Mirjana Radosavljevic
Battery Management System LV - 2020/2021
bq79606.h
- Committer:
- minamax
- Date:
- 2021-03-20
- Revision:
- 3:4dc457ed63d5
- Parent:
- 2:03a6da61d834
File content as of revision 3:4dc457ed63d5:
#ifndef bq
#define bq
#include "mbed.h"
// User defines
#define TOTALBOARDS 1 //MUST SET: total boards in the stack
#define BAUDRATE 1000000 //set global baudrate
#define MAXBYTES 6*2 //6 CELLS, 2 BYTES EACH
#define FRMWRT_SGL_R 0x00 // single device write with response
#define FRMWRT_SGL_NR 0x10 // single device write without response
#define FRMWRT_STK_R 0x20 // stack broadcast with response
#define FRMWRT_STK_NR 0x30 // stack broadcast without response
#define FRMWRT_ALL_R 0x40 // general broadcast with response
#define FRMWRT_ALL_NR 0x50 // general broadcast without response
#define FRMWRT_REV_ALL_NR 0xE0 //broadcast write reverse direction
typedef unsigned char BYTE;
// Register defines
#define DEVADD_OTP 0x00 // Device address OTP
#define CONFIG 0x01 // Device configuration
#define GPIO_FLT_MSK 0x02 // GPIO fault mask
#define UV_FLT_MSK 0x03 // UV comparator fault mask
#define OV_FLT_MSK 0x04 // OV comparator fault mask
#define UT_FLT_MSK 0x05 // UT comparator fault mask
#define OT_FLT_MSK 0x06 // OT comparator fault mask
#define TONE_FLT_MSK 0x07 // Fault bus tone fault mask
#define COMM_UART_FLT_MSK 0x08 // UART fault mask
#define COMM_UART_RC_FLT_MSK 0x09 // UART receive command fault mask
#define COMM_UART_RR_FLT_MSK 0x0A // UART receive response fault mask
#define COMM_UART_TR_FLT_MSK 0x0B // UART transmit fault mask
#define COMM_COMH_FLT_MSK 0x0C // COMH bus fault mask
#define COMM_COMH_RC_FLT_MSK 0x0D // COMH bus receive command fault mask
#define COMM_COMH_RR_FLT_MSK 0x0E // COMH bus receive command fault mask
#define COMM_COMH_TR_FLT_MSK 0x0F // COMH bus transmit fault mask
#define COMM_COML_FLT_MSK 0x10 // COML bus fault mask
#define COMM_COML_RC_FLT_MSK 0x11 // COML bus receive command fault mask
#define COMM_COML_RR_FLT_MSK 0x12 // COML bus receive command fault mask
#define COMM_COML_TR_FLT_MSK 0x13 // COML bus transmit fault mask
#define OTP_FLT_MSK 0x14 // OTP page fault mask
#define RAIL_FLT_MSK 0x15 // Power rail fault mask
#define SYSFLT1_FLT_MSK 0x16 // System fault 1 mask
#define SYSFLT2_FLT_MSK 0x17 // System fault 2 mask
#define SYSFLT3_FLT_MSK 0x18 // IC system fault 3 mask
#define OVUV_BIST_FLT_MSK 0x19 // OVUV bist fault mask
#define OTUT_BIST_FLT_MSK 0x1A // OTUT bist fault mask
#define SPARE_01 0x1B // Spare register
#define SPARE_02 0x1C // Spare register
#define SPARE_03 0x1D // Spare register
#define SPARE_04 0x1E // Spare register
#define SPARE_05 0x1F // Spare register
#define COMM_CTRL 0x20 // Communication control
#define DAISY_CHAIN_CTRL 0x21 // Daisy chain RX/TX anable control
#define TX_HOLD_OFF 0x22 // Transmitter holdoff control
#define COMM_TO 0x23 // Communication timeout control
#define CELL_ADC_CONF1 0x24 // Cell ADC configuration 1
#define CELL_ADC_CONF2 0x25 // Cell ADC configuration 2
#define AUX_ADC_CONF 0x26 // Auxiliary ADC configuration
#define ADC_DELAY 0x27 // ADC configuration
#define GPIO_ADC_CONF 0x28 // GPIO_ADC result configuration
#define OVUV_CTRL 0x29 // Cell hardware protection channel control
#define UV_THRESH 0x2A // Comparator undervoltage threshold
