psu.h File Reference

#include "commonDataTypes.h"
#include "driverStatus.h"

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Data Structures
struct	OverCurrent
	Power Supply Unit (PSU) Over-Current Threshold Diagnostic Status Structure. More...
struct	OverVoltage
	Power Supply Unit (PSU) Over-Voltage Threshold Diagnostic Status Structure. More...
struct	OverTemp
	Power Supply Unit (PSU) Over-Temperature Threshold Diagnostic Status Structure. More...
struct	PsuDiagStatus
	Power Supply Unit (PSU) Composite Hardware Diagnostic Status Structure. More...
struct	CbitVoltage
	Power Supply Unit (PSU) Continuous Built-In Test (CBIT) Voltage Rail Status Structure. More...
struct	CbitCurrent
	Power Supply Unit (PSU) Continuous Built-In Test (CBIT) Current Draw Status Structure. More...
struct	CbitTemp
	Power Supply Unit (PSU) Continuous Built-In Test (CBIT) Thermal Status Structure. More...
struct	PsuCbitStatus
	Power Supply Unit (PSU) Continuous Built-In Test (CBIT) Composite Health Status Structure. More...
struct	PSUDevHandler
	Power Supply Unit (PSU) Peripheral Hardware Device Handler Structure. More...

Macros
#define	PSU_COEFFICIENTS_INPUT_VOLT_M   (431)
#define	PSU_COEFFICIENTS_INPUT_VOLT_B   (475)
#define	PSU_COEFFICIENTS_INPUT_VOLT_K1   (-1)
#define	PSU_COEFFICIENTS_INPUT_VOLT_K2   (-3)
#define	PSU_COEFFICIENTS_12V_VOLT_M   (59)
#define	PSU_COEFFICIENTS_12V_VOLT_B   (-225)
#define	PSU_COEFFICIENTS_12V_VOLT_K1   (-1)
#define	PSU_COEFFICIENTS_12V_VOLT_K2   (-3)
#define	PSU_COEFFICIENTS_3V3_VOLT_M   (157)
#define	PSU_COEFFICIENTS_3V3_VOLT_B   (-175)
#define	PSU_COEFFICIENTS_3V3_VOLT_K1   (-1)
#define	PSU_COEFFICIENTS_3V3_VOLT_K2   (-4)
#define	PSU_COEFFICIENTS_5V_VOLT_M   (235)
#define	PSU_COEFFICIENTS_5V_VOLT_B   (375)
#define	PSU_COEFFICIENTS_5V_VOLT_K1   (-1)
#define	PSU_COEFFICIENTS_5V_VOLT_K2   (-4)
#define	PSU_COEFFICIENTS_N12V_AUX_VOLT_M   (143)
#define	PSU_COEFFICIENTS_N12V_AUX_VOLT_B   (-178)
#define	PSU_COEFFICIENTS_N12V_AUX_VOLT_K1   (2)
#define	PSU_COEFFICIENTS_N12V_AUX_VOLT_K2   (-3)
#define	PSU_COEFFICIENTS_P12V_AUX_VOLT_M   (59)
#define	PSU_COEFFICIENTS_P12V_AUX_VOLT_B   (-225)
#define	PSU_COEFFICIENTS_P12V_AUX_VOLT_K1   (-1)
#define	PSU_COEFFICIENTS_P12V_AUX_VOLT_K2   (-3)
#define	PSU_COEFFICIENTS_3V3_AUX_VOLT_M   (157)
#define	PSU_COEFFICIENTS_3V3_AUX_VOLT_B   (-175)
#define	PSU_COEFFICIENTS_3V3_AUX_VOLT_K1   (-1)
#define	PSU_COEFFICIENTS_3V3_AUX_VOLT_K2   (-4)
#define	PSU_COEFFICIENTS_INPUT_AMP_M   (137)
#define	PSU_COEFFICIENTS_INPUT_AMP_B   (145)
#define	PSU_COEFFICIENTS_INPUT_AMP_K1   (-1)
#define	PSU_COEFFICIENTS_INPUT_AMP_K2   (-3)
#define	PSU_COEFFICIENTS_12V_AMP_M   (78)
#define	PSU_COEFFICIENTS_12V_AMP_B   (55)
#define	PSU_COEFFICIENTS_12V_AMP_K1   (0)
#define	PSU_COEFFICIENTS_12V_AMP_K2   (-3)
#define	PSU_COEFFICIENTS_3V3_AMP_M   (78)
#define	PSU_COEFFICIENTS_3V3_AMP_B   (55)
#define	PSU_COEFFICIENTS_3V3_AMP_K1   (0)
#define	PSU_COEFFICIENTS_3V3_AMP_K2   (-3)
#define	PSU_COEFFICIENTS_5V_AMP_M   (157)
#define	PSU_COEFFICIENTS_5V_AMP_B   (849)
#define	PSU_COEFFICIENTS_5V_AMP_K1   (-1)
#define	PSU_COEFFICIENTS_5V_AMP_K2   (-3)
#define	PSU_COEFFICIENTS_N12V_AUX_AMP_M   (392)
#define	PSU_COEFFICIENTS_N12V_AUX_AMP_B   (200)
#define	PSU_COEFFICIENTS_N12V_AUX_AMP_K1   (-1)
#define	PSU_COEFFICIENTS_N12V_AUX_AMP_K2   (-4)
#define	PSU_COEFFICIENTS_P12V_AUX_AMP_M   (392)
#define	PSU_COEFFICIENTS_P12V_AUX_AMP_B   (200)
#define	PSU_COEFFICIENTS_P12V_AUX_AMP_K1   (-1)
#define	PSU_COEFFICIENTS_P12V_AUX_AMP_K2   (-4)
#define	PSU_COEFFICIENTS_3V3_AUX_AMP_M   (392)
#define	PSU_COEFFICIENTS_3V3_AUX_AMP_B   (200)
#define	PSU_COEFFICIENTS_3V3_AUX_AMP_K1   (-1)
#define	PSU_COEFFICIENTS_3V3_AUX_AMP_K2   (-4)
#define	PSU_COEFFICIENTS_BOARD_TEMP_M   (100)
#define	PSU_COEFFICIENTS_BOARD_TEMP_B   (-128)
#define	PSU_COEFFICIENTS_BOARD_TEMP_K1   (2)
#define	PSU_COEFFICIENTS_BOARD_TEMP_K2   (-2)
#define	PSU_COEFFICIENTS_12V_TEMP_M   (100)
#define	PSU_COEFFICIENTS_12V_TEMP_B   (-128)
#define	PSU_COEFFICIENTS_12V_TEMP_K1   (2)
#define	PSU_COEFFICIENTS_12V_TEMP_K2   (-2)
#define	PSU_COEFFICIENTS_3V3_TEMP_M   (100)
#define	PSU_COEFFICIENTS_3V3_TEMP_B   (-128)
#define	PSU_COEFFICIENTS_3V3_TEMP_K1   (2)
#define	PSU_COEFFICIENTS_3V3_TEMP_K2   (-2)
#define	PSU_COEFFICIENTS_5V_TEMP_M   (100)
#define	PSU_COEFFICIENTS_5V_TEMP_B   (-128)
#define	PSU_COEFFICIENTS_5V_TEMP_K1   (2)
#define	PSU_COEFFICIENTS_5V_TEMP_K2   (-2)
#define	PSU_COEFFICIENTS_N12V_AUX_TEMP_M   (100)
#define	PSU_COEFFICIENTS_N12V_AUX_TEMP_B   (-128)
#define	PSU_COEFFICIENTS_N12V_AUX_TEMP_K1   (2)
#define	PSU_COEFFICIENTS_N12V_AUX_TEMP_K2   (-2)
#define	PSU_COEFFICIENTS_P12V_AUX_TEMP_M   (100)
#define	PSU_COEFFICIENTS_P12V_AUX_TEMP_B   (-128)
#define	PSU_COEFFICIENTS_P12V_AUX_TEMP_K1   (2)
#define	PSU_COEFFICIENTS_P12V_AUX_TEMP_K2   (-2)
#define	PSU_COEFFICIENTS_3V3_AUX_TEMP_M   (100)
#define	PSU_COEFFICIENTS_3V3_AUX_TEMP_B   (-128)
#define	PSU_COEFFICIENTS_3V3_AUX_TEMP_K1   (2)
#define	PSU_COEFFICIENTS_3V3_AUX_TEMP_K2   (-2)
#define	PSU_COEFFICIENTS_PRIMARY_TRANS_TEMP_M   (75)
#define	PSU_COEFFICIENTS_PRIMARY_TRANS_TEMP_B   (-61)
#define	PSU_COEFFICIENTS_PRIMARY_TRANS_TEMP_K1   (2)
#define	PSU_COEFFICIENTS_PRIMARY_TRANS_TEMP_K2   (-2)
#define	PSU_OFFSET_READING_INPUT_VOLT   (0.3)
	Offset reading input voltage.
#define	PSU_OFFSET_READING_12V_VOLT   (0)
	Offset reading 12V voltage.
#define	PSU_OFFSET_READING_3V3_VOLT   (0)
	Offset reading 3.3V voltage.
#define	PSU_OFFSET_READING_5V_VOLT   (0)
	Offset reading 5V voltage.
#define	PSU_OFFSET_READING_N12V_AUX_VOLT   (0)
	Offset reading -12V auxilirary voltage.
#define	PSU_OFFSET_READING_P12V_AUX_VOLT   (0)
	Offset reading +12V auxilirary voltage.
#define	PSU_OFFSET_READING_3V3_AUX_VOLT   (0)
	Offset reading 3.3V auxilirary voltage.
#define	PSU_OFFSET_READING_INPUT_AMP   (0)
	Offset reading input current.
#define	PSU_OFFSET_READING_12V_AMP   (0)
	Offset reading 12V current.
#define	PSU_OFFSET_READING_3V3_AMP   (0)
	Offset reading 3.3V current.
#define	PSU_OFFSET_READING_5V_AMP   (0)
	Offset reading 5V current.
#define	PSU_OFFSET_READING_N12V_AUX_AMP   (0)
	Offset reading -12V auxilirary current.
#define	PSU_OFFSET_READING_P12V_AUX_AMP   (0)
	Offset reading +12V auxilirary current.
#define	PSU_OFFSET_READING_3V3_AUX_AMP   (0)
	Offset reading 3.3V auxilirary current.
#define	PSU_OFFSET_READING_BOARD_TEMP   (0)
	Offset reading board temperature.
#define	PSU_OFFSET_READING_12V_TEMP   (0)
	Offset reading 12V temperature.
#define	PSU_OFFSET_READING_3V3_TEMP   (0)
	Offset reading 3.3V temperature.
#define	PSU_OFFSET_READING_5V_TEMP   (0)
	Offset reading 5V temperature.
#define	PSU_OFFSET_READING_N12V_AUX_TEMP   (0)
	Offset reading -12V auxilirary temperature.
#define	PSU_OFFSET_READING_P12V_AUX_TEMP   (0)
	Offset reading +12V auxilirary temperature.
#define	PSU_OFFSET_READING_3V3_AUX_TEMP   (0)
	Offset reading 3.3V auxilirary temperature.
#define	PSU_OFFSET_READING_PRIMARY_TRANS_TEMP   (0)
	Offset reading primary transformer temperature.
#define	PSU_MASK_DIAG_STATE_IN_VOLT(data)
#define	PSU_MASK_DIAG_STATE_OUT_12V_VOLT(data)
#define	PSU_MASK_DIAG_STATE_OUT_3V3_VOLT(data)
#define	PSU_MASK_DIAG_STATE_OUT_5V_VOLT(data)
#define	PSU_MASK_DIAG_STATE_OUT_N12V_AUX_VOLT(data)
#define	PSU_MASK_DIAG_STATE_OUT_P12V_AUX_VOLT(data)
#define	PSU_MASK_DIAG_STATE_OUT_3V3_AUX_VOLT(data)
#define	PSU_MASK_DIAG_STATE_IN_AMP(data)
#define	PSU_MASK_DIAG_STATE_OUT_12V_AMP(data)
#define	PSU_MASK_DIAG_STATE_OUT_3V3_AMP(data)
#define	PSU_MASK_DIAG_STATE_OUT_5V_AMP(data)
#define	PSU_MASK_DIAG_STATE_OUT_N12V_AUX_AMP(data)
#define	PSU_MASK_DIAG_STATE_OUT_P12V_AUX_AMP(data)
#define	PSU_MASK_DIAG_STATE_OUT_3V3_AUX_AMP(data)
#define	PSU_MASK_DIAG_STATE_BOARD_TEMP(data)
#define	PSU_MASK_DIAG_STATE_OUT_12V_TEMP(data)
#define	PSU_MASK_DIAG_STATE_OUT_3V3_TEMP(data)
#define	PSU_MASK_DIAG_STATE_OUT_5V_TEMP(data)
#define	PSU_MASK_DIAG_STATE_OUT_N12V_AUX_TEMP(data)
#define	PSU_MASK_DIAG_STATE_OUT_P12V_AUX_TEMP(data)
#define	PSU_MASK_DIAG_STATE_OUT_3V3_AUX_TEMP(data)
#define	PSU_MASK_DIAG_STATE_PRI_TRANS_TEMP(data)
#define	PSU_MASK_CBIT_IN_VOLT_OVER_VOLT(data)
#define	PSU_MASK_CBIT_IN_VOLT_UNDER_VOLT(data)
#define	PSU_MASK_CBIT_OUT_12V_OVER_VOLT(data)
#define	PSU_MASK_CBIT_OUT_12V_UNDER_VOLT(data)
#define	PSU_MASK_CBIT_OUT_5V_OVER_VOLT(data)
#define	PSU_MASK_CBIT_OUT_5V_UNDER_VOLT(data)
#define	PSU_MASK_CBIT_OUT_3V3_OVER_VOLT(data)
#define	PSU_MASK_CBIT_OUT_3V3_UNDER_VOLT(data)
#define	PSU_MASK_CBIT_OUT_N12V_AUX_OVER_VOLT(data)
#define	PSU_MASK_CBIT_OUT_N12V_AUX_UNDER_VOLT(data)
#define	PSU_MASK_CBIT_OUT_P12V_AUX_OVER_VOLT(data)
#define	PSU_MASK_CBIT_OUT_P12V_AUX_UNDER_VOLT(data)
#define	PSU_MASK_CBIT_OUT_3V3_AUX_OVER_VOLT(data)
#define	PSU_MASK_CBIT_OUT_3V3_AUX_UNDER_VOLT(data)
#define	PSU_MASK_CBIT_IN_AMP_OVER_AMP(data)
#define	PSU_MASK_CBIT_OUT_12V_OVER_AMP(data)
#define	PSU_MASK_CBIT_OUT_5V_OVER_AMP(data)
#define	PSU_MASK_CBIT_OUT_3V3_OVER_AMP(data)
#define	PSU_MASK_CBIT_OUT_N12V_AUX_OVER_AMP(data)
#define	PSU_MASK_CBIT_OUT_P12V_AUX_OVER_AMP(data)
#define	PSU_MASK_CBIT_OUT_3V3_AUX_OVER_AMP(data)
#define	PSU_MASK_CBIT_BOARD_OVER_TEMP(data)
#define	PSU_MASK_CBIT_OUT_12V_OVER_TEMP(data)
#define	PSU_MASK_CBIT_OUT_5V_OVER_TEMP(data)
#define	PSU_MASK_CBIT_OUT_3V3_OVER_TEMP(data)
#define	PSU_MASK_CBIT_OUT_N12V_AUX_OVER_TEMP(data)
#define	PSU_MASK_CBIT_OUT_P12V_AUX_OVER_TEMP(data)
#define	PSU_MASK_CBIT_OUT_3V3_AUX_OVER_TEMP(data)
#define	PSU_MASK_CBIT_PRI_TRANS_OVER_TEMP(data)
#define	PSU_MASK_CBIT_COMM_STAT(data)

