Overview

Files
file	fsl_pmc0.h

Data Structures
struct	pmc0_hsrun_mode_config_t
	PMC 0 HSRUN mode configuration. More...

struct	pmc0_run_mode_config_t
	PMC 0 RUN mode configuration. More...

struct	pmc0_vlpr_mode_config_t
	PMC 0 VLPR mode configuration. More...

struct	pmc0_stop_mode_config_t
	PMC 0 STOP mode configuration. More...

struct	pmc0_vlps_mode_config_t
	PMC 0 VLPS mode configuration. More...

struct	pmc0_lls_mode_config_t
	PMC 0 LLS mode configuration. More...

struct	pmc0_vlls_mode_config_t
	PMC 0 VLLS mode configuration. More...

struct	pmc0_bias_config_t
	PMC 0 bias configuration. More...

Macros
#define	CORE_REGULATOR_VOLT_LEVEL_MAX 50U
	MAX valid values of Core Regulator Voltage Level.

Enumerations
enum	pmc0_high_volt_detect_monitor_select_t { kPMC0_HighVoltDetectLowPowerMonitor = 0U, kPMC0_HighVoltDetectHighPowerMonitor = 1U }
	High Voltage Detect Monitor Select. More...

enum	pmc0_low_volt_detect_monitor_select_t { kPMC0_LowVoltDetectLowPowerMonitor = 0U, kPMC0_LowVoltDetectHighPowerMonitor = 1U }
	Low Voltage Detect Monitor Select. More...

enum	pmc0_core_regulator_select_t { kPMC0_CoreLowPowerRegulator = 0U, kPMC0_CoreHighPowerRegulator = 1U }
	Core Regulator Select. More...

enum	pmc0_array_regulator_select_t { kPMC0_ArrayLowPowerRegulator = 0U, kPMC0_ArrayHighPowerRegulator = 1U }
	Array Regulator Select. More...

enum	pmc0_vlls_array_regulator_select_t { kPMC0_VllsArrayRegulatorOff = 0U, kPMC0_VllsArrayLowPowerRegulator = 2U, kPMC0_VllsArrayHighPowerRegulator = 3U }
	VLLS mode array Regulator Select. More...

enum	pmc0_fbb_p_well_voltage_level_select_t { kPMC0_FbbPWellNoBiasCondition = 0U, kPMC0_FbbPWellVoltageLevelAt50Mv = 1U, kPMC0_FbbPWellVoltageLevelAt150Mv = 2U, kPMC0_FbbPWellVoltageLevelAt100Mv = 3U, kPMC0_FbbPWellVoltageLevelAt350Mv = 4U, kPMC0_FbbPWellVoltageLevelAt300Mv = 5U, kPMC0_FbbPWellVoltageLevelAt200Mv = 6U, kPMC0_FbbPWellVoltageLevelAt250Mv = 7U }
	FBB P-Well voltage level select. More...

enum	pmc0_fbb_n_well_voltage_level_select_t { kPMC0_FbbNWellNoBiasCondition = 0U, kPMC0_FbbNWellVoltageLevelAtMinus50Mv = 1U, kPMC0_FbbNWellVoltageLevelAtMinus150Mv = 2U, kPMC0_FbbNWellVoltageLevelAtMinus100Mv = 3U, kPMC0_FbbNWellVoltageLevelAtMinus350Mv = 4U, kPMC0_FbbNWellVoltageLevelAtMinus300Mv = 5U, kPMC0_FbbNWellVoltageLevelAtMinus200Mv = 6U, kPMC0_FbbNWellVoltageLevelAtMinus250Mv = 7U }
	FBB N-Well voltage level select. More...

enum	pmc0_rbb_p_well_voltage_level_select_t { kPMC0_RBBPWellVoltageLevelAtMinus0_5V = 0U, kPMC0_RBBPWellVoltageLevelAtMinus0_6V = 1U, kPMC0_RBBPWellVoltageLevelAtMinus0_7V = 2U, kPMC0_RBBPWellVoltageLevelAtMinus0_8V = 3U, kPMC0_RBBPWellVoltageLevelAtMinus0_9V = 4U, kPMC0_RBBPWellVoltageLevelAtMinus1_0V = 5U, kPMC0_RBBPWellVoltageLevelAtMinus1_1V = 6U, kPMC0_RBBPWellVoltageLevelAtMinus1_2V = 7U, kPMC0_RBBPWellVoltageLevelAtMinus1_3V = 8U }
	RBB P-Well voltage level select. More...

enum	pmc0_rbb_n_well_voltage_level_select_t { kPMC0_RBBNWellVoltageLevelAt0_5V = 0U, kPMC0_RBBNWellVoltageLevelAt0_6V = 1U, kPMC0_RBBNWellVoltageLevelAt0_7V = 2U, kPMC0_RBBNWellVoltageLevelAt0_8V = 3U, kPMC0_RBBNWellVoltageLevelAt0_9V = 4U, kPMC0_RBBNWellVoltageLevelAt1_0V = 5U, kPMC0_RBBNWellVoltageLevelAt1_1V = 6U, kPMC0_RBBNWellVoltageLevelAt1_2V = 7U, kPMC0_RBBNWellVoltageLevelAt1_3V = 8U }
	RBB N-Well voltage level select. More...

