUNCE_80NS 
ADP1050_DEBOUNCE_120NS 

◆ adp1050_cs1_leading_edge

enum adp1050_cs1_leading_edge
Enumerator
ADP1050_LEADING_EDGE_0NS 
ADP1050_LEADING_EDGE_40NS 
ADP1050_LEADING_EDGE_80NS 
ADP1050_LEADING_EDGE_120NS 
ADP1050_LEADING_EDGE_200NS 
ADP1050_LEADING_EDGE_400NS 
ADP1050_LEADING_EDGE_600NS 
ADP1050_LEADING_EDGE_800NS 

◆ adp1050_flgi_after_fault

enum adp1050_flgi_after_fault
Enumerator
ADP1050_REENABLE_PWM_SS 
ADP1050_REENABLE_PWM 
ADP1050_REENABLE_PWM_WITH_PSON 

◆ adp1050_flgi_fault_response

enum adp1050_flgi_fault_response
Enumerator
ADP1050_CONTINUE_NO_INTERRUPT 
ADP1050_DISABLE_SR1_SR2 
ADP1050_DISABLE_ALL_PWM 

◆ adp1050_freq

enum adp1050_freq
Enumerator
ADP1050_49KHZ 
ADP1050_59KHZ 
ADP1050_60KHZ 
ADP1050_65KHZ 
ADP1050_71KHZ 
ADP1050_78KHZ 
ADP1050_87KHZ 
ADP1050_104KHZ 
ADP1050_120KHZ 
ADP1050_130KHZ 
ADP1050_136KHZ 
ADP1050_142KHZ 
ADP1050_149KHZ 
ADP1050_184KHZ 
ADP1050_223KHZ 
ADP1050_250KHZ 
ADP1050_284KHZ 
ADP1050_329KHZ 
ADP1050_338KHZ 
ADP1050_347KHZ 
ADP1050_357KHZ 
ADP1050_379KHZ 
ADP1050_397KHZ 
ADP1050_403KHZ 
ADP1050_410KHZ 
ADP1050_97_5KHZ 
ADP1050_111_5KHZ 
ADP1050_156_5KHZ 
ADP1050_164_5KHZ 
ADP1050_173_5KHZ 
ADP1050_195_5KHZ 
ADP1050_201_5KHZ 
ADP1050_208_5KHZ 
ADP1050_215_5KHZ 
ADP1050_231_5KHZ 
ADP1050_240_5KHZ 
ADP1050_260_5KHZ 
ADP1050_271_5KHZ 
ADP1050_297_5KHZ 
ADP1050_312_5KHZ 
ADP1050_320_5KHZ 
ADP1050_367_5KHZ 
ADP1050_390_5KHZ 

◆ adp1050_iin_oc_fast_fault

enum adp1050_iin_oc_fast_fault
Enumerator
ADP1050_IIN_OC_FAST_FAULT_2 
ADP1050_IIN_OC_FAST_FAULT_8 
ADP1050_IIN_OC_FAST_FAULT_16 
ADP1050_IIN_OC_FAST_FAULT_64 
ADP1050_IIN_OC_FAST_FAULT_128 
ADP1050_IIN_OC_FAST_FAULT_256 
ADP1050_IIN_OC_FAST_FAULT_512 
ADP1050_IIN_OC_FAST_FAULT_1024 

◆ adp1050_loop

enum adp1050_loop
Enumerator
ADP1050_CLOSE_LOOP 
ADP1050_OPEN_LOOP 

◆ adp1050_mod

enum adp1050_mod
Enumerator
ADP1050_OUTA_SR1_FALLING_MOD 
ADP1050_OUTA_SR1_RISING_MOD 
ADP1050_OUTB_SR2_FALLING_MOD 
ADP1050_OUTB_SR2_RISING_MOD 

◆ adp1050_pass_type

enum adp1050_pass_type
Enumerator
ADP1050_CHIP_PASS 
ADP1050_EEPROM_PASS 
ADP1050_TRIM_PASS 

◆ adp1050_status_type

enum adp1050_status_type
Enumerator
ADP1050_STATUS_VOUT_TYPE 
ADP1050_STATUS_INPUT_TYPE 
ADP1050_STATUS_WORD_TYPE 
ADP1050_STATUS_TEMPERATURE_TYPE 
ADP1050_STATUS_CML_TYPE 