Enumerations
enum	SensorNumber {   PSU_SENSOR_NUMBER_BOARD_TEMP = 0x0A , PSU_SENSOR_NUMBER_N12V_AUX_VOLTAGE = 0x0B , PSU_SENSOR_NUMBER_N12V_AUX_TEMP = 0x0C , PSU_SENSOR_NUMBER_INPUT_VOLTAGE = 0x0D ,   PSU_SENSOR_NUMBER_INPUT_CURRENT = 0x0E , PSU_SENSOR_NUMBER_12V_CURRENT = 0x11 , PSU_SENSOR_NUMBER_5V_CURRENT = 0x12 , PSU_SENSOR_NUMBER_3V3_CURRENT = 0x13 ,   PSU_SENSOR_NUMBER_3V3_AUX_CURRENT = 0x14 , PSU_SENSOR_NUMBER_PRIMARY_TRANS_TEMP = 0x16 , PSU_SENSOR_NUMBER_P12V_AUX_CURRENT = 0x17 , PSU_SENSOR_NUMBER_N12V_AUX_CURRENT = 0x18 ,   PSU_SENSOR_NUMBER_5V_VOLTAGE = 0x19 , PSU_SENSOR_NUMBER_5V_TEMP = 0x1A , PSU_SENSOR_NUMBER_12V_VOLTAGE = 0x1B , PSU_SENSOR_NUMBER_12V_TEMP = 0x1C ,   PSU_SENSOR_NUMBER_3V3_VOLTAGE = 0x1D , PSU_SENSOR_NUMBER_3V3_TEMP = 0x1E , PSU_SENSOR_NUMBER_P12V_AUX_VOLTAGE = 0x1F , PSU_SENSOR_NUMBER_P12V_AUX_TEMP = 0x20 ,   PSU_SENSOR_NUMBER_3V3_AUX_VOLTAGE = 0x21 , PSU_SENSOR_NUMBER_3V3_AUX_TEMP = 0x22 }
	Power Supply Unit (PSU) Internal Voltage, Current, and Temperature Sensor Channel Identifiers. More...
enum	PsuDiagStateThreshold {   READING_NORMAL = 0x01U , READING_LOWER_NON_CRITICAL , READING_LOWER_CRITICAL , READING_LOWER_NON_RECOVERABLE ,   READING_UPPER_NON_CRITICAL , READING_UPPER_CRITICAL , READING_UPPER_NON_RECOVERABLE }
	Power Supply Unit (PSU) Voltage and Temperature Rail Threshold Diagnostic State Indicators. More...
enum	PsuCbitCondition { NOT_OK = 0 , OK }
	Power Supply Unit (PSU) Continuous Built-In Test (CBIT) Evaluation Condition (OK / NOT OK). More...

Functions
DriverStatus	psu_getPsuDiag (const PSUDevHandler psuDevHdl, PsuDiagStatus *psuDiagPtr)
	psu_getPsuDiag.
DriverStatus	psu_getPsuCbit (const PSUDevHandler psuDevHdl, PsuCbitStatus *psuCbitPtr)
	psu_getPsuCbit.
DriverStatus	psu_getInputVolt (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getInputVolt.
DriverStatus	psu_getOutputRail12VVolt (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getOutputRail12VVolt.
DriverStatus	psu_getOutputRail3V3Volt (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getOutputRail3V3Volt.
DriverStatus	psu_getOutputRail5VVolt (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getOutputRail5VVolt.
DriverStatus	psu_getOutputRailN12VAuxVolt (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getOutputRailN12VAuxVolt.
DriverStatus	psu_getOutputRailP12VAuxVolt (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getOutputRailP12VAuxVolt.
DriverStatus	psu_getOutputRail3V3AuxVolt (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getOutputRail3V3AuxVolt.
DriverStatus	psu_getInputAmp (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getInputAmp.
DriverStatus	psu_getOutputRail12VAmp (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getOutputRail12VAmp.
DriverStatus	psu_getOutputRail3V3Amp (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getOutputRail3V3Amp.
DriverStatus	psu_getOutputRail5VAmp (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getOutputRail5VAmp.
DriverStatus	psu_getOutputRailN12VAuxAmp (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getOutputRailN12VAuxAmp.
DriverStatus	psu_getOutputRailP12VAuxAmp (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getOutputRailP12VAuxAmp.
DriverStatus	psu_getOutputRail3V3AuxAmp (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getOutputRail3V3AuxAmp.
DriverStatus	psu_getBoardTemp (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getBoardTemp.
DriverStatus	psu_getOutputRail12VTemp (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getOutputRail12VTemp.
DriverStatus	psu_getOutputRail3V3Temp (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getOutputRail3V3Temp.
DriverStatus	psu_getOutputRail5VTemp (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getOutputRail5VTemp.
DriverStatus	psu_getOutputRailN12VAuxTemp (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getOutputRailN12VAuxTemp.
DriverStatus	psu_getOutputRailP12VAuxTemp (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getOutputRailP12VAuxTemp.
DriverStatus	psu_getOutputRail3V3AuxTemp (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getOutputRail3V3AuxTemp.
DriverStatus	psu_getPrimaryTransTemp (const PSUDevHandler psuDevHdl, Float32 *valuePtr)
	psu_getPrimaryTransTemp.

Detailed Description

Author

Mohammad Nasrulhadi Abdullah nasru.nosp@m.lhad.nosp@m.i.abd.nosp@m.ulla.nosp@m.h@tus.nosp@m.as.m.nosp@m.y, Norshamimi Abdul Hamid norsh.nosp@m.amim.nosp@m.i.ham.nosp@m.id@t.nosp@m.usas..nosp@m.my

PSU device driver header file

Macro Definition Documentation

PSU_COEFFICIENTS_12V_AMP_B

#define PSU_COEFFICIENTS_12V_AMP_B   (55)

PSU_COEFFICIENTS_12V_AMP_K1

#define PSU_COEFFICIENTS_12V_AMP_K1   (0)

PSU_COEFFICIENTS_12V_AMP_K2

#define PSU_COEFFICIENTS_12V_AMP_K2   (-3)

PSU_COEFFICIENTS_12V_AMP_M

#define PSU_COEFFICIENTS_12V_AMP_M   (78)

PSU_COEFFICIENTS_12V_TEMP_B

#define PSU_COEFFICIENTS_12V_TEMP_B   (-128)

PSU_COEFFICIENTS_12V_TEMP_K1

#define PSU_COEFFICIENTS_12V_TEMP_K1   (2)

PSU_COEFFICIENTS_12V_TEMP_K2

#define PSU_COEFFICIENTS_12V_TEMP_K2   (-2)

PSU_COEFFICIENTS_12V_TEMP_M

#define PSU_COEFFICIENTS_12V_TEMP_M   (100)

PSU_COEFFICIENTS_12V_VOLT_B

#define PSU_COEFFICIENTS_12V_VOLT_B   (-225)

PSU_COEFFICIENTS_12V_VOLT_K1

#define PSU_COEFFICIENTS_12V_VOLT_K1   (-1)

PSU_COEFFICIENTS_12V_VOLT_K2

#define PSU_COEFFICIENTS_12V_VOLT_K2   (-3)

PSU_COEFFICIENTS_12V_VOLT_M

#define PSU_COEFFICIENTS_12V_VOLT_M   (59)

PSU_COEFFICIENTS_3V3_AMP_B

#define PSU_COEFFICIENTS_3V3_AMP_B   (55)

PSU_COEFFICIENTS_3V3_AMP_K1

#define PSU_COEFFICIENTS_3V3_AMP_K1   (0)

PSU_COEFFICIENTS_3V3_AMP_K2

#define PSU_COEFFICIENTS_3V3_AMP_K2   (-3)

PSU_COEFFICIENTS_3V3_AMP_M

#define PSU_COEFFICIENTS_3V3_AMP_M   (78)

PSU_COEFFICIENTS_3V3_AUX_AMP_B

#define PSU_COEFFICIENTS_3V3_AUX_AMP_B   (200)

PSU_COEFFICIENTS_3V3_AUX_AMP_K1

#define PSU_COEFFICIENTS_3V3_AUX_AMP_K1   (-1)

PSU_COEFFICIENTS_3V3_AUX_AMP_K2

#define PSU_COEFFICIENTS_3V3_AUX_AMP_K2   (-4)

PSU_COEFFICIENTS_3V3_AUX_AMP_M

#define PSU_COEFFICIENTS_3V3_AUX_AMP_M   (392)

PSU_COEFFICIENTS_3V3_AUX_TEMP_B

#define PSU_COEFFICIENTS_3V3_AUX_TEMP_B   (-128)

PSU_COEFFICIENTS_3V3_AUX_TEMP_K1

#define PSU_COEFFICIENTS_3V3_AUX_TEMP_K1   (2)

PSU_COEFFICIENTS_3V3_AUX_TEMP_K2

#define PSU_COEFFICIENTS_3V3_AUX_TEMP_K2   (-2)

PSU_COEFFICIENTS_3V3_AUX_TEMP_M

#define PSU_COEFFICIENTS_3V3_AUX_TEMP_M   (100)

PSU_COEFFICIENTS_3V3_AUX_VOLT_B

#define PSU_COEFFICIENTS_3V3_AUX_VOLT_B   (-175)

PSU_COEFFICIENTS_3V3_AUX_VOLT_K1

#define PSU_COEFFICIENTS_3V3_AUX_VOLT_K1   (-1)

PSU_COEFFICIENTS_3V3_AUX_VOLT_K2

#define PSU_COEFFICIENTS_3V3_AUX_VOLT_K2   (-4)

PSU_COEFFICIENTS_3V3_AUX_VOLT_M

#define PSU_COEFFICIENTS_3V3_AUX_VOLT_M   (157)

PSU_COEFFICIENTS_3V3_TEMP_B

#define PSU_COEFFICIENTS_3V3_TEMP_B   (-128)

PSU_COEFFICIENTS_3V3_TEMP_K1

#define PSU_COEFFICIENTS_3V3_TEMP_K1   (2)

PSU_COEFFICIENTS_3V3_TEMP_K2

#define PSU_COEFFICIENTS_3V3_TEMP_K2   (-2)

PSU_COEFFICIENTS_3V3_TEMP_M

#define PSU_COEFFICIENTS_3V3_TEMP_M   (100)

PSU_COEFFICIENTS_3V3_VOLT_B

#define PSU_COEFFICIENTS_3V3_VOLT_B   (-175)

PSU_COEFFICIENTS_3V3_VOLT_K1

#define PSU_COEFFICIENTS_3V3_VOLT_K1   (-1)

PSU_COEFFICIENTS_3V3_VOLT_K2

#define PSU_COEFFICIENTS_3V3_VOLT_K2   (-4)

PSU_COEFFICIENTS_3V3_VOLT_M

#define PSU_COEFFICIENTS_3V3_VOLT_M   (157)

PSU_COEFFICIENTS_5V_AMP_B

#define PSU_COEFFICIENTS_5V_AMP_B   (849)

PSU_COEFFICIENTS_5V_AMP_K1

#define PSU_COEFFICIENTS_5V_AMP_K1   (-1)

PSU_COEFFICIENTS_5V_AMP_K2

#define PSU_COEFFICIENTS_5V_AMP_K2   (-3)

PSU_COEFFICIENTS_5V_AMP_M

#define PSU_COEFFICIENTS_5V_AMP_M   (157)

PSU_COEFFICIENTS_5V_TEMP_B

#define PSU_COEFFICIENTS_5V_TEMP_B   (-128)

PSU_COEFFICIENTS_5V_TEMP_K1

#define PSU_COEFFICIENTS_5V_TEMP_K1   (2)