enum	_pmc0_status_flags { kPMC0_LowVoltDetectEventFlag, kPMC0_LowVoltDetectValueFlag = PMC0_STATUS_LVDV_MASK, kPMC0_HighVoltDetectEventFlag, kPMC0_HighVoltDetectValueFlag = PMC0_STATUS_HVDV_MASK, kPMC0_CoreRegulatorVoltLevelFlag = PMC0_STATUS_COREVLF_MASK, kPMC0_SramFlag, kPMC0_PMC1VoltageSourceFlag }
	PMC 0 status flags. More...

enum	_pmc0_power_mode_status_flags { kPMC0_HSRUNModeStatusFlags = 0U, kPMC0_RUNModeStatusFlags = 1U, kPMC0_STOPModeStatusFlags = 2U, kPMC0_VLPRModeStatusFlags = 3U, kPMC0_VLPSModeStatusFlags = 4U, kPMC0_LLSModeStatusFlags = 5U, kPMC0_VLLSModeStatusFlags = 6U }
	PMC 0 power mode status flags. More...

Driver version
#define	FSL_PMC0_DRIVER_VERSION (MAKE_VERSION(2, 1, 0))
	PMC 0 driver version.

Power Management Controller Control APIs
static void	PMC0_ConfigureHsrunMode (const pmc0_hsrun_mode_config_t *config)
	Configure the HSRUN power mode. More...

static void	PMC0_ConfigureRunMode (const pmc0_run_mode_config_t *config)
	Configure the RUN power mode. More...

static void	PMC0_ConfigureVlprMode (const pmc0_vlpr_mode_config_t *config)
	Configure the VLPR power mode. More...

static void	PMC0_ConfigureStopMode (const pmc0_stop_mode_config_t *config)
	Configure the STOP power mode. More...

static void	PMC0_ConfigureVlpsMode (const pmc0_vlps_mode_config_t *config)
	Configure the VLPS power mode. More...

static void	PMC0_ConfigureLlsMode (const pmc0_lls_mode_config_t *config)
	Configure the LLS power mode. More...

static void	PMC0_ConfigureVllsMode (const pmc0_vlls_mode_config_t *config)
	Configure the VLLS power mode. More...

static uint32_t	PMC0_GetPMC0PowerModeStatusFlags (void)
	Get current power mode of PMC 0. More...

static bool	PMC0_GetPMC0PowerTransitionStatus (void)
	Get the status of PMC 0 power mode transition. More...

static uint32_t	PMC0_GetPMC1PowerModeStatusFlags (void)
	Get current power mode of PMC 1. More...

static bool	PMC0_GetPMC1PowerTransitionStatus (void)
	Get the status of PMC 1 power mode transition. More...

static uint32_t	PMC0_GetStatusFlags (void)
	Gets PMC 0 status flags. More...

static void	PMC0_EnableLowVoltDetectInterrupt (void)
	Enables the 1.2V Low-Voltage Detector interrupt. More...

static void	PMC0_DisableLowVoltDetectInterrupt (void)
	Disables the 1.2V Low-Voltage Detector interrupt. More...

static void	PMC0_ClearLowVoltDetectFlag (void)
	Clears the 1.2V Low-Voltage Detector flag. More...

static void	PMC0_EnableHighVoltDetectInterrupt (void)
	Enables the 1.8V High-Voltage Detector interrupt. More...

static void	PMC0_DisableHighVoltDetectInterrupt (void)
	Disables the 1.8V High-Voltage Detector interrupt. More...

static void	PMC0_ClearHighVoltDetectFlag (void)
	Clears the 1.8V High-Voltage Detector flag. More...

static void	PMC0_EnableLowVoltDetectReset (bool enable)
	Enables the 1.2V Low-Voltage Detector reset. More...

static void	PMC0_EnableHighVoltDetectReset (bool enable)
	Enables the 1.8V High-Voltage Detector reset. More...

static void	PMC0_ClearPadsIsolation (void)
	Releases/clears the isolation in the PADS. More...

static void	PMC0_PowerOnPmc1 (void)
	Powers on PMC 1. More...

static void	PMC0_EnableWaitLdoOkSignal (bool enable)
	Enables to wait LDO OK signal. More...

static void	PMC0_EnablePmc1LdoRegulator (bool enable)
	Enables PMC 1 LDO Regulator. More...

static void	PMC0_EnablePmc1RBBMode (bool enable)
	Enable the PMC 1 RBB(reverse back bias) mode. More...