◆ adp1050_trim_type

enum adp1050_trim_type
Enumerator
ADP1050_CS1_IIN_TRIM 
ADP1050_VS_VOUT_TRIM 
ADP1050_VF_VIN_TRIM 

◆ adp1050_value_type

enum adp1050_value_type
Enumerator
ADP1050_VIN 
ADP1050_IIN 
ADP1050_TEMP 
ADP1050_DUTY_CYCLE 
ADP1050_FREQUENCY 

◆ adp1050_vout_tr

enum adp1050_vout_tr
Enumerator
ADP1050_VOUT_TR_INFINITE 
ADP1050_VOUT_TR_1562NV_US 
ADP1050_VOUT_TR_3125NV_US 
ADP1050_VOUT_TR_6250NV_US 
ADP1050_VOUT_TR_12UV_US 
ADP1050_VOUT_TR_25UV_US 
ADP1050_VOUT_TR_50UV_US 
ADP1050_VOUT_TR_100UV_US 
ADP1050_VOUT_TR_200UV_US 

Function Documentation

◆ adp1050_change_pass()

int adp1050_change_pass ( struct adp1050_desc *  desc,
uint16_t  old_pass,
uint16_t  new_pass,
enum adp1050_pass_type  pass_type 
)

Change the CHIP/EEPROM password. TRIM password is the same with EEPROM password.

Change passwords for ADP1050.

Parameters
desc- ADP1050 device descriptor
old_pass- Old password value.
new_pass- New password value.
pass_type- Password type (CHIP/EEPROM).
Returns
0 in case of succes, negative error code otherwise

◆ adp1050_filter()

int adp1050_filter ( struct adp1050_desc *  desc,
uint8_t  zero,
uint8_t  pole,
uint8_t  lf,
uint8_t  hf 
)

Adjust filter settings of the normal mode compensator.

Set ADP1050's filter value.

Parameters
desc- ADP1050 device descriptor
zero- Normal mode zero settings.
pole- Normal mode pole settings.
lf- Normal mode low filter gain settings.
hf- Normal mode high filter gain settings.
Returns
0 in case of succes, negative error code otherwise

◆ adp1050_freq_sync()

int adp1050_freq_sync ( struct adp1050_desc *  desc,
bool  state_on 
)

Frequency synchronization of the PWM clock with an external clock Requires syni_desc to be initialized.

Set ADP1050's frequency synchronization.

Parameters
desc- ADP1050 device descriptor
state_on- true - Turn on frequency synchronization. false - Turn off frequency synchronization.
Returns
0 in case of succes, negative error code otherwise

◆ adp1050_init()

int adp1050_init ( struct adp1050_desc **  desc,
struct adp1050_init_param *  init_param 
)

Initialize the ADP1050 device.

Initialize the ADP1050 device descriptor.

Parameters
desc- ADP1050 device descriptor
init_param- Initialization parameter containing information about the ADP1050 device to be initialized.
Returns
0 in case of succes, negative error code otherwise
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◆ adp1050_lock_pass()

int adp1050_lock_pass ( struct adp1050_desc *  desc,
uint16_t  password,
enum adp1050_pass_type  pass_type 
)

Lock CHIP/EEPROM password. TRIM passwor dis locked of the EEPROM password is locked.

Lock passwords for ADP1050.

Parameters
desc- ADP1050 device descriptor
password- Wrong password to be introduced for password lockage.
pass_type- Password type to be used for register lockage.
Returns
0 in case of succes, negative error code otherwise.

◆ adp1050_pulse_skipping()

int adp1050_pulse_skipping ( struct adp1050_desc *  desc,
uint8_t  pulse_threshold,
bool  state_on 
)

Enable or disbale the pulse skipping mode.

Set ADP1050's pulse skipping.

Parameters
desc- ADP1050 device descriptor.
pulse_threshold- Pulse threshold value, each LSB corresponds to a 5ns resolution.
state_on- true - enable pulse skipping false - disable pulse skipping
Returns
0 in case of succes, negative error code otherwise.