PSU_COEFFICIENTS_5V_TEMP_K2

#define PSU_COEFFICIENTS_5V_TEMP_K2   (-2)

PSU_COEFFICIENTS_5V_TEMP_M

#define PSU_COEFFICIENTS_5V_TEMP_M   (100)

PSU_COEFFICIENTS_5V_VOLT_B

#define PSU_COEFFICIENTS_5V_VOLT_B   (375)

PSU_COEFFICIENTS_5V_VOLT_K1

#define PSU_COEFFICIENTS_5V_VOLT_K1   (-1)

PSU_COEFFICIENTS_5V_VOLT_K2

#define PSU_COEFFICIENTS_5V_VOLT_K2   (-4)

PSU_COEFFICIENTS_5V_VOLT_M

#define PSU_COEFFICIENTS_5V_VOLT_M   (235)

PSU_COEFFICIENTS_BOARD_TEMP_B

#define PSU_COEFFICIENTS_BOARD_TEMP_B   (-128)

PSU_COEFFICIENTS_BOARD_TEMP_K1

#define PSU_COEFFICIENTS_BOARD_TEMP_K1   (2)

PSU_COEFFICIENTS_BOARD_TEMP_K2

#define PSU_COEFFICIENTS_BOARD_TEMP_K2   (-2)

PSU_COEFFICIENTS_BOARD_TEMP_M

#define PSU_COEFFICIENTS_BOARD_TEMP_M   (100)

PSU_COEFFICIENTS_INPUT_AMP_B

#define PSU_COEFFICIENTS_INPUT_AMP_B   (145)

PSU_COEFFICIENTS_INPUT_AMP_K1

#define PSU_COEFFICIENTS_INPUT_AMP_K1   (-1)

PSU_COEFFICIENTS_INPUT_AMP_K2

#define PSU_COEFFICIENTS_INPUT_AMP_K2   (-3)

PSU_COEFFICIENTS_INPUT_AMP_M

#define PSU_COEFFICIENTS_INPUT_AMP_M   (137)

PSU_COEFFICIENTS_INPUT_VOLT_B

#define PSU_COEFFICIENTS_INPUT_VOLT_B   (475)

PSU_COEFFICIENTS_INPUT_VOLT_K1

#define PSU_COEFFICIENTS_INPUT_VOLT_K1   (-1)

PSU_COEFFICIENTS_INPUT_VOLT_K2

#define PSU_COEFFICIENTS_INPUT_VOLT_K2   (-3)

PSU_COEFFICIENTS_INPUT_VOLT_M

#define PSU_COEFFICIENTS_INPUT_VOLT_M   (431)

PSU_COEFFICIENTS_N12V_AUX_AMP_B

#define PSU_COEFFICIENTS_N12V_AUX_AMP_B   (200)

PSU_COEFFICIENTS_N12V_AUX_AMP_K1

#define PSU_COEFFICIENTS_N12V_AUX_AMP_K1   (-1)

PSU_COEFFICIENTS_N12V_AUX_AMP_K2

#define PSU_COEFFICIENTS_N12V_AUX_AMP_K2   (-4)

PSU_COEFFICIENTS_N12V_AUX_AMP_M

#define PSU_COEFFICIENTS_N12V_AUX_AMP_M   (392)

PSU_COEFFICIENTS_N12V_AUX_TEMP_B

#define PSU_COEFFICIENTS_N12V_AUX_TEMP_B   (-128)

PSU_COEFFICIENTS_N12V_AUX_TEMP_K1

#define PSU_COEFFICIENTS_N12V_AUX_TEMP_K1   (2)

PSU_COEFFICIENTS_N12V_AUX_TEMP_K2

#define PSU_COEFFICIENTS_N12V_AUX_TEMP_K2   (-2)

PSU_COEFFICIENTS_N12V_AUX_TEMP_M

#define PSU_COEFFICIENTS_N12V_AUX_TEMP_M   (100)

PSU_COEFFICIENTS_N12V_AUX_VOLT_B

#define PSU_COEFFICIENTS_N12V_AUX_VOLT_B   (-178)

PSU_COEFFICIENTS_N12V_AUX_VOLT_K1

#define PSU_COEFFICIENTS_N12V_AUX_VOLT_K1   (2)

PSU_COEFFICIENTS_N12V_AUX_VOLT_K2

#define PSU_COEFFICIENTS_N12V_AUX_VOLT_K2   (-3)

PSU_COEFFICIENTS_N12V_AUX_VOLT_M

#define PSU_COEFFICIENTS_N12V_AUX_VOLT_M   (143)

PSU_COEFFICIENTS_P12V_AUX_AMP_B

#define PSU_COEFFICIENTS_P12V_AUX_AMP_B   (200)

PSU_COEFFICIENTS_P12V_AUX_AMP_K1

#define PSU_COEFFICIENTS_P12V_AUX_AMP_K1   (-1)

PSU_COEFFICIENTS_P12V_AUX_AMP_K2

#define PSU_COEFFICIENTS_P12V_AUX_AMP_K2   (-4)

PSU_COEFFICIENTS_P12V_AUX_AMP_M

#define PSU_COEFFICIENTS_P12V_AUX_AMP_M   (392)

PSU_COEFFICIENTS_P12V_AUX_TEMP_B

#define PSU_COEFFICIENTS_P12V_AUX_TEMP_B   (-128)

PSU_COEFFICIENTS_P12V_AUX_TEMP_K1

#define PSU_COEFFICIENTS_P12V_AUX_TEMP_K1   (2)

PSU_COEFFICIENTS_P12V_AUX_TEMP_K2

#define PSU_COEFFICIENTS_P12V_AUX_TEMP_K2   (-2)

PSU_COEFFICIENTS_P12V_AUX_TEMP_M

#define PSU_COEFFICIENTS_P12V_AUX_TEMP_M   (100)

PSU_COEFFICIENTS_P12V_AUX_VOLT_B

#define PSU_COEFFICIENTS_P12V_AUX_VOLT_B   (-225)

PSU_COEFFICIENTS_P12V_AUX_VOLT_K1

#define PSU_COEFFICIENTS_P12V_AUX_VOLT_K1   (-1)

PSU_COEFFICIENTS_P12V_AUX_VOLT_K2

#define PSU_COEFFICIENTS_P12V_AUX_VOLT_K2   (-3)

PSU_COEFFICIENTS_P12V_AUX_VOLT_M

#define PSU_COEFFICIENTS_P12V_AUX_VOLT_M   (59)

PSU_COEFFICIENTS_PRIMARY_TRANS_TEMP_B

#define PSU_COEFFICIENTS_PRIMARY_TRANS_TEMP_B   (-61)

PSU_COEFFICIENTS_PRIMARY_TRANS_TEMP_K1

#define PSU_COEFFICIENTS_PRIMARY_TRANS_TEMP_K1   (2)

PSU_COEFFICIENTS_PRIMARY_TRANS_TEMP_K2

#define PSU_COEFFICIENTS_PRIMARY_TRANS_TEMP_K2   (-2)

PSU_COEFFICIENTS_PRIMARY_TRANS_TEMP_M

#define PSU_COEFFICIENTS_PRIMARY_TRANS_TEMP_M   (75)

PSU_MASK_CBIT_BOARD_OVER_TEMP

#define PSU_MASK_CBIT_BOARD_OVER_TEMP

(

data

)

Value:

(data & 0x00000001U)

PSU_MASK_CBIT_COMM_STAT

#define PSU_MASK_CBIT_COMM_STAT

(

data

)

Value:

(data & 0x00000001U)

PSU_MASK_CBIT_IN_AMP_OVER_AMP

#define PSU_MASK_CBIT_IN_AMP_OVER_AMP

(

data

)

Value:

(data & 0x00000001U)

PSU_MASK_CBIT_IN_VOLT_OVER_VOLT

#define PSU_MASK_CBIT_IN_VOLT_OVER_VOLT

(

data

)

Value:

(data & 0x00000001U)

PSU_MASK_CBIT_IN_VOLT_UNDER_VOLT

#define PSU_MASK_CBIT_IN_VOLT_UNDER_VOLT

(

data

)

Value:

((data & 0x00000002U) >> 1U)

PSU_MASK_CBIT_OUT_12V_OVER_AMP

#define PSU_MASK_CBIT_OUT_12V_OVER_AMP

(

data

)

Value:

((data & 0x00000002U) >> 1U)

PSU_MASK_CBIT_OUT_12V_OVER_TEMP

#define PSU_MASK_CBIT_OUT_12V_OVER_TEMP

(

data

)

Value:

((data & 0x00000002U) >> 1U)

PSU_MASK_CBIT_OUT_12V_OVER_VOLT

#define PSU_MASK_CBIT_OUT_12V_OVER_VOLT

(

data

)

Value:

((data & 0x00000004U) >> 2U)

PSU_MASK_CBIT_OUT_12V_UNDER_VOLT

#define PSU_MASK_CBIT_OUT_12V_UNDER_VOLT

(

data

)

Value:

((data & 0x00000008U) >> 3U)

PSU_MASK_CBIT_OUT_3V3_AUX_OVER_AMP

#define PSU_MASK_CBIT_OUT_3V3_AUX_OVER_AMP

(

data

)

Value:

((data & 0x00000040U) >> 6U)

PSU_MASK_CBIT_OUT_3V3_AUX_OVER_TEMP

#define PSU_MASK_CBIT_OUT_3V3_AUX_OVER_TEMP

(

data

)

Value:

((data & 0x00000040U) >> 6U)

PSU_MASK_CBIT_OUT_3V3_AUX_OVER_VOLT

#define PSU_MASK_CBIT_OUT_3V3_AUX_OVER_VOLT

(

data

)

Value:

((data & 0x00001000U) >> 12U)

PSU_MASK_CBIT_OUT_3V3_AUX_UNDER_VOLT

#define PSU_MASK_CBIT_OUT_3V3_AUX_UNDER_VOLT

(

data

)

Value:

((data & 0x00002000U) >> 13U)

PSU_MASK_CBIT_OUT_3V3_OVER_AMP

#define PSU_MASK_CBIT_OUT_3V3_OVER_AMP

(

data

)

Value:

((data & 0x00000008U) >> 3U)

PSU_MASK_CBIT_OUT_3V3_OVER_TEMP

#define PSU_MASK_CBIT_OUT_3V3_OVER_TEMP

(

data

)

Value:

((data & 0x00000008U) >> 3U)

PSU_MASK_CBIT_OUT_3V3_OVER_VOLT

#define PSU_MASK_CBIT_OUT_3V3_OVER_VOLT

(

data

)

Value:

((data & 0x00000040U) >> 6U)

PSU_MASK_CBIT_OUT_3V3_UNDER_VOLT

#define PSU_MASK_CBIT_OUT_3V3_UNDER_VOLT

(

data

)

Value:

((data & 0x00000080U) >> 7U)

PSU_MASK_CBIT_OUT_5V_OVER_AMP

#define PSU_MASK_CBIT_OUT_5V_OVER_AMP

(

data

)

Value:

((data & 0x00000004U) >> 2U)

PSU_MASK_CBIT_OUT_5V_OVER_TEMP

#define PSU_MASK_CBIT_OUT_5V_OVER_TEMP

(

data

)

Value:

((data & 0x00000004U) >> 2U)

PSU_MASK_CBIT_OUT_5V_OVER_VOLT

#define PSU_MASK_CBIT_OUT_5V_OVER_VOLT

(

data

)

Value:

((data & 0x00000010U) >> 4U)

PSU_MASK_CBIT_OUT_5V_UNDER_VOLT

#define PSU_MASK_CBIT_OUT_5V_UNDER_VOLT

(

data

)

Value:

((data & 0x00000020U) >> 5U)

PSU_MASK_CBIT_OUT_N12V_AUX_OVER_AMP

#define PSU_MASK_CBIT_OUT_N12V_AUX_OVER_AMP

(

data

)

Value:

((data & 0x00000010U) >> 4U)

PSU_MASK_CBIT_OUT_N12V_AUX_OVER_TEMP

#define PSU_MASK_CBIT_OUT_N12V_AUX_OVER_TEMP

(

data

)

Value:

((data & 0x00000010U) >> 4U)

PSU_MASK_CBIT_OUT_N12V_AUX_OVER_VOLT

#define PSU_MASK_CBIT_OUT_N12V_AUX_OVER_VOLT

(

data

)

Value:

((data & 0x00000100U) >> 8U)

PSU_MASK_CBIT_OUT_N12V_AUX_UNDER_VOLT

#define PSU_MASK_CBIT_OUT_N12V_AUX_UNDER_VOLT

(

data

)

Value:

((data & 0x00000200U) >> 9U)

PSU_MASK_CBIT_OUT_P12V_AUX_OVER_AMP

#define PSU_MASK_CBIT_OUT_P12V_AUX_OVER_AMP

(

data

)

Value:

((data & 0x00000020U) >> 5U)

PSU_MASK_CBIT_OUT_P12V_AUX_OVER_TEMP

#define PSU_MASK_CBIT_OUT_P12V_AUX_OVER_TEMP

(

data

)

Value:

((data & 0x00000020U) >> 5U)

PSU_MASK_CBIT_OUT_P12V_AUX_OVER_VOLT

#define PSU_MASK_CBIT_OUT_P12V_AUX_OVER_VOLT

(

data

)

Value:

((data & 0x00000400U) >> 10U)

PSU_MASK_CBIT_OUT_P12V_AUX_UNDER_VOLT

#define PSU_MASK_CBIT_OUT_P12V_AUX_UNDER_VOLT

(

data

)

Value:

((data & 0x00000800U) >> 11U)

PSU_MASK_CBIT_PRI_TRANS_OVER_TEMP

#define PSU_MASK_CBIT_PRI_TRANS_OVER_TEMP

(

data

)

Value:

((data & 0x00000080U) >> 7U)