static void	PMC0_SetBiasConfig (const pmc0_bias_config_t *config)
	Configure the PMC 0 bias voltage level and enable/disable pull-down. More...

static void	PMC0_ConfigureSramBankPowerDown (uint32_t bankMask)
	Configures PMC 0 SRAM bank power down. More...

static void	PMC0_ConfigureSramBankPowerDownStopMode (uint32_t bankMask)
	Configures PMC 0 SRAM bank power down in stop modes. More...

static void	PMC0_ConfigureSramBankPowerDownStandbyMode (uint32_t bankMask)
	Configures PMC 0 SRAM bank power down in Standby Mode. More...

static void	PMC0_EnableTemperatureSensor (bool enable)
	Enable/disable internal temperature sensor. More...

static void	PMC0_SetTemperatureSensorMode (uint8_t mode)
	Set temperature sensor mode. More...

Data Structure Documentation

struct pmc0_hsrun_mode_config_t

Data Fields
uint32_t	__pad0__: 16
	Reserved. More...

uint32_t	coreRegulatorVoltLevel: 6
	Core Regulator Voltage Level. More...

uint32_t	__pad1__: 2
	Reserved. More...

uint32_t	enableForwardBias: 1
	Enable forward bias. More...

uint32_t	__pad2__: 7
	Reserved. More...

Field Documentation

uint32_t pmc0_hsrun_mode_config_t::__pad0__

uint32_t pmc0_hsrun_mode_config_t::coreRegulatorVoltLevel

uint32_t pmc0_hsrun_mode_config_t::__pad1__

uint32_t pmc0_hsrun_mode_config_t::enableForwardBias

uint32_t pmc0_hsrun_mode_config_t::__pad2__

struct pmc0_run_mode_config_t

Data Fields
uint32_t	__pad0__: 16
	Reserved. More...

uint32_t	coreRegulatorVoltLevel: 6
	Core Regulator Voltage Level. More...

uint32_t	__pad1__: 10
	Reserved. More...

Field Documentation

uint32_t pmc0_run_mode_config_t::__pad0__

uint32_t pmc0_run_mode_config_t::coreRegulatorVoltLevel

uint32_t pmc0_run_mode_config_t::__pad1__

struct pmc0_vlpr_mode_config_t

Data Fields
uint32_t	arrayRegulatorSelect: 1
	Array Regulator Select. More...

uint32_t	__pad0__: 1
	Reserved. More...

uint32_t	coreRegulatorSelect: 1
	Core Regulator Select. More...

uint32_t	__pad1__: 1
	Reserved. More...

uint32_t	lvdMonitorSelect: 1
	1.2V LVD Monitor Select. More...

uint32_t	hvdMonitorSelect: 1
	1.2V HVD Monitor Select. More...

uint32_t	__pad2__: 1
	Reserved. More...

uint32_t	enableForceHpBandgap: 1
	Enable force HP band-gap. More...

uint32_t	__pad3__: 8
	Reserved. More...

uint32_t	coreRegulatorVoltLevel: 6
	Core Regulator Voltage Level. More...

uint32_t	__pad4__: 6
	Reserved. More...

uint32_t	enableReverseBackBias: 1
	Enable reverse back bias. More...

uint32_t	__pad5__: 3
	Reserved. More...

Field Documentation

uint32_t pmc0_vlpr_mode_config_t::arrayRegulatorSelect

pmc0_array_regulator_select_t

uint32_t pmc0_vlpr_mode_config_t::__pad0__

uint32_t pmc0_vlpr_mode_config_t::coreRegulatorSelect

pmc0_core_regulator_select_t

uint32_t pmc0_vlpr_mode_config_t::__pad1__

uint32_t pmc0_vlpr_mode_config_t::lvdMonitorSelect

pmc0_low_volt_detect_monitor_select_t

uint32_t pmc0_vlpr_mode_config_t::hvdMonitorSelect

pmc0_high_volt_detect_monitor_select_t

uint32_t pmc0_vlpr_mode_config_t::__pad2__

uint32_t pmc0_vlpr_mode_config_t::enableForceHpBandgap

uint32_t pmc0_vlpr_mode_config_t::__pad3__

uint32_t pmc0_vlpr_mode_config_t::coreRegulatorVoltLevel

uint32_t pmc0_vlpr_mode_config_t::__pad4__

uint32_t pmc0_vlpr_mode_config_t::enableReverseBackBias

uint32_t pmc0_vlpr_mode_config_t::__pad5__

struct pmc0_stop_mode_config_t

Data Fields
uint32_t	__pad0__: 16
	Reserved. More...

uint32_t	coreRegulatorVoltLevel: 6
	Core Regulator Voltage Level. More...

uint32_t	__pad1__: 10
	Reserved. More...