◆ adp1050_pwm_duty_cycle()

int adp1050_pwm_duty_cycle ( struct adp1050_desc *  desc,
uint16_t  pulse_width,
uint16_t  pulse_start,
enum adp1050_channel  chan 
)

Set VOUT duty cycle for requested channel.

Set ADP1050's duty cycle for requested channel.

Parameters
desc- ADP1050 device descriptor
pulse_width- Width of the pulse wanted for the signal (used for calculation of the 12-bit rising and falling edge timings for the requested channels, it depends on each channel how the falling and rising edges are calculated using this value). Each LSB corresponds to a 5ns resolution.
pulse_start- Start of the pulse wanted for the signal (used for calculation of the 12-bit rising and falling edge timings for the requested channels, it depends on each channel how the falling and rising edges are calculated using this value). Each LSB corresponds to a 5ns resolution.
chan- Requested channel.
Returns
0 in case of succes, negative error code otherwise.
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◆ adp1050_pwm_modulation()

int adp1050_pwm_modulation ( struct adp1050_desc *  desc,
enum adp1050_mod  mod,
enum adp1050_channel  chan,
bool  sign 
)

Set PWM modulation for requested channel.

Set ADP1050's modulation for requested channel.

Parameters
desc- ADP1050 device descriptor
mod- Type of modulation.
chan- Requested channel.
sign- true - Positive modulation sign false - Negative modulation sign.
Returns
0 in case of succes, negative error code otherwise

◆ adp1050_read()

int adp1050_read ( struct adp1050_desc *  desc,
uint16_t  command,
uint8_t *  data,
uint8_t  bytes_number 
)

Read data from ADP1050.

Read command from ADP1050 device.

Parameters
desc- ADP1050 device descriptor
command- Command value.
data- Buffer with received data.
bytes_number- Number of bytes to read.
Returns
0 in case of succes, negative error code otherwise
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◆ adp1050_read_status()

int adp1050_read_status ( struct adp1050_desc *  desc,
enum adp1050_status_type  status,
uint16_t *  status_val 
)

Read statuses.

Read statuses from ADP1050 device.

Parameters
desc- ADP1050 device descriptor
status- Status type.
status_val- Status value to be returned.
Returns
0 in case of succes, negative error code otherwise

◆ adp1050_read_value()

int adp1050_read_value ( struct adp1050_desc *  desc,
uint16_t *  mant,
uint8_t *  exp,
enum adp1050_value_type  val_type 
)

Read VIN/IIN/TEMP/DUTY_CYCLE/FREQ raw value from the ADP1050.

Read values for ADP1050 device.

Parameters
desc- ADP1050 device descriptor
mant- Raw mantissa value to be received.
exp- Raw exponent value to be received.
val_type- Type of avlue to be read.
Returns
0 in case of succes, negative error code otherwise
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◆ adp1050_read_vsense()

int adp1050_read_vsense ( struct adp1050_desc *  desc,
uint16_t *  vsense 
)

Read Voltage Sense output raw value from the ADP1050.

Read Voltage Sense from ADP1050 device.

Parameters
desc- ADP1050 device descriptor
vsense- VS(VOUT) raw value to be received of the parallel circuit.
Returns
0 in case of succes, negative error code otherwise
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◆ adp1050_remove()

int adp1050_remove ( struct adp1050_desc *  desc)

Free the resources allocated by the adp1050_init()

Remove resources allocated by the init function.

Parameters
desc- ADP1050 device descriptor
Returns
- 0 in case of succes, negative error code otherwise
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◆ adp1050_send_command()

int adp1050_send_command ( struct adp1050_desc *  desc,
uint16_t  command 
)

Send command byte/word to ADP1050.

Send command to ADP1050 device.

Parameters
desc- ADP1050 device descriptor
command- Value of the command.
Returns
0 in case of succes, negative error code otherwise
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◆ adp1050_set_climit()

int adp1050_set_climit ( struct adp1050_desc *  desc,
enum adp1050_iin_oc_fast_fault  fast_fault,
enum adp1050_climit_ref  climit_ref 
)

Set current limit fast fault for overcurrent protection and current limit cycle-by-cycle reference.

