psu.h

Go to the documentation of this file.

/*
 * Copyright (c) 2025, TUSAS Malaysia
 * All rights reserved. 
 * This file contains proprietary information. This
 * file shall not be duplicated, used, modified,
 * or disclosed in whole or in part without
 * the express written consent of TUSAS.
 */

 
#ifndef INCLUDED_PSU_H
#define INCLUDED_PSU_H
 
#include "commonDataTypes.h"
#include "driverStatus.h"
 
// Coefficients Conversion
// Voltage Coefficients (M: slope, B: Y-intercept, K1 & K2: exponent values)
#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)
 
// Current Coefficients (M: slope, B: Y-intercept, K1 & K2: exponent values)
#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)
 
// Temperature Coefficients (M: slope, B: Y-intercept, K1 & K2: exponent values)
#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)
 
// Offset Reading
#define PSU_OFFSET_READING_INPUT_VOLT    (0.3) 
#define PSU_OFFSET_READING_12V_VOLT      (0) 
#define PSU_OFFSET_READING_3V3_VOLT      (0) 
#define PSU_OFFSET_READING_5V_VOLT       (0) 
#define PSU_OFFSET_READING_N12V_AUX_VOLT (0) 
#define PSU_OFFSET_READING_P12V_AUX_VOLT (0) 
#define PSU_OFFSET_READING_3V3_AUX_VOLT  (0) 
#define PSU_OFFSET_READING_INPUT_AMP     (0) 
#define PSU_OFFSET_READING_12V_AMP       (0) 
#define PSU_OFFSET_READING_3V3_AMP       (0) 
#define PSU_OFFSET_READING_5V_AMP        (0) 
#define PSU_OFFSET_READING_N12V_AUX_AMP  (0) 
#define PSU_OFFSET_READING_P12V_AUX_AMP  (0) 
#define PSU_OFFSET_READING_3V3_AUX_AMP   (0) 
#define PSU_OFFSET_READING_BOARD_TEMP    (0) 
#define PSU_OFFSET_READING_12V_TEMP      (0) 
#define PSU_OFFSET_READING_3V3_TEMP      (0) 
#define PSU_OFFSET_READING_5V_TEMP       (0) 
#define PSU_OFFSET_READING_N12V_AUX_TEMP (0) 
#define PSU_OFFSET_READING_P12V_AUX_TEMP (0) 
#define PSU_OFFSET_READING_3V3_AUX_TEMP  (0) 
#define PSU_OFFSET_READING_PRIMARY_TRANS_TEMP                                                     \
   (0) 
 
// Masking DIAG state of voltage
#define PSU_MASK_DIAG_STATE_IN_VOLT(data)           (data & 0x00000007U)
#define PSU_MASK_DIAG_STATE_OUT_12V_VOLT(data)      ((data & 0x00000038U) >> 3U)
#define PSU_MASK_DIAG_STATE_OUT_3V3_VOLT(data)      ((data & 0x000001C0U) >> 6U)
#define PSU_MASK_DIAG_STATE_OUT_5V_VOLT(data)       ((data & 0x00000E00U) >> 9U)
#define PSU_MASK_DIAG_STATE_OUT_N12V_AUX_VOLT(data) ((data & 0x00007000U) >> 12U)
#define PSU_MASK_DIAG_STATE_OUT_P12V_AUX_VOLT(data) ((data & 0x00038000U) >> 15U)
#define PSU_MASK_DIAG_STATE_OUT_3V3_AUX_VOLT(data)  ((data & 0x001C0000U) >> 18U)
 
// Masking DIAG state of current
#define PSU_MASK_DIAG_STATE_IN_AMP(data)           (data & 0x00000007U)
#define PSU_MASK_DIAG_STATE_OUT_12V_AMP(data)      ((data & 0x00000038U) >> 3U)
#define PSU_MASK_DIAG_STATE_OUT_3V3_AMP(data)      ((data & 0x000001C0U) >> 6U)
#define PSU_MASK_DIAG_STATE_OUT_5V_AMP(data)       ((data & 0x00000E00U) >> 9U)
#define PSU_MASK_DIAG_STATE_OUT_N12V_AUX_AMP(data) ((data & 0x00007000U) >> 12U)
#define PSU_MASK_DIAG_STATE_OUT_P12V_AUX_AMP(data) ((data & 0x00038000U) >> 15U)
#define PSU_MASK_DIAG_STATE_OUT_3V3_AUX_AMP(data)  ((data & 0x001C0000U) >> 18U)
 