Field Documentation

uint32_t pmc0_stop_mode_config_t::__pad0__

uint32_t pmc0_stop_mode_config_t::coreRegulatorVoltLevel

uint32_t pmc0_stop_mode_config_t::__pad1__

struct pmc0_vlps_mode_config_t

Data Fields
uint32_t	arrayRegulatorSelect: 1
	Array Regulator Select. More...

uint32_t	__pad0__: 1
	Reserved. More...

uint32_t	coreRegulatorSelect: 1
	Core Regulator Select. More...

uint32_t	__pad1__: 1
	Reserved. More...

uint32_t	lvdMonitorSelect: 1
	1.2V LVD Monitor Select. More...

uint32_t	hvdMonitorSelect: 1
	1.2V HVD Monitor Select. More...

uint32_t	__pad2__: 1
	Reserved. More...

uint32_t	enableForceHpBandgap: 1
	Enable force HP band-gap. More...

uint32_t	__pad3__: 8
	Reserved. More...

uint32_t	coreRegulatorVoltLevel: 6
	Core Regulator Voltage Level. More...

uint32_t	__pad4__: 6
	Reserved. More...

uint32_t	enableReverseBackBias: 1
	Enable reverse back bias. More...

uint32_t	__pad5__: 3
	Reserved. More...

Field Documentation

uint32_t pmc0_vlps_mode_config_t::arrayRegulatorSelect

pmc0_array_regulator_select_t

uint32_t pmc0_vlps_mode_config_t::__pad0__

uint32_t pmc0_vlps_mode_config_t::coreRegulatorSelect

pmc0_core_regulator_select_t

uint32_t pmc0_vlps_mode_config_t::__pad1__

uint32_t pmc0_vlps_mode_config_t::lvdMonitorSelect

pmc0_low_volt_detect_monitor_select_t

uint32_t pmc0_vlps_mode_config_t::hvdMonitorSelect

pmc0_high_volt_detect_monitor_select_t

uint32_t pmc0_vlps_mode_config_t::__pad2__

uint32_t pmc0_vlps_mode_config_t::enableForceHpBandgap

uint32_t pmc0_vlps_mode_config_t::__pad3__

uint32_t pmc0_vlps_mode_config_t::coreRegulatorVoltLevel

uint32_t pmc0_vlps_mode_config_t::__pad4__

uint32_t pmc0_vlps_mode_config_t::enableReverseBackBias

uint32_t pmc0_vlps_mode_config_t::__pad5__

struct pmc0_lls_mode_config_t

Data Fields
uint32_t	arrayRegulatorSelect: 1
	Array Regulator Select. More...

uint32_t	__pad0__: 1
	Reserved. More...

uint32_t	coreRegulatorSelect: 1
	Core Regulator Select. More...

uint32_t	__pad1__: 1
	Reserved. More...

uint32_t	lvdMonitorSelect: 1
	1.2V LVD Monitor Select. More...

uint32_t	hvdMonitorSelect: 1
	1.2V HVD Monitor Select. More...

uint32_t	__pad2__: 1
	Reserved. More...

uint32_t	enableForceHpBandgap: 1
	Enable force HP band-gap. More...

uint32_t	__pad3__: 8
	Reserved. More...

uint32_t	coreRegulatorVoltLevel: 6
	Core Regulator Voltage Level. More...

uint32_t	__pad4__: 6
	Reserved. More...

uint32_t	enableReverseBackBias: 1
	Enable reverse back bias. More...

uint32_t	__pad5__: 3
	Reserved. More...

Field Documentation

uint32_t pmc0_lls_mode_config_t::arrayRegulatorSelect

pmc0_array_regulator_select_t

uint32_t pmc0_lls_mode_config_t::__pad0__

uint32_t pmc0_lls_mode_config_t::coreRegulatorSelect

pmc0_core_regulator_select_t

uint32_t pmc0_lls_mode_config_t::__pad1__

uint32_t pmc0_lls_mode_config_t::lvdMonitorSelect

pmc0_low_volt_detect_monitor_select_t

uint32_t pmc0_lls_mode_config_t::hvdMonitorSelect

pmc0_high_volt_detect_monitor_select_t

uint32_t pmc0_lls_mode_config_t::__pad2__

uint32_t pmc0_lls_mode_config_t::enableForceHpBandgap

uint32_t pmc0_lls_mode_config_t::__pad3__

uint32_t pmc0_lls_mode_config_t::coreRegulatorVoltLevel

uint32_t pmc0_lls_mode_config_t::__pad4__

uint32_t pmc0_lls_mode_config_t::enableReverseBackBias

uint32_t pmc0_lls_mode_config_t::__pad5__

struct pmc0_vlls_mode_config_t

Data Fields
uint32_t	arrayRegulatorSelect: 2
	Array Regulator Select. More...

uint32_t	__pad0__: 2
	Reserved. More...

uint32_t	lvdMonitorSelect: 1
	1.2V LVD Monitor Select. More...

uint32_t	hvdMonitorSelect: 1
	1.2V HVD Monitor Select. More...

uint32_t	__pad1__: 1
	Reserved. More...

uint32_t	enableForceHpBandgap: 1
	Enable force HP band-gap. More...

uint32_t	__pad2__: 24
	Reserved. More...