PSU_MASK_DIAG_STATE_BOARD_TEMP

#define PSU_MASK_DIAG_STATE_BOARD_TEMP

(

data

)

Value:

(data & 0x00000007U)

PSU_MASK_DIAG_STATE_IN_AMP

#define PSU_MASK_DIAG_STATE_IN_AMP

(

data

)

Value:

(data & 0x00000007U)

PSU_MASK_DIAG_STATE_IN_VOLT

#define PSU_MASK_DIAG_STATE_IN_VOLT

(

data

)

Value:

(data & 0x00000007U)

PSU_MASK_DIAG_STATE_OUT_12V_AMP

#define PSU_MASK_DIAG_STATE_OUT_12V_AMP

(

data

)

Value:

((data & 0x00000038U) >> 3U)

PSU_MASK_DIAG_STATE_OUT_12V_TEMP

#define PSU_MASK_DIAG_STATE_OUT_12V_TEMP

(

data

)

Value:

((data & 0x00000038U) >> 3U)

PSU_MASK_DIAG_STATE_OUT_12V_VOLT

#define PSU_MASK_DIAG_STATE_OUT_12V_VOLT

(

data

)

Value:

((data & 0x00000038U) >> 3U)

PSU_MASK_DIAG_STATE_OUT_3V3_AMP

#define PSU_MASK_DIAG_STATE_OUT_3V3_AMP

(

data

)

Value:

((data & 0x000001C0U) >> 6U)

PSU_MASK_DIAG_STATE_OUT_3V3_AUX_AMP

#define PSU_MASK_DIAG_STATE_OUT_3V3_AUX_AMP

(

data

)

Value:

((data & 0x001C0000U) >> 18U)

PSU_MASK_DIAG_STATE_OUT_3V3_AUX_TEMP

#define PSU_MASK_DIAG_STATE_OUT_3V3_AUX_TEMP

(

data

)

Value:

((data & 0x001C0000U) >> 18U)

PSU_MASK_DIAG_STATE_OUT_3V3_AUX_VOLT

#define PSU_MASK_DIAG_STATE_OUT_3V3_AUX_VOLT

(

data

)

Value:

((data & 0x001C0000U) >> 18U)

PSU_MASK_DIAG_STATE_OUT_3V3_TEMP

#define PSU_MASK_DIAG_STATE_OUT_3V3_TEMP

(

data

)

Value:

((data & 0x000001C0U) >> 6U)

PSU_MASK_DIAG_STATE_OUT_3V3_VOLT

#define PSU_MASK_DIAG_STATE_OUT_3V3_VOLT

(

data

)

Value:

((data & 0x000001C0U) >> 6U)

PSU_MASK_DIAG_STATE_OUT_5V_AMP

#define PSU_MASK_DIAG_STATE_OUT_5V_AMP

(

data

)

Value:

((data & 0x00000E00U) >> 9U)

PSU_MASK_DIAG_STATE_OUT_5V_TEMP

#define PSU_MASK_DIAG_STATE_OUT_5V_TEMP

(

data

)

Value:

((data & 0x00000E00U) >> 9U)

PSU_MASK_DIAG_STATE_OUT_5V_VOLT

#define PSU_MASK_DIAG_STATE_OUT_5V_VOLT

(

data

)

Value:

((data & 0x00000E00U) >> 9U)

PSU_MASK_DIAG_STATE_OUT_N12V_AUX_AMP

#define PSU_MASK_DIAG_STATE_OUT_N12V_AUX_AMP

(

data

)

Value:

((data & 0x00007000U) >> 12U)

PSU_MASK_DIAG_STATE_OUT_N12V_AUX_TEMP

#define PSU_MASK_DIAG_STATE_OUT_N12V_AUX_TEMP

(

data

)

Value:

((data & 0x00007000U) >> 12U)

PSU_MASK_DIAG_STATE_OUT_N12V_AUX_VOLT

#define PSU_MASK_DIAG_STATE_OUT_N12V_AUX_VOLT

(

data

)

Value:

((data & 0x00007000U) >> 12U)

PSU_MASK_DIAG_STATE_OUT_P12V_AUX_AMP

#define PSU_MASK_DIAG_STATE_OUT_P12V_AUX_AMP

(

data

)

Value:

((data & 0x00038000U) >> 15U)

PSU_MASK_DIAG_STATE_OUT_P12V_AUX_TEMP

#define PSU_MASK_DIAG_STATE_OUT_P12V_AUX_TEMP

(

data

)

Value:

((data & 0x00038000U) >> 15U)

PSU_MASK_DIAG_STATE_OUT_P12V_AUX_VOLT

#define PSU_MASK_DIAG_STATE_OUT_P12V_AUX_VOLT

(

data

)

Value:

((data & 0x00038000U) >> 15U)

PSU_MASK_DIAG_STATE_PRI_TRANS_TEMP

#define PSU_MASK_DIAG_STATE_PRI_TRANS_TEMP

(

data

)

Value:

((data & 0x00E00000U) >> 21U)

PSU_OFFSET_READING_12V_AMP

#define PSU_OFFSET_READING_12V_AMP   (0)

Offset reading 12V current.

PSU_OFFSET_READING_12V_TEMP

#define PSU_OFFSET_READING_12V_TEMP   (0)

Offset reading 12V temperature.

PSU_OFFSET_READING_12V_VOLT

#define PSU_OFFSET_READING_12V_VOLT   (0)

Offset reading 12V voltage.

PSU_OFFSET_READING_3V3_AMP

#define PSU_OFFSET_READING_3V3_AMP   (0)

Offset reading 3.3V current.

PSU_OFFSET_READING_3V3_AUX_AMP

#define PSU_OFFSET_READING_3V3_AUX_AMP   (0)

Offset reading 3.3V auxilirary current.

PSU_OFFSET_READING_3V3_AUX_TEMP

#define PSU_OFFSET_READING_3V3_AUX_TEMP   (0)

Offset reading 3.3V auxilirary temperature.

PSU_OFFSET_READING_3V3_AUX_VOLT

#define PSU_OFFSET_READING_3V3_AUX_VOLT   (0)

Offset reading 3.3V auxilirary voltage.

PSU_OFFSET_READING_3V3_TEMP

#define PSU_OFFSET_READING_3V3_TEMP   (0)

Offset reading 3.3V temperature.

PSU_OFFSET_READING_3V3_VOLT

#define PSU_OFFSET_READING_3V3_VOLT   (0)

Offset reading 3.3V voltage.

PSU_OFFSET_READING_5V_AMP

#define PSU_OFFSET_READING_5V_AMP   (0)

Offset reading 5V current.

PSU_OFFSET_READING_5V_TEMP

#define PSU_OFFSET_READING_5V_TEMP   (0)

Offset reading 5V temperature.

PSU_OFFSET_READING_5V_VOLT

#define PSU_OFFSET_READING_5V_VOLT   (0)

Offset reading 5V voltage.

PSU_OFFSET_READING_BOARD_TEMP

#define PSU_OFFSET_READING_BOARD_TEMP   (0)

Offset reading board temperature.

PSU_OFFSET_READING_INPUT_AMP

#define PSU_OFFSET_READING_INPUT_AMP   (0)

Offset reading input current.

PSU_OFFSET_READING_INPUT_VOLT

#define PSU_OFFSET_READING_INPUT_VOLT   (0.3)

Offset reading input voltage.

PSU_OFFSET_READING_N12V_AUX_AMP

#define PSU_OFFSET_READING_N12V_AUX_AMP   (0)

Offset reading -12V auxilirary current.

PSU_OFFSET_READING_N12V_AUX_TEMP

#define PSU_OFFSET_READING_N12V_AUX_TEMP   (0)

Offset reading -12V auxilirary temperature.

PSU_OFFSET_READING_N12V_AUX_VOLT

#define PSU_OFFSET_READING_N12V_AUX_VOLT   (0)

Offset reading -12V auxilirary voltage.

PSU_OFFSET_READING_P12V_AUX_AMP

#define PSU_OFFSET_READING_P12V_AUX_AMP   (0)

Offset reading +12V auxilirary current.

PSU_OFFSET_READING_P12V_AUX_TEMP

#define PSU_OFFSET_READING_P12V_AUX_TEMP   (0)

Offset reading +12V auxilirary temperature.

PSU_OFFSET_READING_P12V_AUX_VOLT

#define PSU_OFFSET_READING_P12V_AUX_VOLT   (0)

Offset reading +12V auxilirary voltage.

PSU_OFFSET_READING_PRIMARY_TRANS_TEMP

#define PSU_OFFSET_READING_PRIMARY_TRANS_TEMP   (0)

Offset reading primary transformer temperature.

Enumeration Type Documentation

PsuCbitCondition

enum PsuCbitCondition

Power Supply Unit (PSU) Continuous Built-In Test (CBIT) Evaluation Condition (OK / NOT OK).

Enumerator
NOT_OK	PSU CBIT for NOT OK condition is 0.
OK	PSU CBIT for OK condition is 1.

PsuDiagStateThreshold

enum PsuDiagStateThreshold

Power Supply Unit (PSU) Voltage and Temperature Rail Threshold Diagnostic State Indicators.

Enumerator
READING_NORMAL	Normal state (01h).
READING_LOWER_NON_CRITICAL	Lower non-critical (02h).
READING_LOWER_CRITICAL	Lower critical (03h).
READING_LOWER_NON_RECOVERABLE	Lower non-recoverable (04h).
READING_UPPER_NON_CRITICAL	Upper non-critical (05h).
READING_UPPER_CRITICAL	Upper critical (06h).
READING_UPPER_NON_RECOVERABLE	Upper non-recoverable (07h).

SensorNumber

enum SensorNumber

Power Supply Unit (PSU) Internal Voltage, Current, and Temperature Sensor Channel Identifiers.

Enumerator
PSU_SENSOR_NUMBER_BOARD_TEMP	Board temp sensor (0Ah/10).
PSU_SENSOR_NUMBER_N12V_AUX_VOLTAGE	-12V aux voltage sensor (0Bh/11)
PSU_SENSOR_NUMBER_N12V_AUX_TEMP	-12V aux temp sensor (0Ch/12)
PSU_SENSOR_NUMBER_INPUT_VOLTAGE	Input voltage sensor (0Dh/13).
PSU_SENSOR_NUMBER_INPUT_CURRENT	Input current sensor (0Eh/14).
PSU_SENSOR_NUMBER_12V_CURRENT	12V current sensor (11h/17)
PSU_SENSOR_NUMBER_5V_CURRENT	5V current sensor (12h/18)
PSU_SENSOR_NUMBER_3V3_CURRENT	3.3V current sensor (13h/19)
PSU_SENSOR_NUMBER_3V3_AUX_CURRENT	3.3V aux current sensor (14h/20)
PSU_SENSOR_NUMBER_PRIMARY_TRANS_TEMP	Primary trans temp sensor (16h/22).
PSU_SENSOR_NUMBER_P12V_AUX_CURRENT	+12V aux current sensor (17h/23)
PSU_SENSOR_NUMBER_N12V_AUX_CURRENT	-12V aux current sensor (18h/24)
PSU_SENSOR_NUMBER_5V_VOLTAGE	5V voltage sensor (19h/25)
PSU_SENSOR_NUMBER_5V_TEMP	5V temp sensor (1Ah/26)
PSU_SENSOR_NUMBER_12V_VOLTAGE	12V voltage sensor (1Bh/27)
PSU_SENSOR_NUMBER_12V_TEMP	12V temp sensor (1Ch/28)
PSU_SENSOR_NUMBER_3V3_VOLTAGE	3.3V voltage sensor (1Dh/29)
PSU_SENSOR_NUMBER_3V3_TEMP	3.3V temp sensor (1Eh/30)
PSU_SENSOR_NUMBER_P12V_AUX_VOLTAGE	+12V aux voltage sensor (1Fh/31)
PSU_SENSOR_NUMBER_P12V_AUX_TEMP	+12V aux temp sensor (20h/32)
PSU_SENSOR_NUMBER_3V3_AUX_VOLTAGE	3.3V aux voltage sensor (21h/33)
PSU_SENSOR_NUMBER_3V3_AUX_TEMP	3.3V aux temp sensor (22h/34)

Function Documentation

psu_getBoardTemp()

DriverStatus psu_getBoardTemp	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getBoardTemp.

Retrieves the board temperature (C) reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the board temperature reading in degree Celsius (C).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_READ_FAILED	: Failed to read from the device.
DRV_INVALID_PARAM	: Invalid address pointer.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getBoardTemp

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETBOARDTEMP_01	HLR_PSU_19913	WHEN the pointer valuePtr is NULL (invalid), the psu_getBoardTemp() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getBoardTemp()	Test	Closed
LLR_PSU_PSU_GETBOARDTEMP_02	HLR_PSU_19913	WHEN the pointer valuePtr is valid, the psu_getBoardTemp() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_BOARD_TEMP using readPsuReg().	psu.c:psu_getBoardTemp()	Test	Closed
LLR_PSU_PSU_GETBOARDTEMP_03	HLR_PSU_19913	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getBoardTemp() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getBoardTemp()	Test	Closed
LLR_PSU_PSU_GETBOARDTEMP_04	HLR_PSU_19913	WHEN the hardware register is read successfully, the psu_getBoardTemp() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_BOARD_TEMP to convert the lower 8-bit raw count into engineering temperature units.	psu.c:psu_getBoardTemp()	Test	Closed
LLR_PSU_PSU_GETBOARDTEMP_05	HLR_PSU_19913	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getBoardTemp() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getBoardTemp()	Test	Closed
LLR_PSU_PSU_GETBOARDTEMP_06	HLR_PSU_19913	WHEN engineering value conversion completes successfully, the psu_getBoardTemp() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getBoardTemp()	Test	Closed
LLR_PSU_PSU_GETBOARDTEMP_07	HLR_PSU_19913	WHEN the rounded temperature value in *valuePtr is greater than 0, the psu_getBoardTemp() function SHALL add calibration offset PSU_OFFSET_READING_BOARD_TEMP to *valuePtr.	psu.c:psu_getBoardTemp()	Test	Closed
LLR_PSU_PSU_GETBOARDTEMP_08	HLR_PSU_19913	WHEN all operational processing completes successfully, the psu_getBoardTemp() function SHALL return DRV_SUCCESS.	psu.c:psu_getBoardTemp()	Test	Closed

Control Coupling Diagram (CCD)

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psu_getInputAmp()

DriverStatus psu_getInputAmp	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getInputAmp.

