Enumerations
enum	fs8x_reg_output_t { fs8xBuck1 = 4 , fs8xBuck2 = 3 , fs8xBuck3 = 2 , fs8xLdo1 = 1 , fs8xLdo2 = 0 , fs8xVBoost = 5 , fs8xVPre = 6 }
	Voltage outputs. Can be used with function FS8x_SetRegulatorState(). More...

enum	fs8x_amux_selection_t { fs8xAmuxGnd = FS8X_M_AMUX_GND , fs8xAmuxVddio = FS8X_M_AMUX_VDDIO , fs8xAmuxTempSensor = FS8X_M_AMUX_TEMPERATURE_SENSOR , fs8xAmuxBandgapMain = FS8X_M_AMUX_BAND_GAP_MAIN , fs8xAmuxBandgapFailSafe = FS8X_M_AMUX_BAND_GAP_FAIL_SAFE , fs8xAmuxVbuck1Volt = FS8X_M_AMUX_VBUCK1_VOLTAGE , fs8xAmuxVbuck2Volt = FS8X_M_AMUX_VBUCK2_VOLTAGE , fs8xAmuxVbuck3VoltDiv2_5 = FS8X_M_AMUX_VBUCK3_VOLTAGE_DIVIDED , fs8xAmuxVpreVoltDiv2_5 = FS8X_M_AMUX_VPRE_VOLTAGE_DIVIDED , fs8xAmuxVboostVoltDiv2_5 = FS8X_M_AMUX_VBOOST_VOLTAGE_DIVIDED , fs8xAmuxVldo1VoltDiv2_5 = FS8X_M_AMUX_VLDO1_VOLTAGE_DIVIDED , fs8xAmuxVldo2VoltDiv2_5 = FS8X_M_AMUX_VLDO2_VOLTAGE_DIVIDED , fs8xAmuxVbosVoltDiv2_5 = FS8X_M_AMUX_VBOS_VOLTAGE_DIVIDED , fs8xAmuxVsup1VoltDiv7_5 = FS8X_M_AMUX_VSUP1_VOLTAGE_DIVIDED , fs8xAmuxWake1VoltDiv7_5 = FS8X_M_AMUX_WAKE1_VOLTAGE_DIVIDED , fs8xAmuxWake2VoltDiv7_5 = FS8X_M_AMUX_WAKE2_VOLTAGE_DIVIDED , fs8xAmuxVana = FS8X_M_AMUX_VANA , fs8xAmuxVdig = FS8X_M_AMUX_VDIG , fs8xAmuxVdigFs = FS8X_M_AMUX_VDIG_FS , fs8xAmuxPsync = FS8X_M_AMUX_PSYNC_VOLTAGE , fs8xAmuxVsup1VoltDiv14 = FS8X_M_RATIO_RATIO_14 \| FS8X_M_AMUX_VSUP1_VOLTAGE_DIVIDED , fs8xAmuxWake1VoltDiv14 = FS8X_M_RATIO_RATIO_14 \| FS8X_M_AMUX_WAKE1_VOLTAGE_DIVIDED , fs8xAmuxWake2VoltDiv14 = FS8X_M_RATIO_RATIO_14 \| FS8X_M_AMUX_WAKE2_VOLTAGE_DIVIDED }

enum	fs8x_status_t { fs8xStatusOk = 0U , fs8xStatusError = 1U }
	Status return codes. More...

enum	fs8x_commType_t { fs8xSPI = 0 , fs8xI2C = 1 }
	Actually selected communication type (SPI or I2C). More...

enum	fs8x_command_type_t { fs8xRegRead , fs8xRegWrite }
	Command type. More...

Detailed Description

Enumeration Type Documentation

◆ fs8x_amux_selection_t

enum fs8x_amux_selection_t

AMUX channel selection. Can be used with function FS8x_SwitchAMUXchannel().

Enumerator
fs8xAmuxGnd	GND
fs8xAmuxVddio	VDDIO
fs8xAmuxTempSensor	Temperature sensor
fs8xAmuxBandgapMain	Main Bandgap
fs8xAmuxBandgapFailSafe	Fail-safe bandgap
fs8xAmuxVbuck1Volt	BUCK1
fs8xAmuxVbuck2Volt	BUCK2
fs8xAmuxVbuck3VoltDiv2_5	BUCK3 divided by 2.5
fs8xAmuxVpreVoltDiv2_5	VPRE divided by 2.5
fs8xAmuxVboostVoltDiv2_5	VBOOST divided by 2.5
fs8xAmuxVldo1VoltDiv2_5	VLDO1 divided by 2.5
fs8xAmuxVldo2VoltDiv2_5	VLDO2 divided by 2.5
fs8xAmuxVbosVoltDiv2_5	VBOS divided by 2.5
fs8xAmuxVsup1VoltDiv7_5	VSUP1 divided by 7.5
fs8xAmuxWake1VoltDiv7_5	WAKE1 divided by 7.5
fs8xAmuxWake2VoltDiv7_5	WAKE2 divided by 7.5
fs8xAmuxVana	Vana
fs8xAmuxVdig	Vdig
fs8xAmuxVdigFs	Vdig_fs
fs8xAmuxPsync	PSYNC
fs8xAmuxVsup1VoltDiv14	VSUP1 divided by 14
fs8xAmuxWake1VoltDiv14	WAKE1 divided by 14
fs8xAmuxWake2VoltDiv14	WAKE2 divided by 14

Definition at line 76 of file sbc_fs8x.h.

◆ fs8x_command_type_t

enum fs8x_command_type_t

Command type.

Enumerator
fs8xRegRead	Register Read
fs8xRegWrite	Register Write

Definition at line 107 of file sbc_fs8x_common.h.

◆ fs8x_commType_t

enum fs8x_commType_t

Actually selected communication type (SPI or I2C).

Note that the value of FS8x_COMM_TYPE define should match selected value.

Enumerator
fs8xSPI	SPI
fs8xI2C	I2C

Definition at line 100 of file sbc_fs8x_common.h.

◆ fs8x_reg_output_t

enum fs8x_reg_output_t

Voltage outputs. Can be used with function FS8x_SetRegulatorState().

Enumerator
fs8xBuck1	BUCK1
fs8xBuck2	BUCK2
fs8xBuck3	BUCK3
fs8xLdo1	LDO1
fs8xLdo2	LDO2
fs8xVBoost	VBOOST
fs8xVPre	VPRE

Definition at line 64 of file sbc_fs8x.h.

◆ fs8x_status_t

enum fs8x_status_t

Status return codes.

Enumerator
fs8xStatusOk	No error.
fs8xStatusError	Error.

Definition at line 91 of file sbc_fs8x_common.h.

Enumerations