Field Documentation

uint32_t pmc0_vlls_mode_config_t::arrayRegulatorSelect

pmc0_vlls_array_regulator_select_t

uint32_t pmc0_vlls_mode_config_t::__pad0__

uint32_t pmc0_vlls_mode_config_t::lvdMonitorSelect

pmc0_low_volt_detect_monitor_select_t

uint32_t pmc0_vlls_mode_config_t::hvdMonitorSelect

pmc0_high_volt_detect_monitor_select_t

uint32_t pmc0_vlls_mode_config_t::__pad1__

uint32_t pmc0_vlls_mode_config_t::enableForceHpBandgap

uint32_t pmc0_vlls_mode_config_t::__pad2__

struct pmc0_bias_config_t

Data Fields
uint32_t	__pad0__: 4
	Reserved. More...

uint32_t	RBBPWellVoltageLevelSelect: 4
	Select PMC0 RBB P-Well voltage level. More...

uint32_t	__pad1__: 3
	Reserved. More...

uint32_t	DisableRBBPullDown: 1
	Disable RBB pull-down. More...

uint32_t	FBBNWellVoltageLevelSelect: 4
	Select PMC0 FBB N-Well voltage level. More...

uint32_t	__pad2__: 4
	Reserved. More...

uint32_t	FBBPWellVoltageLevelSelect: 4
	Select PMC0 FBB P-Well voltage level. More...

uint32_t	__pad3__: 4
	Reserved. More...

Field Documentation

uint32_t pmc0_bias_config_t::__pad0__

uint32_t pmc0_bias_config_t::RBBPWellVoltageLevelSelect

pmc0_rbb_p_well_voltage_level_select_t

uint32_t pmc0_bias_config_t::__pad1__

uint32_t pmc0_bias_config_t::DisableRBBPullDown

'1' means to disable pull-down. '0' means to enable pull-down.

uint32_t pmc0_bias_config_t::FBBNWellVoltageLevelSelect

pmc0_fbb_n_well_voltage_level_select_t

uint32_t pmc0_bias_config_t::__pad2__

uint32_t pmc0_bias_config_t::FBBPWellVoltageLevelSelect

pmc0_fbb_p_well_voltage_level_select_t

uint32_t pmc0_bias_config_t::__pad3__

Enumeration Type Documentation

enum pmc0_high_volt_detect_monitor_select_t

Enumerator
kPMC0_HighVoltDetectLowPowerMonitor	LP monitor is selected.
kPMC0_HighVoltDetectHighPowerMonitor	HP monitor is selected.

enum pmc0_low_volt_detect_monitor_select_t

Enumerator
kPMC0_LowVoltDetectLowPowerMonitor	LP monitor is selected.
kPMC0_LowVoltDetectHighPowerMonitor	HP monitor is selected.

enum pmc0_core_regulator_select_t

Enumerator
kPMC0_CoreLowPowerRegulator	Core LP regulator is selected.
kPMC0_CoreHighPowerRegulator	Core HP regulator is selected.

enum pmc0_array_regulator_select_t

Enumerator
kPMC0_ArrayLowPowerRegulator	Array LP regulator is selected.
kPMC0_ArrayHighPowerRegulator	Array HP regulator is selected.

enum pmc0_vlls_array_regulator_select_t

Enumerator

kPMC0_VllsArrayRegulatorOff

Array regulator is selected OFF.

This is selectable only for VLLS mode.

kPMC0_VllsArrayLowPowerRegulator

Array LP regulator is selected.

kPMC0_VllsArrayHighPowerRegulator

Array HP regulator is selected.

enum pmc0_fbb_p_well_voltage_level_select_t

Enumerator
kPMC0_FbbPWellNoBiasCondition	No BIAS condition is selected.
kPMC0_FbbPWellVoltageLevelAt50Mv	Voltage level at 50mV is selected.
kPMC0_FbbPWellVoltageLevelAt150Mv	Voltage level at 150mV is selected.
kPMC0_FbbPWellVoltageLevelAt100Mv	Voltage level at 100mV is selected.
kPMC0_FbbPWellVoltageLevelAt350Mv	Voltage level at 350mV is selected.
kPMC0_FbbPWellVoltageLevelAt300Mv	Voltage level at 300mV is selected.
kPMC0_FbbPWellVoltageLevelAt200Mv	Voltage level at 200mV is selected.
kPMC0_FbbPWellVoltageLevelAt250Mv	Voltage level at 250mV is selected.