// Masking DIAG state of temperature
#define PSU_MASK_DIAG_STATE_BOARD_TEMP(data)        (data & 0x00000007U)
#define PSU_MASK_DIAG_STATE_OUT_12V_TEMP(data)      ((data & 0x00000038U) >> 3U)
#define PSU_MASK_DIAG_STATE_OUT_3V3_TEMP(data)      ((data & 0x000001C0U) >> 6U)
#define PSU_MASK_DIAG_STATE_OUT_5V_TEMP(data)       ((data & 0x00000E00U) >> 9U)
#define PSU_MASK_DIAG_STATE_OUT_N12V_AUX_TEMP(data) ((data & 0x00007000U) >> 12U)
#define PSU_MASK_DIAG_STATE_OUT_P12V_AUX_TEMP(data) ((data & 0x00038000U) >> 15U)
#define PSU_MASK_DIAG_STATE_OUT_3V3_AUX_TEMP(data)  ((data & 0x001C0000U) >> 18U)
#define PSU_MASK_DIAG_STATE_PRI_TRANS_TEMP(data)    ((data & 0x00E00000U) >> 21U)
 
// Masking CBIT state for voltage
#define PSU_MASK_CBIT_IN_VOLT_OVER_VOLT(data)       (data & 0x00000001U)
#define PSU_MASK_CBIT_IN_VOLT_UNDER_VOLT(data)      ((data & 0x00000002U) >> 1U)
#define PSU_MASK_CBIT_OUT_12V_OVER_VOLT(data)       ((data & 0x00000004U) >> 2U)
#define PSU_MASK_CBIT_OUT_12V_UNDER_VOLT(data)      ((data & 0x00000008U) >> 3U)
#define PSU_MASK_CBIT_OUT_5V_OVER_VOLT(data)        ((data & 0x00000010U) >> 4U)
#define PSU_MASK_CBIT_OUT_5V_UNDER_VOLT(data)       ((data & 0x00000020U) >> 5U)
#define PSU_MASK_CBIT_OUT_3V3_OVER_VOLT(data)       ((data & 0x00000040U) >> 6U)
#define PSU_MASK_CBIT_OUT_3V3_UNDER_VOLT(data)      ((data & 0x00000080U) >> 7U)
#define PSU_MASK_CBIT_OUT_N12V_AUX_OVER_VOLT(data)  ((data & 0x00000100U) >> 8U)
#define PSU_MASK_CBIT_OUT_N12V_AUX_UNDER_VOLT(data) ((data & 0x00000200U) >> 9U)
#define PSU_MASK_CBIT_OUT_P12V_AUX_OVER_VOLT(data)  ((data & 0x00000400U) >> 10U)
#define PSU_MASK_CBIT_OUT_P12V_AUX_UNDER_VOLT(data) ((data & 0x00000800U) >> 11U)
#define PSU_MASK_CBIT_OUT_3V3_AUX_OVER_VOLT(data)   ((data & 0x00001000U) >> 12U)
#define PSU_MASK_CBIT_OUT_3V3_AUX_UNDER_VOLT(data)  ((data & 0x00002000U) >> 13U)
 
// Masking CBIT state for current
#define PSU_MASK_CBIT_IN_AMP_OVER_AMP(data)       (data & 0x00000001U)
#define PSU_MASK_CBIT_OUT_12V_OVER_AMP(data)      ((data & 0x00000002U) >> 1U)
#define PSU_MASK_CBIT_OUT_5V_OVER_AMP(data)       ((data & 0x00000004U) >> 2U)
#define PSU_MASK_CBIT_OUT_3V3_OVER_AMP(data)      ((data & 0x00000008U) >> 3U)
#define PSU_MASK_CBIT_OUT_N12V_AUX_OVER_AMP(data) ((data & 0x00000010U) >> 4U)
#define PSU_MASK_CBIT_OUT_P12V_AUX_OVER_AMP(data) ((data & 0x00000020U) >> 5U)
#define PSU_MASK_CBIT_OUT_3V3_AUX_OVER_AMP(data)  ((data & 0x00000040U) >> 6U)
 