Retrieves the input current reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the PSU input current reading in Ampere (A).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_INVALID_PARAM	: Invalid address pointer.
DRV_READ_FAILED	: Failed to read from the device.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getInputAmp

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETINPUTAMP_01	HLR_PSU_19912	WHEN the pointer valuePtr is NULL (invalid), the psu_getInputAmp() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getInputAmp()	Test	Closed
LLR_PSU_PSU_GETINPUTAMP_02	HLR_PSU_19912	WHEN the pointer valuePtr is valid, the psu_getInputAmp() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_IN_AMP using readPsuReg().	psu.c:psu_getInputAmp()	Test	Closed
LLR_PSU_PSU_GETINPUTAMP_03	HLR_PSU_19912	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getInputAmp() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getInputAmp()	Test	Closed
LLR_PSU_PSU_GETINPUTAMP_04	HLR_PSU_19912	WHEN the hardware register is read successfully, the psu_getInputAmp() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_INPUT_CURRENT to convert the lower 8-bit raw count into engineering current units.	psu.c:psu_getInputAmp()	Test	Closed
LLR_PSU_PSU_GETINPUTAMP_05	HLR_PSU_19912	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getInputAmp() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getInputAmp()	Test	Closed
LLR_PSU_PSU_GETINPUTAMP_06	HLR_PSU_19912	WHEN engineering value conversion completes successfully, the psu_getInputAmp() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getInputAmp()	Test	Closed
LLR_PSU_PSU_GETINPUTAMP_07	HLR_PSU_19912	WHEN the rounded current value in *valuePtr is greater than 0, the psu_getInputAmp() function SHALL add calibration offset PSU_OFFSET_READING_INPUT_AMP to *valuePtr.	psu.c:psu_getInputAmp()	Test	Closed
LLR_PSU_PSU_GETINPUTAMP_08	HLR_PSU_19912	WHEN all operational processing completes successfully, the psu_getInputAmp() function SHALL return DRV_SUCCESS.	psu.c:psu_getInputAmp()	Test	Closed

Control Coupling Diagram (CCD)

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psu_getInputVolt()

DriverStatus psu_getInputVolt	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getInputVolt.

Retrieves the input voltage reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the PSU input voltage reading in Volt (V).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_INVALID_PARAM	: Invalid address pointer.
DRV_READ_FAILED	: Failed to read from the device.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getInputVolt

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETINPUTVOLT_01	HLR_PSU_329	WHEN the pointer valuePtr is NULL (invalid), the psu_getInputVolt() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getInputVolt()	Test	Closed
LLR_PSU_PSU_GETINPUTVOLT_02	HLR_PSU_329	WHEN the pointer valuePtr is valid, the psu_getInputVolt() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_IN_VOLT using readPsuReg().	psu.c:psu_getInputVolt()	Test	Closed
LLR_PSU_PSU_GETINPUTVOLT_03	HLR_PSU_329	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getInputVolt() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getInputVolt()	Test	Closed
LLR_PSU_PSU_GETINPUTVOLT_04	HLR_PSU_329	WHEN the hardware register is read successfully, the psu_getInputVolt() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_INPUT_VOLTAGE to convert the lower 8-bit raw count into engineering voltage units.	psu.c:psu_getInputVolt()	Test	Closed
LLR_PSU_PSU_GETINPUTVOLT_05	HLR_PSU_329	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getInputVolt() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getInputVolt()	Test	Closed
LLR_PSU_PSU_GETINPUTVOLT_06	HLR_PSU_329	WHEN engineering value conversion completes successfully, the psu_getInputVolt() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getInputVolt()	Test	Closed
LLR_PSU_PSU_GETINPUTVOLT_07	HLR_PSU_329	WHEN the rounded voltage value in *valuePtr is greater than 0, the psu_getInputVolt() function SHALL add calibration offset PSU_OFFSET_READING_INPUT_VOLT to *valuePtr.	psu.c:psu_getInputVolt()	Test	Closed
LLR_PSU_PSU_GETINPUTVOLT_08	HLR_PSU_329	WHEN all operational processing completes successfully, the psu_getInputVolt() function SHALL return DRV_SUCCESS.	psu.c:psu_getInputVolt()	Test	Closed

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psu_getOutputRail12VAmp()

DriverStatus psu_getOutputRail12VAmp	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getOutputRail12VAmp.

Retrieves the 12V output rail current reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the PSU 12V output rail current reading in Ampere (A).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_INVALID_PARAM	: Invalid address pointer.
DRV_READ_FAILED	: Failed to read from the device.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getOutputRail12VAmp

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETOUTPUTRAIL12VAMP_01	HLR_PSU_19915	WHEN the pointer valuePtr is NULL (invalid), the psu_getOutputRail12VAmp() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getOutputRail12VAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VAMP_02	HLR_PSU_19915	WHEN the pointer valuePtr is valid, the psu_getOutputRail12VAmp() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_OUT_12V_AMP using readPsuReg().	psu.c:psu_getOutputRail12VAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VAMP_03	HLR_PSU_19915	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getOutputRail12VAmp() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getOutputRail12VAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VAMP_04	HLR_PSU_19915	WHEN the hardware register is read successfully, the psu_getOutputRail12VAmp() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_12V_CURRENT to convert the lower 8-bit raw count into engineering current units.	psu.c:psu_getOutputRail12VAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VAMP_05	HLR_PSU_19915	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getOutputRail12VAmp() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getOutputRail12VAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VAMP_06	HLR_PSU_19915	WHEN engineering value conversion completes successfully, the psu_getOutputRail12VAmp() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getOutputRail12VAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VAMP_07	HLR_PSU_19915	WHEN the rounded current value in *valuePtr is greater than 0, the psu_getOutputRail12VAmp() function SHALL add calibration offset PSU_OFFSET_READING_12V_AMP to *valuePtr.	psu.c:psu_getOutputRail12VAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VAMP_08	HLR_PSU_19915	WHEN all operational processing completes successfully, the psu_getOutputRail12VAmp() function SHALL return DRV_SUCCESS.	psu.c:psu_getOutputRail12VAmp()	Test	Closed

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psu_getOutputRail12VTemp()

DriverStatus psu_getOutputRail12VTemp	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getOutputRail12VTemp.

Retrieves the 12V output rail temperature (C) reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the 12V output rail temperature reading in degree Celsius (C).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_READ_FAILED	: Failed to read from the device.
DRV_INVALID_PARAM	: Invalid address pointer.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getOutputRail12VTemp

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETOUTPUTRAIL12VTEMP_01	HLR_PSU_23251	WHEN the pointer valuePtr is NULL (invalid), the psu_getOutputRail12VTemp() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getOutputRail12VTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VTEMP_02	HLR_PSU_23251	WHEN the pointer valuePtr is valid, the psu_getOutputRail12VTemp() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_OUT_12V_TEMP using readPsuReg().	psu.c:psu_getOutputRail12VTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VTEMP_03	HLR_PSU_23251	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getOutputRail12VTemp() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getOutputRail12VTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VTEMP_04	HLR_PSU_23251	WHEN the hardware register is read successfully, the psu_getOutputRail12VTemp() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_12V_TEMP to convert the lower 8-bit raw count into engineering temperature units.	psu.c:psu_getOutputRail12VTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VTEMP_05	HLR_PSU_23251	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getOutputRail12VTemp() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getOutputRail12VTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VTEMP_06	HLR_PSU_23251	WHEN engineering value conversion completes successfully, the psu_getOutputRail12VTemp() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getOutputRail12VTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VTEMP_07	HLR_PSU_23251	WHEN the rounded temperature value in *valuePtr is greater than 0, the psu_getOutputRail12VTemp() function SHALL add calibration offset PSU_OFFSET_READING_12V_TEMP to *valuePtr.	psu.c:psu_getOutputRail12VTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VTEMP_08	HLR_PSU_23251	WHEN all operational processing completes successfully, the psu_getOutputRail12VTemp() function SHALL return DRV_SUCCESS.	psu.c:psu_getOutputRail12VTemp()	Test	Closed

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psu_getOutputRail12VVolt()

DriverStatus psu_getOutputRail12VVolt	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getOutputRail12VVolt.

Retrieves the 12V output rail reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the PSU 12V output rail reading in Volt (V).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_INVALID_PARAM	: Invalid address pointer.
DRV_READ_FAILED	: Failed to read from the device.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getOutputRail12VVolt

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETOUTPUTRAIL12VVOLT_01	HLR_PSU_19914	WHEN the pointer valuePtr is NULL (invalid), the psu_getOutputRail12VVolt() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getOutputRail12VVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VVOLT_02	HLR_PSU_19914	WHEN the pointer valuePtr is valid, the psu_getOutputRail12VVolt() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_OUT_12V_VOLT using readPsuReg().	psu.c:psu_getOutputRail12VVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VVOLT_03	HLR_PSU_19914	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getOutputRail12VVolt() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getOutputRail12VVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VVOLT_04	HLR_PSU_19914	WHEN the hardware register is read successfully, the psu_getOutputRail12VVolt() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_12V_VOLTAGE to convert the lower 8-bit raw count into engineering voltage units.	psu.c:psu_getOutputRail12VVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VVOLT_05	HLR_PSU_19914	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getOutputRail12VVolt() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getOutputRail12VVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VVOLT_06	HLR_PSU_19914	WHEN engineering value conversion completes successfully, the psu_getOutputRail12VVolt() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getOutputRail12VVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VVOLT_07	HLR_PSU_19914	WHEN the rounded voltage value in *valuePtr is greater than 0, the psu_getOutputRail12VVolt() function SHALL add calibration offset PSU_OFFSET_READING_12V_VOLT to *valuePtr.	psu.c:psu_getOutputRail12VVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL12VVOLT_08	HLR_PSU_19914	WHEN all operational processing completes successfully, the psu_getOutputRail12VVolt() function SHALL return DRV_SUCCESS.	psu.c:psu_getOutputRail12VVolt()	Test	Closed

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psu_getOutputRail3V3Amp()

DriverStatus psu_getOutputRail3V3Amp	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getOutputRail3V3Amp.

Retrieves the 3V3 output rail current reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the PSU 3V3 output rail current reading in Ampere (A).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_INVALID_PARAM	: Invalid address pointer.
DRV_READ_FAILED	: Failed to read from the device.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getOutputRail3V3Amp

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETOUTPUTRAIL3V3AMP_01	HLR_PSU_23247	WHEN the pointer valuePtr is NULL (invalid), the psu_getOutputRail3V3Amp() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getOutputRail3V3Amp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AMP_02	HLR_PSU_23247	WHEN the pointer valuePtr is valid, the psu_getOutputRail3V3Amp() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_OUT_3V3_AMP using readPsuReg().	psu.c:psu_getOutputRail3V3Amp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AMP_03	HLR_PSU_23247	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getOutputRail3V3Amp() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getOutputRail3V3Amp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AMP_04	HLR_PSU_23247	WHEN the hardware register is read successfully, the psu_getOutputRail3V3Amp() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_3V3_CURRENT to convert the lower 8-bit raw count into engineering current units.	psu.c:psu_getOutputRail3V3Amp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AMP_05	HLR_PSU_23247	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getOutputRail3V3Amp() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getOutputRail3V3Amp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AMP_06	HLR_PSU_23247	WHEN engineering value conversion completes successfully, the psu_getOutputRail3V3Amp() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getOutputRail3V3Amp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AMP_07	HLR_PSU_23247	WHEN the rounded current value in *valuePtr is greater than 0, the psu_getOutputRail3V3Amp() function SHALL add calibration offset PSU_OFFSET_READING_3V3_AMP to *valuePtr.	psu.c:psu_getOutputRail3V3Amp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AMP_08	HLR_PSU_23247	WHEN all operational processing completes successfully, the psu_getOutputRail3V3Amp() function SHALL return DRV_SUCCESS.	psu.c:psu_getOutputRail3V3Amp()	Test	Closed

Control Coupling Diagram (CCD)

Control Coupling Structure Chart

Data Coupling Diagram (DCD)

Data Coupling Structure Chart

Control Flow Diagram (CFD)

Control Flow Diagram

Data Flow Diagram (DFD)

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psu_getOutputRail3V3AuxAmp()

DriverStatus psu_getOutputRail3V3AuxAmp	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getOutputRail3V3AuxAmp.