enum pmc0_fbb_n_well_voltage_level_select_t

Enumerator
kPMC0_FbbNWellNoBiasCondition	No BIAS condition is selected.
kPMC0_FbbNWellVoltageLevelAtMinus50Mv	Voltage level at -50mV is selected.
kPMC0_FbbNWellVoltageLevelAtMinus150Mv	Voltage level at -150mV is selected.
kPMC0_FbbNWellVoltageLevelAtMinus100Mv	Voltage level at -100mV is selected.
kPMC0_FbbNWellVoltageLevelAtMinus350Mv	Voltage level at -350mV is selected.
kPMC0_FbbNWellVoltageLevelAtMinus300Mv	Voltage level at -300mV is selected.
kPMC0_FbbNWellVoltageLevelAtMinus200Mv	Voltage level at -200mV is selected.
kPMC0_FbbNWellVoltageLevelAtMinus250Mv	Voltage level at -250mV is selected.

enum pmc0_rbb_p_well_voltage_level_select_t

Enumerator
kPMC0_RBBPWellVoltageLevelAtMinus0_5V	Voltage level at -0.5V is selected.
kPMC0_RBBPWellVoltageLevelAtMinus0_6V	Voltage level at -0.6V is selected.
kPMC0_RBBPWellVoltageLevelAtMinus0_7V	Voltage level at -0.7V is selected.
kPMC0_RBBPWellVoltageLevelAtMinus0_8V	Voltage level at -0.8V is selected.
kPMC0_RBBPWellVoltageLevelAtMinus0_9V	Voltage level at -0.9V is selected.
kPMC0_RBBPWellVoltageLevelAtMinus1_0V	Voltage level at -1.0V is selected.
kPMC0_RBBPWellVoltageLevelAtMinus1_1V	Voltage level at -1.1V is selected.
kPMC0_RBBPWellVoltageLevelAtMinus1_2V	Voltage level at -1.2V is selected.
kPMC0_RBBPWellVoltageLevelAtMinus1_3V	Voltage level at -1.3V is selected.

enum pmc0_rbb_n_well_voltage_level_select_t

Enumerator
kPMC0_RBBNWellVoltageLevelAt0_5V	Voltage level at 0.5V is selected.
kPMC0_RBBNWellVoltageLevelAt0_6V	Voltage level at 0.6V is selected.
kPMC0_RBBNWellVoltageLevelAt0_7V	Voltage level at 0.7V is selected.
kPMC0_RBBNWellVoltageLevelAt0_8V	Voltage level at 0.8V is selected.
kPMC0_RBBNWellVoltageLevelAt0_9V	Voltage level at 0.9V is selected.
kPMC0_RBBNWellVoltageLevelAt1_0V	Voltage level at 1.0V is selected.
kPMC0_RBBNWellVoltageLevelAt1_1V	Voltage level at 1.1V is selected.
kPMC0_RBBNWellVoltageLevelAt1_2V	Voltage level at 1.2V is selected.
kPMC0_RBBNWellVoltageLevelAt1_3V	Voltage level at 1.3V is selected.

enum _pmc0_status_flags

Enumerator
kPMC0_LowVoltDetectEventFlag	1.2V Low-Voltage Detector Flag, sets when low-voltage event was detected.
kPMC0_LowVoltDetectValueFlag	1.2V Low-Voltage Detector Value, sets when current value of the 1.2V LVD monitor output is 1.
kPMC0_HighVoltDetectEventFlag	1.8V High-Voltage Detector Flag, sets when high-voltage event was detected.
kPMC0_HighVoltDetectValueFlag	1.8V High-Voltage Detector Value, sets when current value of the 1.8V HVD monitor output is 1.
kPMC0_CoreRegulatorVoltLevelFlag	Core Regulator Voltage Level Flag, sets when core regulator voltage level is changing (not stable).
kPMC0_SramFlag	SRAM Flag, sets when a change mode request is being processed in the SRAMs.
kPMC0_PMC1VoltageSourceFlag	This flag indicates what is the voltage source selected to supply the PMC 1 and where the sense point of the PMC 1's LVD/HVD is placed. '0' means internal LDO supplies the PMC 1. '1' means external PMIC supplies the PMC 1.

enum _pmc0_power_mode_status_flags

Enumerator
kPMC0_HSRUNModeStatusFlags	The PMC 0 is in HSRUN mode.
kPMC0_RUNModeStatusFlags	The PMC 0 is in RUN mode.
kPMC0_STOPModeStatusFlags	The PMC 0 is in STOP mode.
kPMC0_VLPRModeStatusFlags	The PMC 0 is in VLPR mode.
kPMC0_VLPSModeStatusFlags	The PMC 0 is in VLPS mode.
kPMC0_LLSModeStatusFlags	The PMC 0 is in LLSM mode.
kPMC0_VLLSModeStatusFlags	The PMC 0 is in VLLS mode.

Function Documentation

static void PMC0_ConfigureHsrunMode ( const pmc0_hsrun_mode_config_t * config )

inlinestatic

This function configures the HSRUN power mode, including the core regulator voltage Level setting, enable forward bias or not.