Set CS1 fast fault and current reference.

Parameters
desc- ADP1050_device_descriptor.
fast_fault- Fast fault limit value for N counter.
climit_ref- Current limit cylcle-by-cycle reference.
Returns
0 in case of succes, negative error code otherwise.

◆ adp1050_set_close_loop()

int adp1050_set_close_loop ( struct adp1050_desc *  desc)

Set close loop operation.

Set ADP1050 to operate in closed loop.

Parameters
desc- ADP1050 device descriptor
Returns
0 in case of succes, negative error code otherwise.
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◆ adp1050_set_cs1_settings()

int adp1050_set_cs1_settings ( struct adp1050_desc *  desc,
enum adp1050_cs1_leading_edge  leading_edge,
enum adp1050_cs1_debounce  debounce,
bool  ignore 
)

Set current sense settings.

Set CS1 leading edge and debounce time.

Parameters
desc- ADP1050 device descriptor
leading_edge- Leading edge blanking time.
debounce- Current sense cycle-by-cycle current-limit debounce time.
ignore- CS1 overcurrent protection comparator to be ignored.
Returns
0 in case of succes, negative error code otherwise.

◆ adp1050_set_feedforward()

int adp1050_set_feedforward ( struct adp1050_desc *  desc,
bool  state_on 
)

Enable or disable voltage input feedforward for edge modulation.

Set ADP1050's feedforward.

Parameters
desc- ADP1050 device descriptor.
state_on- State of the feedforward to be set. If set true, every value above the 1V up until the 1.6V on the VF pin will decrease the time of the rising and falling edges, and every value below the 1V down until the 0.5V on the VF pin will increase the value of the rising and falling edges.
Returns
0 in case of succes, negative error code otherwise.

◆ adp1050_set_flgi_response()

int adp1050_set_flgi_response ( struct adp1050_desc *  desc,
enum adp1050_flgi_fault_response  fault_response,
enum adp1050_flgi_after_fault  after_fault 
)

Set FLAGIN response to FLGI pin signal.

Set ADP1050's FLGI pin response.

Parameters
desc- ADP1050 device descriptor
fault_response- Device response to flag being set.
after_fault- Action when the falg is cleared.
Returns
0 in case of succes, negative error code otherwise

◆ adp1050_set_open_loop()

int adp1050_set_open_loop ( struct adp1050_desc *  desc,
uint8_t  rising_edge,
uint8_t  falling_edge,
enum adp1050_channel  chan 
)

Set requested ADP1050 channel in Open Loop operation mode.

Set ADP1050 to operate in open loop.

Parameters
desc- ADP1050 device descriptor.
rising_edge- Rising edge timing.
falling_edge- Falling edge timing.
chan- Channel t be set in open-loop.
Returns
0 in case of succes, negative error code otherwise.

◆ adp1050_set_pwm()

int adp1050_set_pwm ( struct adp1050_desc *  desc,
enum adp1050_channel  chan,
enum adp1050_freq  freq 
)

Set PWM channel and frequency.

Set ADP1050's PWM output channel and frequency.

Parameters
desc- ADP1050 device descriptor
chan- Selected channel.
freq- Selected frequency.
Returns
0 in case of succes, negative error code otherwise
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◆ adp1050_set_vin()

int adp1050_set_vin ( struct adp1050_desc *  desc,
int16_t  mantissa,
int8_t  exp,
bool  state_on 
)

Set ADP1050 VIN on/off raw value for input voltage limiting.

Set VIN ON and OFF value.

Parameters
desc- ADP1050 device descriptor
mantissa- Mantissa value to be transmitted, 11 bit twos complement.
exp- Exponent value to be transmitted, 5 bit twos complement.
state_on- true - Set VIN_ON. false - Set VIN_OFF.
Returns
0 in case of succes, negative error code otherwise

◆ adp1050_software_reset()

int adp1050_software_reset ( struct adp1050_desc *  desc)

Software reset the ADP1050.

Software Reset the ADP1050.