Retrieves the 3V3 aux output rail current reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the PSU 3V3 aux output rail current reading in Ampere (A).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_READ_FAILED	: Failed to read from the device.
DRV_INVALID_PARAM	: Invalid address pointer.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getOutputRail3V3AuxAmp

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXAMP_01	HLR_PSU_23250	WHEN the pointer valuePtr is NULL (invalid), the psu_getOutputRail3V3AuxAmp() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getOutputRail3V3AuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXAMP_02	HLR_PSU_23250	WHEN the pointer valuePtr is valid, the psu_getOutputRail3V3AuxAmp() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_OUT_3V3_AUX_AMP using readPsuReg().	psu.c:psu_getOutputRail3V3AuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXAMP_03	HLR_PSU_23250	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getOutputRail3V3AuxAmp() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getOutputRail3V3AuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXAMP_04	HLR_PSU_23250	WHEN the hardware register is read successfully, the psu_getOutputRail3V3AuxAmp() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_3V3_AUX_CURRENT to convert the lower 8-bit raw count into engineering current units.	psu.c:psu_getOutputRail3V3AuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXAMP_05	HLR_PSU_23250	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getOutputRail3V3AuxAmp() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getOutputRail3V3AuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXAMP_06	HLR_PSU_23250	WHEN engineering value conversion completes successfully, the psu_getOutputRail3V3AuxAmp() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getOutputRail3V3AuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXAMP_07	HLR_PSU_23250	WHEN the rounded current value in *valuePtr is greater than 0, the psu_getOutputRail3V3AuxAmp() function SHALL add calibration offset PSU_OFFSET_READING_3V3_AUX_AMP to *valuePtr.	psu.c:psu_getOutputRail3V3AuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXAMP_08	HLR_PSU_23250	WHEN all operational processing completes successfully, the psu_getOutputRail3V3AuxAmp() function SHALL return DRV_SUCCESS.	psu.c:psu_getOutputRail3V3AuxAmp()	Test	Closed

Control Coupling Diagram (CCD)

Control Coupling Structure Chart

Data Coupling Diagram (DCD)

Data Coupling Structure Chart

Control Flow Diagram (CFD)

Control Flow Diagram

Data Flow Diagram (DFD)

Data Flow Diagram

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psu_getOutputRail3V3AuxTemp()

DriverStatus psu_getOutputRail3V3AuxTemp	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getOutputRail3V3AuxTemp.

Retrieves the 3V3 aux output rail temperature (C) reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the 3V3 aux output rail temperature reading in degree Celsius (C).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_READ_FAILED	: Failed to read from the device.
DRV_INVALID_PARAM	: Invalid address pointer.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getOutputRail3V3AuxTemp

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXTEMP_01	HLR_PSU_23256	WHEN the pointer valuePtr is NULL (invalid), the psu_getOutputRail3V3AuxTemp() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getOutputRail3V3AuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXTEMP_02	HLR_PSU_23256	WHEN the pointer valuePtr is valid, the psu_getOutputRail3V3AuxTemp() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_OUT_3V3_AUX_TEMP using readPsuReg().	psu.c:psu_getOutputRail3V3AuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXTEMP_03	HLR_PSU_23256	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getOutputRail3V3AuxTemp() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getOutputRail3V3AuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXTEMP_04	HLR_PSU_23256	WHEN the hardware register is read successfully, the psu_getOutputRail3V3AuxTemp() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_3V3_AUX_TEMP to convert the lower 8-bit raw count into engineering temperature units.	psu.c:psu_getOutputRail3V3AuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXTEMP_05	HLR_PSU_23256	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getOutputRail3V3AuxTemp() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getOutputRail3V3AuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXTEMP_06	HLR_PSU_23256	WHEN engineering value conversion completes successfully, the psu_getOutputRail3V3AuxTemp() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getOutputRail3V3AuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXTEMP_07	HLR_PSU_23256	WHEN the rounded temperature value in *valuePtr is greater than 0, the psu_getOutputRail3V3AuxTemp() function SHALL add calibration offset PSU_OFFSET_READING_3V3_AUX_TEMP to *valuePtr.	psu.c:psu_getOutputRail3V3AuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXTEMP_08	HLR_PSU_23256	WHEN all operational processing completes successfully, the psu_getOutputRail3V3AuxTemp() function SHALL return DRV_SUCCESS.	psu.c:psu_getOutputRail3V3AuxTemp()	Test	Closed

Control Coupling Diagram (CCD)

Control Coupling Structure Chart

Data Coupling Diagram (DCD)

Data Coupling Structure Chart

Control Flow Diagram (CFD)

Control Flow Diagram

Data Flow Diagram (DFD)

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psu_getOutputRail3V3AuxVolt()

DriverStatus psu_getOutputRail3V3AuxVolt	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getOutputRail3V3AuxVolt.

Retrieves the 3V3 aux output rail reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the PSU 3V3 aux output rail reading in Volt (V).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_INVALID_PARAM	: Invalid address pointer.
DRV_READ_FAILED	: Failed to read from the device.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getOutputRail3V3AuxVolt

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXVOLT_01	HLR_PSU_23231	WHEN the pointer valuePtr is NULL (invalid), the psu_getOutputRail3V3AuxVolt() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getOutputRail3V3AuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXVOLT_02	HLR_PSU_23231	WHEN the pointer valuePtr is valid, the psu_getOutputRail3V3AuxVolt() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_OUT_3V3_AUX_VOLT using readPsuReg().	psu.c:psu_getOutputRail3V3AuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXVOLT_03	HLR_PSU_23231	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getOutputRail3V3AuxVolt() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getOutputRail3V3AuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXVOLT_04	HLR_PSU_23231	WHEN the hardware register is read successfully, the psu_getOutputRail3V3AuxVolt() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_3V3_AUX_VOLTAGE to convert the lower 8-bit raw count into engineering voltage units.	psu.c:psu_getOutputRail3V3AuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXVOLT_05	HLR_PSU_23231	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getOutputRail3V3AuxVolt() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getOutputRail3V3AuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXVOLT_06	HLR_PSU_23231	WHEN engineering value conversion completes successfully, the psu_getOutputRail3V3AuxVolt() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getOutputRail3V3AuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXVOLT_07	HLR_PSU_23231	WHEN the rounded voltage value in *valuePtr is greater than 0, the psu_getOutputRail3V3AuxVolt() function SHALL add calibration offset PSU_OFFSET_READING_3V3_AUX_VOLT to *valuePtr.	psu.c:psu_getOutputRail3V3AuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3AUXVOLT_08	HLR_PSU_23231	WHEN all operational processing completes successfully, the psu_getOutputRail3V3AuxVolt() function SHALL return DRV_SUCCESS.	psu.c:psu_getOutputRail3V3AuxVolt()	Test	Closed

Control Coupling Diagram (CCD)

Control Coupling Structure Chart

Data Coupling Diagram (DCD)

Data Coupling Structure Chart

Control Flow Diagram (CFD)

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psu_getOutputRail3V3Temp()

DriverStatus psu_getOutputRail3V3Temp	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getOutputRail3V3Temp.

Retrieves the 3V3 output rail temperature (C) reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the 3V3 output rail temperature reading in degree Celsius (C).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_READ_FAILED	: Failed to read from the device.
DRV_INVALID_PARAM	: Invalid address pointer.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getOutputRail3V3Temp

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETOUTPUTRAIL3V3TEMP_01	HLR_PSU_23253	WHEN the pointer valuePtr is NULL (invalid), the psu_getOutputRail3V3Temp() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getOutputRail3V3Temp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3TEMP_02	HLR_PSU_23253	WHEN the pointer valuePtr is valid, the psu_getOutputRail3V3Temp() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_OUT_3V3_TEMP using readPsuReg().	psu.c:psu_getOutputRail3V3Temp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3TEMP_03	HLR_PSU_23253	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getOutputRail3V3Temp() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getOutputRail3V3Temp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3TEMP_04	HLR_PSU_23253	WHEN the hardware register is read successfully, the psu_getOutputRail3V3Temp() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_3V3_TEMP to convert the lower 8-bit raw count into engineering temperature units.	psu.c:psu_getOutputRail3V3Temp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3TEMP_05	HLR_PSU_23253	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getOutputRail3V3Temp() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getOutputRail3V3Temp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3TEMP_06	HLR_PSU_23253	WHEN engineering value conversion completes successfully, the psu_getOutputRail3V3Temp() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getOutputRail3V3Temp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3TEMP_07	HLR_PSU_23253	WHEN the rounded temperature value in *valuePtr is greater than 0, the psu_getOutputRail3V3Temp() function SHALL add calibration offset PSU_OFFSET_READING_3V3_TEMP to *valuePtr.	psu.c:psu_getOutputRail3V3Temp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3TEMP_08	HLR_PSU_23253	WHEN all operational processing completes successfully, the psu_getOutputRail3V3Temp() function SHALL return DRV_SUCCESS.	psu.c:psu_getOutputRail3V3Temp()	Test	Closed

Control Coupling Diagram (CCD)

Control Coupling Structure Chart

Data Coupling Diagram (DCD)

Data Coupling Structure Chart

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psu_getOutputRail3V3Volt()

DriverStatus psu_getOutputRail3V3Volt	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getOutputRail3V3Volt.

Retrieves the 3V3 output rail reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the PSU 3V3 output rail reading in Volt (V).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_INVALID_PARAM	: Invalid address pointer.
DRV_READ_FAILED	: Failed to read from the device.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getOutputRail3V3Volt

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETOUTPUTRAIL3V3VOLT_01	HLR_PSU_23226	WHEN the pointer valuePtr is NULL (invalid), the psu_getOutputRail3V3Volt() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getOutputRail3V3Volt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3VOLT_02	HLR_PSU_23226	WHEN the pointer valuePtr is valid, the psu_getOutputRail3V3Volt() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_OUT_3V3_VOLT using readPsuReg().	psu.c:psu_getOutputRail3V3Volt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3VOLT_03	HLR_PSU_23226	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getOutputRail3V3Volt() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getOutputRail3V3Volt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3VOLT_04	HLR_PSU_23226	WHEN the hardware register is read successfully, the psu_getOutputRail3V3Volt() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_3V3_VOLTAGE to convert the lower 8-bit raw count into engineering voltage units.	psu.c:psu_getOutputRail3V3Volt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3VOLT_05	HLR_PSU_23226	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getOutputRail3V3Volt() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getOutputRail3V3Volt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3VOLT_06	HLR_PSU_23226	WHEN engineering value conversion completes successfully, the psu_getOutputRail3V3Volt() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getOutputRail3V3Volt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3VOLT_07	HLR_PSU_23226	WHEN the rounded voltage value in *valuePtr is greater than 0, the psu_getOutputRail3V3Volt() function SHALL add calibration offset PSU_OFFSET_READING_3V3_VOLT to *valuePtr.	psu.c:psu_getOutputRail3V3Volt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL3V3VOLT_08	HLR_PSU_23226	WHEN all operational processing completes successfully, the psu_getOutputRail3V3Volt() function SHALL return DRV_SUCCESS.	psu.c:psu_getOutputRail3V3Volt()	Test	Closed

Control Coupling Diagram (CCD)

Control Coupling Structure Chart

Data Coupling Diagram (DCD)

Data Coupling Structure Chart

Control Flow Diagram (CFD)

Control Flow Diagram

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psu_getOutputRail5VAmp()

DriverStatus psu_getOutputRail5VAmp	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getOutputRail5VAmp.

Retrieves the 5V output rail current reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the PSU 5V output rail current reading in Ampere (A).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_READ_FAILED	: Failed to read from the device.
DRV_INVALID_PARAM	: Invalid address pointer.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getOutputRail5VAmp

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETOUTPUTRAIL5VAMP_01	HLR_PSU_23246	WHEN the pointer valuePtr is NULL (invalid), the psu_getOutputRail5VAmp() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getOutputRail5VAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VAMP_02	HLR_PSU_23246	WHEN the pointer valuePtr is valid, the psu_getOutputRail5VAmp() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_OUT_5V_AMP using readPsuReg().	psu.c:psu_getOutputRail5VAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VAMP_03	HLR_PSU_23246	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getOutputRail5VAmp() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getOutputRail5VAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VAMP_04	HLR_PSU_23246	WHEN the hardware register is read successfully, the psu_getOutputRail5VAmp() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_5V_CURRENT to convert the lower 8-bit raw count into engineering current units.	psu.c:psu_getOutputRail5VAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VAMP_05	HLR_PSU_23246	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getOutputRail5VAmp() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getOutputRail5VAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VAMP_06	HLR_PSU_23246	WHEN engineering value conversion completes successfully, the psu_getOutputRail5VAmp() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getOutputRail5VAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VAMP_07	HLR_PSU_23246	WHEN the rounded current value in *valuePtr is greater than 0, the psu_getOutputRail5VAmp() function SHALL add calibration offset PSU_OFFSET_READING_5V_AMP to *valuePtr.	psu.c:psu_getOutputRail5VAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VAMP_08	HLR_PSU_23246	WHEN all operational processing completes successfully, the psu_getOutputRail5VAmp() function SHALL return DRV_SUCCESS.	psu.c:psu_getOutputRail5VAmp()	Test	Closed

Control Coupling Diagram (CCD)

Control Coupling Structure Chart

Data Coupling Diagram (DCD)

Data Coupling Structure Chart

Control Flow Diagram (CFD)

Control Flow Diagram

Data Flow Diagram (DFD)

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psu_getOutputRail5VTemp()

DriverStatus psu_getOutputRail5VTemp	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getOutputRail5VTemp.