Parameters

config Low-Voltage detect configuration structure.

static void PMC0_ConfigureRunMode ( const pmc0_run_mode_config_t * config )

inlinestatic

This function configures the RUN power mode, including the core regulator voltage Level setting.

Parameters

config Low-Voltage detect configuration structure.

static void PMC0_ConfigureVlprMode ( const pmc0_vlpr_mode_config_t * config )

inlinestatic

This function configures the VLPR power mode, including the core regulator voltage Level setting, enable reverse back bias or not, turn on force HP band-gap or not, select of HVD/LVD monitor and select of core/array regulator.

Parameters

config Low-Voltage detect configuration structure.

static void PMC0_ConfigureStopMode ( const pmc0_stop_mode_config_t * config )

inlinestatic

This function configures the STOP power mode, including the core regulator voltage Level setting.

Parameters

config Low-Voltage detect configuration structure.

static void PMC0_ConfigureVlpsMode ( const pmc0_vlps_mode_config_t * config )

inlinestatic

This function configures the VLPS power mode, including the core regulator voltage Level setting, enable reverse back bias or not, turn on force HP band-gap or not, select of HVD/LVD monitor and select of core/array regulator.

Parameters

config Low-Voltage detect configuration structure.

static void PMC0_ConfigureLlsMode ( const pmc0_lls_mode_config_t * config )

inlinestatic

This function configures the LLS power mode, including the core regulator voltage Level setting, enable reverse back bias or not, turn on force HP band-gap or not, select of HVD/LVD monitor and select of core/array regulator.

Parameters

config Low-Voltage detect configuration structure.

static void PMC0_ConfigureVllsMode ( const pmc0_vlls_mode_config_t * config )

inlinestatic

This function configures the VLLS power mode, including turn on force HP band-gap or not, select of HVD/LVD monitor and select of core/array regulator.

The select of array regulator is different from the other mode configurations. PMC 0 VLLS config has three array regulator select options where the others have only the latter two, see pmc0_vlls_array_regulator_select_t. Three array regulator select options in PMC 0 VLLS config are shown below:

Regulator is off (diffrentiator)
LP Regulator is on
HP Regulator is on

Parameters

config Low-Voltage detect configuration structure.

static uint32_t PMC0_GetPMC0PowerModeStatusFlags ( void )

inlinestatic

*      if(kPMC0_HSRUNModeStatusFlags == PMC0_GetPMC0PowerModeStatusFlags(void))
*      {
*           ...
*      }
* 

Returns: PMC 0 current power mode status flags in the _pmc0_power_mode_status_flags.

static bool PMC0_GetPMC0PowerTransitionStatus ( void )

inlinestatic

Returns: If return 'true', which means PMC 0 is in a power mode transition. If return 'false', which means PMC 0 is not in a power mode transition.

static uint32_t PMC0_GetPMC1PowerModeStatusFlags ( void )

inlinestatic

*      if(kPMC0_HSRUNModeStatusFlags == PMC0_GetPMC1PowerModeStatusFlags(void))
*      {
*           ...
*      }
* 

Returns: PMC 1 current power mode status flags in the _pmc0_power_mode_status_flags.

static bool PMC0_GetPMC1PowerTransitionStatus ( void )

inlinestatic

Returns: If return 'true', which means PMC 1 is in a power mode transition. If return 'false', which means PMC 1 is not in a power mode transition.

static uint32_t PMC0_GetStatusFlags ( void )

inlinestatic

This function gets all PMC 0 status flags. The flags are returned as the logical OR value of the enumerators _pmc0_status_flags. To check for a specific status, compare the return value with enumerators in the _pmc0_status_flags. For example, to check whether core regulator voltage level is changing:

*     if (kPMC0_CoreRegulatorVoltLevelFlag & PMC0_GetStatusFlags(void))
*     {
*         ...
*     }
* 

Returns: PMC 0 status flags which are ORed by the enumerators in the _pmc0_status_flags.

static void PMC0_EnableLowVoltDetectInterrupt ( void )

inlinestatic

This function enables the 1.2V Low-Voltage Detector interrupt.

static void PMC0_DisableLowVoltDetectInterrupt ( void )

inlinestatic

This function disables the 1.2V Low-Voltage Detector interrupt.

static void PMC0_ClearLowVoltDetectFlag ( void )

inlinestatic

This function enables the 1.2V Low-Voltage Detector flag.

static void PMC0_EnableHighVoltDetectInterrupt ( void )

inlinestatic

This function enables the 1.8V High-Voltage Detector interrupt.

static void PMC0_DisableHighVoltDetectInterrupt ( void )

inlinestatic

This function disables the 1.8V High-Voltage Detector interrupt.

static void PMC0_ClearHighVoltDetectFlag ( void )

inlinestatic

This function enables the 1.8V High-Voltage Detector flag.

static void PMC0_EnableLowVoltDetectReset ( bool enable )

inlinestatic

This function enables 1.2V Low-Voltage Detector reset.