#define OV_THRESH 0x2B // Comparator overvoltage threshold
#define OTUT_CTRL 0x2C // GPIO over and under temperature comparator control
#define OTUT_THRESH 0x2D // GPIO comparator over and under temperature threshold
#define COMP_DG 0x2E // Comparator protection deglitch
#define GPIO1_CONF 0x2F // GPIO1 configuration
#define GPIO2_CONF 0x30 // GPIO2 configuration
#define GPIO3_CONF 0x31 // GPIO3 configuration
#define GPIO4_CONF 0x32 // GPIO4 configuration
#define GPIO5_CONF 0x33 // GPIO5 configuration
#define GPIO6_CONF 0x34 // GPIO6 configuration
#define CELL1_GAIN 0x35 // Cell 1 gain calibration
#define CELL2_GAIN 0x36 // Cell 2 gain calibration
#define CELL3_GAIN 0x37 // Cell 3 gain calibration
#define CELL4_GAIN 0x38 // Cell 4 gain calibration
#define CELL5_GAIN 0x39 // Cell 5 gain calibration
#define CELL6_GAIN 0x3A // Cell 6 gain calibration
#define CELL1_OFF 0x3B // Cell 1 offset calibration
#define CELL2_OFF 0x3C // Cell 2 offset calibration
#define CELL3_OFF 0x3D // Cell 3 offset calibration
#define CELL4_OFF 0x3E // Cell 4 offset calibration
#define CELL5_OFF 0x3F // Cell 5 offset calibration
#define CELL6_OFF 0x40 // Cell 6 offset calibration
#define GPIO1_GAIN 0x41 // GPIO1 gain calibration
#define GPIO2_GAIN 0x42 // GPIO2 gain calibration
#define GPIO3_GAIN 0x43 // GPIO3 gain calibration
#define GPIO4_GAIN 0x44 // GPIO4 gain calibration
#define GPIO5_GAIN 0x45 // GPIO5 gain calibration
#define GPIO6_GAIN 0x46 // GPIO6 gain calibration
#define GPIO1_OFF 0x47 // GPIO1 offset calibration
#define GPIO2_OFF 0x48 // GPIO2 offset calibration
#define GPIO3_OFF 0x49 // GPIO3 offset calibration
#define GPIO4_OFF 0x4A // GPIO4 offset calibration
#define GPIO5_OFF 0x4B // GPIO5 offset calibration
#define GPIO6_OFF 0x4C // GPIO6 offset calibration
#define GPAUXCELL_GAIN 0x4D // GP ADC gain, CH1
#define GPAUXCELL_OFF 0x4E // GP ADC offset, CH1
#define GPAUX_GAIN 0x4F // GP ADC gain, CH2-32
#define GPAUX_OFF 0x50 // GP ADC offset, CH2-32
#define VC1COEFF1 0x51 // Cell 1 ADC gain correction
#define VC1COEFF2 0x52 // Cell 1 ADC gain correction
#define VC1COEFF3 0x53 // Cell 1 ADC gain correction
#define VC1COEFF4 0x54 // Cell 1 ADC gain correction
#define VC1COEFF5 0x55 // Cell 1 ADC gain correction
#define VC1COEFF6 0x56 // Cell 1 ADC gain correction
#define VC1COEFF7 0x57 // Cell 1 ADC gain correction
#define VC1COEFF8 0x58 // Cell 1 ADC gain correction
#define VC1COEFF9 0x59 // Cell 1 ADC offset/gain correction
#define VC1COEFF10 0x5A // Cell 1 ADC offset correction
#define VC1COEFF11 0x5B // Cell 1 ADC offset correction
#define VC1COEFF12 0x5C // Cell 1 ADC offset correction
#define VC1COEFF13 0x5D // Cell 1 ADC offset correction
#define VC1COEFF14 0x5E // Cell 1 ADC offset correction
#define VC2COEFF1 0x5F // Cell 2 ADC gain correction
#define VC2COEFF2 0x60 // Cell 2 ADC gain correction
#define VC2COEFF3 0x61 // Cell 2 ADC gain correction
#define VC2COEFF4 0x62 // Cell 2 ADC gain correction
#define VC2COEFF5 0x63 // Cell 2 ADC gain correction
#define VC2COEFF6 0x64 // Cell 2 ADC gain correction
#define VC2COEFF7 0x65 // Cell 2 ADC gain correction
#define VC2COEFF8 0x66 // Cell 2 ADC gain correction
#define VC2COEFF9 0x67 // Cell 2 ADC offset/gain correction