Retrieves the 5V output rail temperature (C) reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the 5V output rail temperature reading in degree Celsius (C).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_READ_FAILED	: Failed to read from the device.
DRV_INVALID_PARAM	: Invalid address pointer.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getOutputRail5VTemp

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETOUTPUTRAIL5VTEMP_01	HLR_PSU_23252	WHEN the pointer valuePtr is NULL (invalid), the psu_getOutputRail5VTemp() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getOutputRail5VTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VTEMP_02	HLR_PSU_23252	WHEN the pointer valuePtr is valid, the psu_getOutputRail5VTemp() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_OUT_5V_TEMP using readPsuReg().	psu.c:psu_getOutputRail5VTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VTEMP_03	HLR_PSU_23252	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getOutputRail5VTemp() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getOutputRail5VTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VTEMP_04	HLR_PSU_23252	WHEN the hardware register is read successfully, the psu_getOutputRail5VTemp() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_5V_TEMP to convert the lower 8-bit raw count into engineering temperature units.	psu.c:psu_getOutputRail5VTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VTEMP_05	HLR_PSU_23252	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getOutputRail5VTemp() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getOutputRail5VTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VTEMP_06	HLR_PSU_23252	WHEN engineering value conversion completes successfully, the psu_getOutputRail5VTemp() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getOutputRail5VTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VTEMP_07	HLR_PSU_23252	WHEN the rounded temperature value in *valuePtr is greater than 0, the psu_getOutputRail5VTemp() function SHALL add calibration offset PSU_OFFSET_READING_5V_TEMP to *valuePtr.	psu.c:psu_getOutputRail5VTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VTEMP_08	HLR_PSU_23252	WHEN all operational processing completes successfully, the psu_getOutputRail5VTemp() function SHALL return DRV_SUCCESS.	psu.c:psu_getOutputRail5VTemp()	Test	Closed

Control Coupling Diagram (CCD)

Control Coupling Structure Chart

Data Coupling Diagram (DCD)

Data Coupling Structure Chart

Control Flow Diagram (CFD)

Control Flow Diagram

Data Flow Diagram (DFD)

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psu_getOutputRail5VVolt()

DriverStatus psu_getOutputRail5VVolt	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getOutputRail5VVolt.

Retrieves the 5V output rail reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the PSU 5V output rail reading in Volt (V).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_INVALID_PARAM	: Invalid address pointer.
DRV_READ_FAILED	: Failed to read from the device.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getOutputRail5VVolt

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETOUTPUTRAIL5VVOLT_01	HLR_PSU_23225	WHEN the pointer valuePtr is NULL (invalid), the psu_getOutputRail5VVolt() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getOutputRail5VVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VVOLT_02	HLR_PSU_23225	WHEN the pointer valuePtr is valid, the psu_getOutputRail5VVolt() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_OUT_5V_VOLT using readPsuReg().	psu.c:psu_getOutputRail5VVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VVOLT_03	HLR_PSU_23225	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getOutputRail5VVolt() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getOutputRail5VVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VVOLT_04	HLR_PSU_23225	WHEN the hardware register is read successfully, the psu_getOutputRail5VVolt() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_5V_VOLTAGE to convert the lower 8-bit raw count into engineering voltage units.	psu.c:psu_getOutputRail5VVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VVOLT_05	HLR_PSU_23225	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getOutputRail5VVolt() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getOutputRail5VVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VVOLT_06	HLR_PSU_23225	WHEN engineering value conversion completes successfully, the psu_getOutputRail5VVolt() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getOutputRail5VVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VVOLT_07	HLR_PSU_23225	WHEN the rounded voltage value in *valuePtr is greater than 0, the psu_getOutputRail5VVolt() function SHALL add calibration offset PSU_OFFSET_READING_5V_VOLT to *valuePtr.	psu.c:psu_getOutputRail5VVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAIL5VVOLT_08	HLR_PSU_23225	WHEN all operational processing completes successfully, the psu_getOutputRail5VVolt() function SHALL return DRV_SUCCESS.	psu.c:psu_getOutputRail5VVolt()	Test	Closed

Control Coupling Diagram (CCD)

Control Coupling Structure Chart

Data Coupling Diagram (DCD)

Data Coupling Structure Chart

Control Flow Diagram (CFD)

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Data Flow Diagram (DFD)

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psu_getOutputRailN12VAuxAmp()

DriverStatus psu_getOutputRailN12VAuxAmp	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getOutputRailN12VAuxAmp.

Retrieves the -12V aux output rail current reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the PSU -12V output rail current reading in Ampere (A).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_READ_FAILED	: Failed to read from the device.
DRV_INVALID_PARAM	: Invalid address pointer.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getOutputRailN12VAuxAmp

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXAMP_01	HLR_PSU_23248	WHEN the pointer valuePtr is NULL (invalid), the psu_getOutputRailN12VAuxAmp() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getOutputRailN12VAuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXAMP_02	HLR_PSU_23248	WHEN the pointer valuePtr is valid, the psu_getOutputRailN12VAuxAmp() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_OUT_N12V_AUX_AMP using readPsuReg().	psu.c:psu_getOutputRailN12VAuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXAMP_03	HLR_PSU_23248	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getOutputRailN12VAuxAmp() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getOutputRailN12VAuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXAMP_04	HLR_PSU_23248	WHEN the hardware register is read successfully, the psu_getOutputRailN12VAuxAmp() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_N12V_AUX_CURRENT to convert the lower 8-bit raw count into engineering current units.	psu.c:psu_getOutputRailN12VAuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXAMP_05	HLR_PSU_23248	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getOutputRailN12VAuxAmp() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getOutputRailN12VAuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXAMP_06	HLR_PSU_23248	WHEN engineering value conversion completes successfully, the psu_getOutputRailN12VAuxAmp() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getOutputRailN12VAuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXAMP_07	HLR_PSU_23248	WHEN the rounded current value in *valuePtr is greater than 0, the psu_getOutputRailN12VAuxAmp() function SHALL add calibration offset PSU_OFFSET_READING_N12V_AUX_AMP to *valuePtr.	psu.c:psu_getOutputRailN12VAuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXAMP_08	HLR_PSU_23248	WHEN all operational processing completes successfully, the psu_getOutputRailN12VAuxAmp() function SHALL return DRV_SUCCESS.	psu.c:psu_getOutputRailN12VAuxAmp()	Test	Closed

Control Coupling Diagram (CCD)

Control Coupling Structure Chart

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Data Coupling Structure Chart

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psu_getOutputRailN12VAuxTemp()

DriverStatus psu_getOutputRailN12VAuxTemp	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getOutputRailN12VAuxTemp.

Retrieves the -12V aux output rail temperature (C) reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the -12V aux output rail temperature reading in degree Celsius (C).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_READ_FAILED	: Failed to read from the device.
DRV_INVALID_PARAM	: Invalid address pointer.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getOutputRailN12VAuxTemp

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXTEMP_01	HLR_PSU_23254	WHEN the pointer valuePtr is NULL (invalid), the psu_getOutputRailN12VAuxTemp() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getOutputRailN12VAuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXTEMP_02	HLR_PSU_23254	WHEN the pointer valuePtr is valid, the psu_getOutputRailN12VAuxTemp() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_OUT_N12V_AUX_TEMP using readPsuReg().	psu.c:psu_getOutputRailN12VAuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXTEMP_03	HLR_PSU_23254	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getOutputRailN12VAuxTemp() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getOutputRailN12VAuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXTEMP_04	HLR_PSU_23254	WHEN the hardware register is read successfully, the psu_getOutputRailN12VAuxTemp() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_N12V_AUX_TEMP to convert the lower 8-bit raw count into engineering temperature units.	psu.c:psu_getOutputRailN12VAuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXTEMP_05	HLR_PSU_23254	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getOutputRailN12VAuxTemp() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getOutputRailN12VAuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXTEMP_06	HLR_PSU_23254	WHEN engineering value conversion completes successfully, the psu_getOutputRailN12VAuxTemp() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getOutputRailN12VAuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXTEMP_07	HLR_PSU_23254	WHEN the rounded temperature value in *valuePtr is greater than 0, the psu_getOutputRailN12VAuxTemp() function SHALL add calibration offset PSU_OFFSET_READING_N12V_AUX_TEMP to *valuePtr.	psu.c:psu_getOutputRailN12VAuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXTEMP_08	HLR_PSU_23254	WHEN all operational processing completes successfully, the psu_getOutputRailN12VAuxTemp() function SHALL return DRV_SUCCESS.	psu.c:psu_getOutputRailN12VAuxTemp()	Test	Closed

Control Coupling Diagram (CCD)

Control Coupling Structure Chart

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Data Coupling Structure Chart

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psu_getOutputRailN12VAuxVolt()

DriverStatus psu_getOutputRailN12VAuxVolt	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getOutputRailN12VAuxVolt.

Retrieves the -12V aux output rail reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the PSU -12V aux output rail reading in Volt (V).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_INVALID_PARAM	: Invalid address pointer.
DRV_READ_FAILED	: Failed to read from the device.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getOutputRailN12VAuxVolt

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXVOLT_01	HLR_PSU_23228	WHEN the pointer valuePtr is NULL (invalid), the psu_getOutputRailN12VAuxVolt() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getOutputRailN12VAuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXVOLT_02	HLR_PSU_23228	WHEN the pointer valuePtr is valid, the psu_getOutputRailN12VAuxVolt() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_OUT_N12V_AUX_VOLT using readPsuReg().	psu.c:psu_getOutputRailN12VAuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXVOLT_03	HLR_PSU_23228	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getOutputRailN12VAuxVolt() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getOutputRailN12VAuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXVOLT_04	HLR_PSU_23228	WHEN the hardware register is read successfully, the psu_getOutputRailN12VAuxVolt() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_N12V_AUX_VOLTAGE to convert the lower 8-bit raw count into engineering voltage units.	psu.c:psu_getOutputRailN12VAuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXVOLT_05	HLR_PSU_23228	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getOutputRailN12VAuxVolt() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getOutputRailN12VAuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXVOLT_06	HLR_PSU_23228	WHEN engineering value conversion completes successfully, the psu_getOutputRailN12VAuxVolt() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getOutputRailN12VAuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXVOLT_07	HLR_PSU_23228	WHEN the rounded voltage value in *valuePtr is less than 0, the psu_getOutputRailN12VAuxVolt() function SHALL add calibration offset PSU_OFFSET_READING_N12V_AUX_VOLT to *valuePtr.	psu.c:psu_getOutputRailN12VAuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILN12VAUXVOLT_08	HLR_PSU_23228	WHEN all operational processing completes successfully, the psu_getOutputRailN12VAuxVolt() function SHALL return DRV_SUCCESS.	psu.c:psu_getOutputRailN12VAuxVolt()	Test	Closed

Control Coupling Diagram (CCD)

Control Coupling Structure Chart

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Data Coupling Structure Chart

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psu_getOutputRailP12VAuxAmp()

DriverStatus psu_getOutputRailP12VAuxAmp	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getOutputRailP12VAuxAmp.

Retrieves the 12V aux output rail current reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the PSU 12V output rail current reading in Ampere (A).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_READ_FAILED	: Failed to read from the device.
DRV_INVALID_PARAM	: Invalid address pointer.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getOutputRailP12VAuxAmp

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXAMP_01	HLR_PSU_23248	WHEN the pointer valuePtr is NULL (invalid), the psu_getOutputRailP12VAuxAmp() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getOutputRailP12VAuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXAMP_02	HLR_PSU_23248	WHEN the pointer valuePtr is valid, the psu_getOutputRailP12VAuxAmp() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_OUT_P12V_AUX_AMP using readPsuReg().	psu.c:psu_getOutputRailP12VAuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXAMP_03	HLR_PSU_23248	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getOutputRailP12VAuxAmp() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getOutputRailP12VAuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXAMP_04	HLR_PSU_23248	WHEN the hardware register is read successfully, the psu_getOutputRailP12VAuxAmp() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_P12V_AUX_CURRENT to convert the lower 8-bit raw count into engineering current units.	psu.c:psu_getOutputRailP12VAuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXAMP_05	HLR_PSU_23248	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getOutputRailP12VAuxAmp() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getOutputRailP12VAuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXAMP_06	HLR_PSU_23248	WHEN engineering value conversion completes successfully, the psu_getOutputRailP12VAuxAmp() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getOutputRailP12VAuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXAMP_07	HLR_PSU_23248	WHEN the rounded current value in *valuePtr is greater than 0, the psu_getOutputRailP12VAuxAmp() function SHALL add calibration offset PSU_OFFSET_READING_P12V_AUX_AMP to *valuePtr.	psu.c:psu_getOutputRailP12VAuxAmp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXAMP_08	HLR_PSU_23248	WHEN all operational processing completes successfully, the psu_getOutputRailP12VAuxAmp() function SHALL return DRV_SUCCESS.	psu.c:psu_getOutputRailP12VAuxAmp()	Test	Closed

Control Coupling Diagram (CCD)

Control Coupling Structure Chart

Data Coupling Diagram (DCD)

Data Coupling Structure Chart

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psu_getOutputRailP12VAuxTemp()

DriverStatus psu_getOutputRailP12VAuxTemp	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getOutputRailP12VAuxTemp.

Retrieves the 12V aux output rail temperature (C) reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the 12V aux output rail temperature reading in degree Celsius (C).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_READ_FAILED	: Failed to read from the device.
DRV_INVALID_PARAM	: Invalid address pointer.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getOutputRailP12VAuxTemp

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXTEMP_01	HLR_PSU_23254	WHEN the pointer valuePtr is NULL (invalid), the psu_getOutputRailP12VAuxTemp() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getOutputRailP12VAuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXTEMP_02	HLR_PSU_23254	WHEN the pointer valuePtr is valid, the psu_getOutputRailP12VAuxTemp() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_OUT_P12V_AUX_TEMP using readPsuReg().	psu.c:psu_getOutputRailP12VAuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXTEMP_03	HLR_PSU_23254	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getOutputRailP12VAuxTemp() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getOutputRailP12VAuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXTEMP_04	HLR_PSU_23254	WHEN the hardware register is read successfully, the psu_getOutputRailP12VAuxTemp() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_P12V_AUX_TEMP to convert the lower 8-bit raw count into engineering temperature units.	psu.c:psu_getOutputRailP12VAuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXTEMP_05	HLR_PSU_23254	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getOutputRailP12VAuxTemp() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getOutputRailP12VAuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXTEMP_06	HLR_PSU_23254	WHEN engineering value conversion completes successfully, the psu_getOutputRailP12VAuxTemp() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getOutputRailP12VAuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXTEMP_07	HLR_PSU_23254	WHEN the rounded temperature value in *valuePtr is greater than 0, the psu_getOutputRailP12VAuxTemp() function SHALL add calibration offset PSU_OFFSET_READING_P12V_AUX_TEMP to *valuePtr.	psu.c:psu_getOutputRailP12VAuxTemp()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXTEMP_08	HLR_PSU_23254	WHEN all operational processing completes successfully, the psu_getOutputRailP12VAuxTemp() function SHALL return DRV_SUCCESS.	psu.c:psu_getOutputRailP12VAuxTemp()	Test	Closed

Control Coupling Diagram (CCD)

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psu_getOutputRailP12VAuxVolt()

DriverStatus psu_getOutputRailP12VAuxVolt	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getOutputRailP12VAuxVolt.