Parameters

enable Switcher of 1.2V Low-Voltage Detector reset feature. "true" means to enable, "false" means not.

static void PMC0_EnableHighVoltDetectReset ( bool enable )

inlinestatic

This function enables 1.8V High-Voltage Detector reset.

Parameters

enable Switcher of 1.8V High-Voltage Detector reset feature. "true" means to enable, "false" means not.

static void PMC0_ClearPadsIsolation ( void )

inlinestatic

This function releases/clears the isolation in the PADS.

The isolation in the pads only will be asserted during LLS/VLLS. On LLS exit, the isolation will release automatically. ISOACK must be set after a VLLS to RUN mode transition has completed.

static void PMC0_PowerOnPmc1 ( void )

inlinestatic

This function powers on PMC 1.

When this bit field is asserted the PMC 1 is powered on. This bit would take action only once. This bit will be rearmed after a POR event only. NOTE: USB PHY-related interrupt (NVIC/GIC) and wake-up channels (AWIC/WKPU) must be disabled before turning PMC1 on.

static void PMC0_EnableWaitLdoOkSignal ( bool enable )

inlinestatic

This function enables to wait LDO OK signal.

Parameters

enable Switcher of wait LDO OK signal feature. "true" means to enable, "false" means not.

static void PMC0_EnablePmc1LdoRegulator ( bool enable )

inlinestatic

This function enables PMC 1 LDO Regulator.

Parameters

enable Switcher of PMC 1 LDO Regulator. "true" means to enable, "false" means not.

static void PMC0_EnablePmc1RBBMode ( bool enable )

inlinestatic

This function enables PMC1 RBB mode. Since this circuit when enabled has current consumption. It is recommended to use it just in high temperatures when the leakage reduction is much higher than the current consumption.

Parameters

enable Switcher of PMC1 RBB mode. "true" means to enable, "false" means disable.

static void PMC0_SetBiasConfig ( const pmc0_bias_config_t * config )

inlinestatic

This function change the RBB&FBB voltage level and RBB pull-down.

Parameters

config PMC 0 bias configuration structure.

static void PMC0_ConfigureSramBankPowerDown ( uint32_t bankMask )

inlinestatic

This function configures PMC 0 SRAM bank power down.

The bit i controls the power mode of the PMC 0 SRAM bank i. PMC0_SRAM_PD[i] = 1'b0 - PMC 0 SRAM bank i is not affected. PMC0_SRAM_PD[i] = 1'b1 - PMC 0 SRAM bank i is in ASD or ARRAY_SHUTDOWN during all modes, except VLLS. During VLLS is in POWER_DOWN mode.

Example

*     // Enable band 0 and 1 in ASD or ARRAY_SHUTDOWN during all modes except VLLS
*     PMC0_ConfigureSramBankPowerDown(0x3U);
* 

Parameters

bankMask The bands to enable. Logical OR of all bits of band index to enbale.

static void PMC0_ConfigureSramBankPowerDownStopMode ( uint32_t bankMask )

inlinestatic

This function configures PMC 0 SRAM bank power down in stop modes.

The bit i controls the PMC 0 SRAM bank i. PMC0_SRAM_PDS[i] = 1'b0 - PMC 0 SRAM bank i is not affected. PMC0_SRAM_PDS[i] = 1'b1 - PMC 0 SRAM bank i is in ASD or ARRAY_SHUTDOWN mode during STOP, VLPS and LLS modes. During VLLS is in POWER_DOWN mode.

Example

*     // Enable band 0 and 1 in ASD or ARRAY_SHUTDOWN during STOP, VLPS and LLS modes
*     PMC0_ConfigureSramBankPowerDownStopMode(0x3U);
* 

Parameters

bankMask The bands to enable. Logical OR of all bits of band index to enbale.

static void PMC0_ConfigureSramBankPowerDownStandbyMode ( uint32_t bankMask )

inlinestatic

This function configures PMC 0 SRAM bank power down in Standby Mode.

The bit i controls the PMC 0 SRAM bank i. PMC0_SRAM_STDY[i] = 1'b0 - PMC 0 SRAM bank i is not affected. PMC0_SRAM_STDY[i] = 1'b1 - PMC 0 SRAM bank i is in STANDBY mode during all modes (except VLLS and LLS).

Example

*     // Enable band 0 and 1 in STANDBY mode except VLLS and LLS
*     PMC0_ConfigureSramBankPowerDownStandbyMode(0x3U);
* 

Parameters

bankMask The bands to enable. Logical OR of all bits of band index to enbale.

static void PMC0_EnableTemperatureSensor ( bool enable )

inlinestatic

Parameters

enable

Used to enable/disable internal temperature sensor.

true Enable internal temperature sensor.
false Disable internal temperature sensor.

static void PMC0_SetTemperatureSensorMode ( uint8_t mode )

inlinestatic

Parameters

mode	The temperature sensor mode to set.

Overview

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Power Management Controller Control APIs

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