// Masking CBIT state for temperature
#define PSU_MASK_CBIT_BOARD_OVER_TEMP(data)        (data & 0x00000001U)
#define PSU_MASK_CBIT_OUT_12V_OVER_TEMP(data)      ((data & 0x00000002U) >> 1U)
#define PSU_MASK_CBIT_OUT_5V_OVER_TEMP(data)       ((data & 0x00000004U) >> 2U)
#define PSU_MASK_CBIT_OUT_3V3_OVER_TEMP(data)      ((data & 0x00000008U) >> 3U)
#define PSU_MASK_CBIT_OUT_N12V_AUX_OVER_TEMP(data) ((data & 0x00000010U) >> 4U)
#define PSU_MASK_CBIT_OUT_P12V_AUX_OVER_TEMP(data) ((data & 0x00000020U) >> 5U)
#define PSU_MASK_CBIT_OUT_3V3_AUX_OVER_TEMP(data)  ((data & 0x00000040U) >> 6U)
#define PSU_MASK_CBIT_PRI_TRANS_OVER_TEMP(data)    ((data & 0x00000080U) >> 7U)
 
//Masking CBIT state for communication
#define PSU_MASK_CBIT_COMM_STAT(data) (data & 0x00000001U)

typedef enum
{
   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, 
} SensorNumber;

typedef enum
{
   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, 
} PsuDiagStateThreshold;

typedef enum
{
   NOT_OK = 0, 
   OK 
} PsuCbitCondition;

typedef struct
{
   PsuDiagStateThreshold inputAmp; 
   PsuDiagStateThreshold output12VAmp; 
   PsuDiagStateThreshold output3V3Amp; 
   PsuDiagStateThreshold output5VAmp; 
   PsuDiagStateThreshold outputN12VAuxAmp; 
   PsuDiagStateThreshold outputP12VAuxAmp; 
   PsuDiagStateThreshold output3V3AuxAmp; 
} OverCurrent;

typedef struct
{
   PsuDiagStateThreshold inputVolt; 
   PsuDiagStateThreshold output12VVolt; 
   PsuDiagStateThreshold output3V3Volt; 
   PsuDiagStateThreshold output5VVolt; 
   PsuDiagStateThreshold outputN12VAuxVolt; 
   PsuDiagStateThreshold outputP12VAuxVolt; 
   PsuDiagStateThreshold output3V3AuxVolt; 
} OverVoltage;

typedef struct
{
   PsuDiagStateThreshold boardTemp; 
   PsuDiagStateThreshold output12VTemp; 
   PsuDiagStateThreshold output3V3Temp; 
   PsuDiagStateThreshold output5VTemp; 
   PsuDiagStateThreshold outputN12VAuxTemp; 
   PsuDiagStateThreshold outputP12VAuxTemp; 
   PsuDiagStateThreshold output3V3AuxTemp; 
   PsuDiagStateThreshold primaryTransTemp; 
} OverTemp;

typedef struct
{
   OverCurrent overCurrent; 
   OverVoltage overVoltage; 
   OverTemp overTemp; 
} PsuDiagStatus;

typedef struct
{
   PsuCbitCondition inputVoltOverVolt; 
   PsuCbitCondition inputVoltUnderVolt; 
   PsuCbitCondition output12VOverVolt; 
   PsuCbitCondition output12VUnderVolt; 
   PsuCbitCondition output5VOverVolt; 
   PsuCbitCondition output5VUnderVolt; 
   PsuCbitCondition output3V3OverVolt; 
   PsuCbitCondition output3V3UnderVolt; 
   PsuCbitCondition outputN12VAuxOverVolt; 
   PsuCbitCondition outputN12VAuxUnderVolt; 
   PsuCbitCondition outputP12VAuxOverVolt; 
   PsuCbitCondition outputP12VAuxUnderVolt; 
   PsuCbitCondition output3V3AuxOverVolt; 
   PsuCbitCondition output3V3AuxUnderVolt; 
} CbitVoltage;

typedef struct
{
   PsuCbitCondition inputAmpOverAmp; 
   PsuCbitCondition output12VOverAmp; 
   PsuCbitCondition output5VOverAmp; 
   PsuCbitCondition output3V3OverAmp; 
   PsuCbitCondition outputN12VAuxOverAmp; 
   PsuCbitCondition outputP12VAuxOverAmp; 
   PsuCbitCondition output3V3AuxOverAmp; 
} CbitCurrent;