Retrieves the +12V aux output rail reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the PSU +12V aux output rail reading in Volt (V).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_INVALID_PARAM	: Invalid address pointer.
DRV_READ_FAILED	: Failed to read from the device.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getOutputRailP12VAuxVolt

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXVOLT_01	HLR_PSU_23228	WHEN the pointer valuePtr is NULL (invalid), the psu_getOutputRailP12VAuxVolt() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getOutputRailP12VAuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXVOLT_02	HLR_PSU_23228	WHEN the pointer valuePtr is valid, the psu_getOutputRailP12VAuxVolt() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_OUT_P12V_AUX_VOLT using readPsuReg().	psu.c:psu_getOutputRailP12VAuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXVOLT_03	HLR_PSU_23228	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getOutputRailP12VAuxVolt() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getOutputRailP12VAuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXVOLT_04	HLR_PSU_23228	WHEN the hardware register is read successfully, the psu_getOutputRailP12VAuxVolt() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_P12V_AUX_VOLTAGE to convert the lower 8-bit raw count into engineering voltage units.	psu.c:psu_getOutputRailP12VAuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXVOLT_05	HLR_PSU_23228	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getOutputRailP12VAuxVolt() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getOutputRailP12VAuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXVOLT_06	HLR_PSU_23228	WHEN engineering value conversion completes successfully, the psu_getOutputRailP12VAuxVolt() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getOutputRailP12VAuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXVOLT_07	HLR_PSU_23228	WHEN the rounded voltage value in *valuePtr is greater than 0, the psu_getOutputRailP12VAuxVolt() function SHALL add calibration offset PSU_OFFSET_READING_P12V_AUX_VOLT to *valuePtr.	psu.c:psu_getOutputRailP12VAuxVolt()	Test	Closed
LLR_PSU_PSU_GETOUTPUTRAILP12VAUXVOLT_08	HLR_PSU_23228	WHEN all operational processing completes successfully, the psu_getOutputRailP12VAuxVolt() function SHALL return DRV_SUCCESS.	psu.c:psu_getOutputRailP12VAuxVolt()	Test	Closed

Control Coupling Diagram (CCD)

Control Coupling Structure Chart

Data Coupling Diagram (DCD)

Data Coupling Structure Chart

Control Flow Diagram (CFD)

Control Flow Diagram

Data Flow Diagram (DFD)

Data Flow Diagram

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psu_getPrimaryTransTemp()

DriverStatus psu_getPrimaryTransTemp	(	const PSUDevHandler	psuDevHdl,
		Float32 *	valuePtr )

psu_getPrimaryTransTemp.

Retrieves the primary transformer temperature (C) reading from the power supply unit (PSU).

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	valuePtr	Pointer to store the primary transformer temperature reading in degree Celsius (C).

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_READ_FAILED	: Failed to read from the device.
DRV_INVALID_PARAM	: Invalid address pointer.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getPrimaryTransTemp

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETPRIMARYTRANSTEMP_01	HLR_PSU_329	WHEN the pointer valuePtr is NULL (invalid), the psu_getPrimaryTransTemp() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getPrimaryTransTemp()	Test	Closed
LLR_PSU_PSU_GETPRIMARYTRANSTEMP_02	HLR_PSU_329	WHEN the pointer valuePtr is valid, the psu_getPrimaryTransTemp() function SHALL read the raw hardware sensor count from register MMAP_PSU_READING_PRI_TRANS_TEMP using readPsuReg().	psu.c:psu_getPrimaryTransTemp()	Test	Closed
LLR_PSU_PSU_GETPRIMARYTRANSTEMP_03	HLR_PSU_329	WHEN the hardware register read operation fails (status not equal to DRV_SUCCESS), the psu_getPrimaryTransTemp() function SHALL clear *valuePtr to 0.0F and return that failure status.	psu.c:psu_getPrimaryTransTemp()	Test	Closed
LLR_PSU_PSU_GETPRIMARYTRANSTEMP_04	HLR_PSU_329	WHEN the hardware register is read successfully, the psu_getPrimaryTransTemp() function SHALL invoke conversion routine valueConversion() with sensor identifier PSU_SENSOR_NUMBER_PRIMARY_TRANS_TEMP to convert the lower 8-bit raw count into engineering temperature units.	psu.c:psu_getPrimaryTransTemp()	Test	Closed
LLR_PSU_PSU_GETPRIMARYTRANSTEMP_05	HLR_PSU_329	WHEN sensor value conversion fails (status not equal to DRV_SUCCESS), the psu_getPrimaryTransTemp() function SHALL abort processing and return that conversion failure status.	psu.c:psu_getPrimaryTransTemp()	Test	Closed
LLR_PSU_PSU_GETPRIMARYTRANSTEMP_06	HLR_PSU_329	WHEN engineering value conversion completes successfully, the psu_getPrimaryTransTemp() function SHALL format the result to target decimal precision using numerical helper roundToDecimal().	psu.c:psu_getPrimaryTransTemp()	Test	Closed
LLR_PSU_PSU_GETPRIMARYTRANSTEMP_07	HLR_PSU_329	WHEN the rounded temperature value in *valuePtr is greater than 0, the psu_getPrimaryTransTemp() function SHALL add calibration offset PSU_OFFSET_READING_PRIMARY_TRANS_TEMP to *valuePtr.	psu.c:psu_getPrimaryTransTemp()	Test	Closed
LLR_PSU_PSU_GETPRIMARYTRANSTEMP_08	HLR_PSU_329	WHEN all operational processing completes successfully, the psu_getPrimaryTransTemp() function SHALL return DRV_SUCCESS.	psu.c:psu_getPrimaryTransTemp()	Test	Closed

Control Coupling Diagram (CCD)

Control Coupling Structure Chart

Data Coupling Diagram (DCD)

Data Coupling Structure Chart

Control Flow Diagram (CFD)

Control Flow Diagram

Data Flow Diagram (DFD)

Data Flow Diagram

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psu_getPsuCbit()

DriverStatus psu_getPsuCbit	(	const PSUDevHandler	psuDevHdl,
		PsuCbitStatus *	psuCbitPtr )

psu_getPsuCbit.

To get CBIT status for PSU.

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	psuCbitPtr	The pointer to a CBIT Status.

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_INVALID_PARAM	: Invalid address pointer.
DRV_READ_FAILED	: Failed to read from the device.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getPsuCbit

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETPSUCBIT_01	HLR_PSU_16742	WHEN the pointer psuCbitPtr is NULL (invalid), the psu_getPsuCbit() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getPsuCbit()	Test	Closed
LLR_PSU_PSU_GETPSUCBIT_02	HLR_PSU_16742	WHEN reading any of the PSU CBIT registers fails (reporting a status other than DRV_SUCCESS), the psu_getPsuCbit() function SHALL abort processing and return that driver failure status.	psu.c:psu_getPsuCbit()	Test	Closed
LLR_PSU_PSU_GETPSUCBIT_03	HLR_PSU_16742	WHEN the destination pointer psuCbitPtr is valid, the psu_getPsuCbit() function SHALL read the Power Supply Unit (PSU) CBIT status telemetry registers for Voltage (MMAP_PSU_CBIT_STATE_VOLT), Current (MMAP_PSU_CBIT_STATE_AMP), Temperature (MMAP_PSU_CBIT_STATE_TEMP), and Communication (MMAP_PSU_CBIT_STATE_COMM) from the PSU peripheral base address.	psu.c:psu_getPsuCbit()	Test	Closed
LLR_PSU_PSU_GETPSUCBIT_04	HLR_PSU_16742	WHEN the Voltage CBIT register (MMAP_PSU_CBIT_STATE_VOLT) is read successfully, the psu_getPsuCbit() function SHALL decode the over-voltage and under-voltage status flags for all monitored input and output voltage rails into @p psuCbitPtr->voltage.	psu.c:psu_getPsuCbit()	Test	Closed
LLR_PSU_PSU_GETPSUCBIT_05	HLR_PSU_16742	WHEN the Current CBIT register (MMAP_PSU_CBIT_STATE_AMP) is read successfully, the psu_getPsuCbit() function SHALL decode the over-current status flags for all monitored input and output current rails into @p psuCbitPtr->current.	psu.c:psu_getPsuCbit()	Test	Closed
LLR_PSU_PSU_GETPSUCBIT_06	HLR_PSU_16742	WHEN the Temperature CBIT register (MMAP_PSU_CBIT_STATE_TEMP) is read successfully, the psu_getPsuCbit() function SHALL decode the over-temperature status flags for all monitored thermal sensors into @p psuCbitPtr->temp.	psu.c:psu_getPsuCbit()	Test	Closed
LLR_PSU_PSU_GETPSUCBIT_07	HLR_PSU_16742	WHEN the Communication CBIT register (MMAP_PSU_CBIT_STATE_COMM) is read successfully, the psu_getPsuCbit() function SHALL decode the communication fault status flag into @p psuCbitPtr->commStat.	psu.c:psu_getPsuCbit()	Test	Closed
LLR_PSU_PSU_GETPSUCBIT_08	HLR_PSU_16742	WHEN all operational processing completes successfully, the psu_getPsuCbit() function SHALL return DRV_SUCCESS.	psu.c:psu_getPsuCbit()	Test	Closed

Control Coupling Diagram (CCD)

Control Coupling Structure Chart

Data Coupling Diagram (DCD)

Data Coupling Structure Chart

Control Flow Diagram (CFD)

Control Flow Diagram

Data Flow Diagram (DFD)

Data Flow Diagram

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psu_getPsuDiag()

DriverStatus psu_getPsuDiag	(	const PSUDevHandler	psuDevHdl,
		PsuDiagStatus *	psuDiagPtr )

psu_getPsuDiag.

Get the diagnostic status for power supply unit.

Parameters

[in]	psuDevHdl	The PSU device handler.
[out]	psuDiagPtr	Pointer for PSU diagnostic Status.

Returns

DriverStatus - Driver status return code, If no error occurs during the operation of the function, it returns DRV_SUCCESS. Otherwise related error message is returned.

Return values

DRV_SUCCESS	: Operation successful.
DRV_INVALID_PARAM	: Invalid address pointer.
DRV_READ_FAILED	: Failed to read from the device.

Low-Level Software Requirements (LLR)

Low-Level Requirement Specification: psu_getPsuDiag

Requirement ID	Parent HLR ID	Detailed Low-Level Requirement Statement (EARS Format)	Software Unit Reference	Verification Method	Status
LLR_PSU_PSU_GETPSUDIAG_01	HLR_PSU_329	WHEN the pointer psuDiagPtr is NULL (invalid), the psu_getPsuDiag() function SHALL abort processing and return DRV_INVALID_PARAM.	psu.c:psu_getPsuDiag()	Test	Closed
LLR_PSU_PSU_GETPSUDIAG_02	HLR_PSU_329	WHEN reading any of the PSU diagnostic registers fails (reporting a status other than DRV_SUCCESS), the psu_getPsuDiag() function SHALL abort processing and return that driver failure status.	psu.c:psu_getPsuDiag()	Test	Closed
LLR_PSU_PSU_GETPSUDIAG_03	HLR_PSU_329	WHEN the destination pointer psuDiagPtr is valid, the psu_getPsuDiag() function SHALL read the Power Supply Unit (PSU) diagnostic state registers for Voltage (MMAP_PSU_DIAG_STATE_VOLT), Current (MMAP_PSU_DIAG_STATE_AMP), and Temperature (MMAP_PSU_DIAG_STATE_TEMP) from the PSU peripheral base address.	psu.c:psu_getPsuDiag()	Test	Closed
LLR_PSU_PSU_GETPSUDIAG_04	HLR_PSU_329	WHEN the Voltage Diagnostic register (MMAP_PSU_DIAG_STATE_VOLT) is read successfully, the psu_getPsuDiag() function SHALL decode the over-voltage fault threshold state for all monitored voltage rails into @p psuDiagPtr->overVoltage.	psu.c:psu_getPsuDiag()	Test	Closed
LLR_PSU_PSU_GETPSUDIAG_05	HLR_PSU_329	WHEN the Current Diagnostic register (MMAP_PSU_DIAG_STATE_AMP) is read successfully, the psu_getPsuDiag() function SHALL decode the over-current fault threshold state for all monitored current rails into @p psuDiagPtr->overCurrent.	psu.c:psu_getPsuDiag()	Test	Closed
LLR_PSU_PSU_GETPSUDIAG_06	HLR_PSU_329	WHEN the Temperature Diagnostic register (MMAP_PSU_DIAG_STATE_TEMP) is read successfully, the psu_getPsuDiag() function SHALL decode the over-temperature fault threshold state for all monitored thermal sensors into @p psuDiagPtr->overTemp.	psu.c:psu_getPsuDiag()	Test	Closed
LLR_PSU_PSU_GETPSUDIAG_07	HLR_PSU_329	WHEN all operational processing completes successfully, the psu_getPsuDiag() function SHALL return DRV_SUCCESS.	psu.c:psu_getPsuDiag()	Test	Closed

Control Coupling Diagram (CCD)

Control Coupling Structure Chart

Data Coupling Diagram (DCD)

Data Coupling Structure Chart

Control Flow Diagram (CFD)

Control Flow Diagram

Data Flow Diagram (DFD)

Data Flow Diagram

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