Parameters
desc- ADP1050 device descriptor
Returns
0 in case of succes, negative error code otherwise

◆ adp1050_trim()

int adp1050_trim ( struct adp1050_desc *  desc,
enum adp1050_trim_type  trim_type,
uint16_t  vout_command,
uint16_t  vout_scale,
uint16_t  trim_val 
)

Trim IIN(CS1 pin)/VIN(VF pin)/VOUT(VS pin).

Set ADP1050's trim.

Parameters
desc- ADP1050 device descriptor
trim_type- Type of trim requested.
vout_command- VOUT_COMMAND value to be set in case of a VOUT trim, if a VOUT trim isn't requested, this parameter won't be used.
vout_scale- VOUT_SCALE value to be set in case of a VOUT trim, if a VOUT trim isn't requested, this parameter won't be used.
trim_val- This parameter will only be used in case of either a VIN or VOUT trim. VIN trim - Value of VIN_SCALE_MONITOR to be set. VOUT trim - Value of output voltage set on the VS pin.
Returns
0 in case of succes, negative error code otherwise

◆ adp1050_unlock_pass()

int adp1050_unlock_pass ( struct adp1050_desc *  desc,
uint16_t  password,
enum adp1050_pass_type  pass_type 
)

Unlock CHIP/EEPROM/TRIM password.

Unlock password for ADP1050.

Parameters
desc- ADP1050 device descriptor
password- Password value.
pass_type- Type of password to be unlocked.
Returns
0 in case of succes, negative error code otherwise
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◆ adp1050_vout_margin()

int adp1050_vout_margin ( struct adp1050_desc *  desc,
uint16_t  margin_high,
uint16_t  margin_low 
)

Set VOUT margins value.

Set ADP1050 VOUT MARGINS.

Parameters
desc- ADP1050 device descriptor
margin_high- VOUT margin high value (Y value for V = Y x 2^N format), N defined in VOUT_MODE (-10).
margin_low- VOUT margin low value (Y value for V = Y x 2^N format), N defined in VOUT_MODE (-10).
Returns
0 in case of succes, negative error code otherwise.

◆ adp1050_vout_offset()

int adp1050_vout_offset ( struct adp1050_desc *  desc,
int16_t  vout_offset 
)

Set output voltage offset.

Set ADP1050 VOUT CAL OFFSET.

Parameters
desc- ADP1050 device descriptor
vout_offset- VOUT offset value.
Returns
0 in case of succes, negative error code otherwise
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◆ adp1050_vout_scale()

int adp1050_vout_scale ( struct adp1050_desc *  desc,
int8_t  exp,
uint16_t  mant 
)

Set ADP1050 VOUT scale, regarding the resistor divider assigned to the VS pins.

Set ADP1050 VOUT SCALE MONITOR and VOUT SCALE LOOP.

Parameters
desc- ADP1050 device descriptor
exp- Exponent - 5-bit twos complement
mant- Mantissa - 11-bit twos complement
Returns
0 in case of succes, negative error code otherwise
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◆ adp1050_vout_tr()

int adp1050_vout_tr ( struct adp1050_desc *  desc,
enum adp1050_vout_tr  vout_tr 
)

Set ADP1050 VOUT transition rate.

Set ADP1050 VOUT TRANSITION RATE.

Parameters
desc- ADP1050 device descriptor
vout_tr- VOUT transition rate value to be set.
Returns
0 in case of succes, negative error code otherwise

◆ adp1050_vout_value()

int adp1050_vout_value ( struct adp1050_desc *  desc,
uint16_t  vout_command,
uint16_t  vout_max 
)

Set VOUT_COMMAND and VOUT_MAX values.

Set ADP1050 VOUT COMMAND and VOUT MAX COMMAND.

Parameters
desc- ADP1050 device descriptor
vout_command- VOUT_COMMAND value.
vout_max- VOUT_MAX value.
Returns
0 in case of succes, negative error code otherwise
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◆ adp1050_write()

int adp1050_write ( struct adp1050_desc *  desc,
uint16_t  command,
uint16_t  data,
uint8_t  bytes_number 
)

Write data to ADP1050.

Write command to ADP1050 device.

Parameters
desc- ADP1050 device descriptor
command- Command value
data- Data value to write to the ADP1050. Can be either just a byte or a word.
bytes_number- Number of bytes to write.
Returns
0 in case of succes, negative error code otherwise
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