typedef struct
{
   PsuCbitCondition boardOverTemp; 
   PsuCbitCondition output12VOverTemp; 
   PsuCbitCondition output5VOverTemp; 
   PsuCbitCondition output3V3OverTemp; 
   PsuCbitCondition outputN12VAuxOverTemp; 
   PsuCbitCondition outputP12VAuxOverTemp; 
   PsuCbitCondition output3V3AuxOverTemp; 
   PsuCbitCondition primaryTransOverTemp; 
} CbitTemp;

typedef struct
{
   CbitVoltage voltage; 
   CbitCurrent current; 
   CbitTemp temp; 
   PsuCbitCondition commStat; 
} PsuCbitStatus;

typedef struct
{
   UInt32 baseAddr; 
} PSUDevHandler;
 
// Power Supply DIAG

DriverStatus psu_getPsuDiag(const PSUDevHandler psuDevHdl, PsuDiagStatus *psuDiagPtr);
 
// Power Supply CBIT

DriverStatus psu_getPsuCbit(const PSUDevHandler psuDevHdl, PsuCbitStatus *psuCbitPtr);
 
// Power Supply Read Voltage

DriverStatus psu_getInputVolt(const PSUDevHandler psuDevHdl, Float32 *valuePtr);

DriverStatus psu_getOutputRail12VVolt(const PSUDevHandler psuDevHdl, Float32 *valuePtr);

DriverStatus psu_getOutputRail3V3Volt(const PSUDevHandler psuDevHdl, Float32 *valuePtr);

DriverStatus psu_getOutputRail5VVolt(const PSUDevHandler psuDevHdl, Float32 *valuePtr);

DriverStatus psu_getOutputRailN12VAuxVolt(const PSUDevHandler psuDevHdl, Float32 *valuePtr);

DriverStatus psu_getOutputRailP12VAuxVolt(const PSUDevHandler psuDevHdl, Float32 *valuePtr);

DriverStatus psu_getOutputRail3V3AuxVolt(const PSUDevHandler psuDevHdl, Float32 *valuePtr);
 
// Power Supply Read Current

DriverStatus psu_getInputAmp(const PSUDevHandler psuDevHdl, Float32 *valuePtr);

DriverStatus psu_getOutputRail12VAmp(const PSUDevHandler psuDevHdl, Float32 *valuePtr);

DriverStatus psu_getOutputRail3V3Amp(const PSUDevHandler psuDevHdl, Float32 *valuePtr);

DriverStatus psu_getOutputRail5VAmp(const PSUDevHandler psuDevHdl, Float32 *valuePtr);

DriverStatus psu_getOutputRailN12VAuxAmp(const PSUDevHandler psuDevHdl, Float32 *valuePtr);

DriverStatus psu_getOutputRailP12VAuxAmp(const PSUDevHandler psuDevHdl, Float32 *valuePtr);

DriverStatus psu_getOutputRail3V3AuxAmp(const PSUDevHandler psuDevHdl, Float32 *valuePtr);
 
// Power Supply Read Temperature

DriverStatus psu_getBoardTemp(const PSUDevHandler psuDevHdl, Float32 *valuePtr);

DriverStatus psu_getOutputRail12VTemp(const PSUDevHandler psuDevHdl, Float32 *valuePtr);

DriverStatus psu_getOutputRail3V3Temp(const PSUDevHandler psuDevHdl, Float32 *valuePtr);

DriverStatus psu_getOutputRail5VTemp(const PSUDevHandler psuDevHdl, Float32 *valuePtr);

DriverStatus psu_getOutputRailN12VAuxTemp(const PSUDevHandler psuDevHdl, Float32 *valuePtr);

DriverStatus psu_getOutputRailP12VAuxTemp(const PSUDevHandler psuDevHdl, Float32 *valuePtr);

DriverStatus psu_getOutputRail3V3AuxTemp(const PSUDevHandler psuDevHdl, Float32 *valuePtr);

DriverStatus psu_getPrimaryTransTemp(const PSUDevHandler psuDevHdl, Float32 *valuePtr);
 
#endif // INCLUDED_PSU_H