#define VC2COEFF10 0x68 // Cell 2 ADC offset correction
#define VC2COEFF11 0x69 // Cell 2 ADC offset correction
#define VC2COEFF12 0x6A // Cell 2 ADC offset correction
#define VC2COEFF13 0x6B // Cell 2 ADC offset correction
#define VC2COEFF14 0x6C // Cell 2 ADC offset correction
#define VC3COEFF1 0x6D // Cell 3 ADC gain correction
#define VC3COEFF2 0x6E // Cell 3 ADC gain correction
#define VC3COEFF3 0x6F // Cell 3 ADC gain correction
#define VC3COEFF4 0x70 // Cell 3 ADC gain correction
#define VC3COEFF5 0x71 // Cell 3 ADC gain correction
#define VC3COEFF6 0x72 // Cell 3 ADC gain correction
#define VC3COEFF7 0x73 // Cell 3 ADC gain correction
#define VC3COEFF8 0x74 // Cell 3 ADC gain correction
#define VC3COEFF9 0x75 // Cell 3 ADC offset/gain correction
#define VC3COEFF10 0x76 // Cell 3 ADC offset correction
#define VC3COEFF11 0x77 // Cell 3 ADC offset correction
#define VC3COEFF12 0x78 // Cell 3 ADC offset correction
#define VC3COEFF13 0x79 // Cell 3 ADC offset correction
#define VC3COEFF14 0x7A // Cell 3 ADC offset correction
#define VC4COEFF1 0x7B // Cell 4 ADC gain correction
#define VC4COEFF2 0x7C // Cell 4 ADC gain correction
#define VC4COEFF3 0x7D // Cell 4 ADC gain correction
#define VC4COEFF4 0x7E // Cell 4 ADC gain correction
#define VC4COEFF5 0x7F // Cell 4 ADC gain correction
#define VC4COEFF6 0x80 // Cell 4 ADC gain correction
#define VC4COEFF7 0x81 // Cell 4 ADC gain correction
#define VC4COEFF8 0x82 // Cell 4 ADC gain correction
#define VC4COEFF9 0x83 // Cell 4 ADC offset/gain correction
#define VC4COEFF10 0x84 // Cell 4 ADC offset correction
#define VC4COEFF11 0x85 // Cell 4 ADC offset correction
#define VC4COEFF12 0x86 // Cell 4 ADC offset correction
#define VC4COEFF13 0x87 // Cell 4 ADC offset correction
#define VC4COEFF14 0x88 // Cell 4 ADC offset correction
#define VC5COEFF1 0x89 // Cell 5 ADC gain correction
#define VC5COEFF2 0x8A // Cell 5 ADC gain correction
#define VC5COEFF3 0x8B // Cell 5 ADC gain correction
#define VC5COEFF4 0x8C // Cell 5 ADC gain correction
#define VC5COEFF5 0x8D // Cell 5 ADC gain correction
#define VC5COEFF6 0x8E // Cell 5 ADC gain correction
#define VC5COEFF7 0x8F // Cell 5 ADC gain correction
#define VC5COEFF8 0x90 // Cell 5 ADC gain correction
#define VC5COEFF9 0x91 // Cell 5 ADC offset/gain correction
#define VC5COEFF10 0x92 // Cell 5 ADC offset correction
#define VC5COEFF11 0x93 // Cell 5 ADC offset correction
#define VC5COEFF12 0x94 // Cell 5 ADC offset correction
#define VC5COEFF13 0x95 // Cell 5 ADC offset correction
#define VC5COEFF14 0x96 // Cell 5 ADC offset correction
#define VC6COEFF1 0x97 // Cell 6 ADC gain correction
#define VC6COEFF2 0x98 // Cell 6 ADC gain correction
#define VC6COEFF3 0x99 // Cell 6 ADC gain correction
#define VC6COEFF4 0x9A // Cell 6 ADC gain correction
#define VC6COEFF5 0x9B // Cell 6 ADC gain correction
#define VC6COEFF6 0x9C // Cell 6 ADC gain correction
#define VC6COEFF7 0x9D // Cell 6 ADC gain correction
#define VC6COEFF8 0x9E // Cell 6 ADC gain correction
#define VC6COEFF9 0x9F // Cell 6 ADC offset/gain correction
#define VC6COEFF10 0xA0 // Cell 6 ADC offset correction
#define VC6COEFF11 0xA1 // Cell 6 ADC offset correction
#define VC6COEFF12 0xA2 // Cell 6 ADC offset correction
#define VC6COEFF13 0xA3 // Cell 6 ADC offset correction
#define VC6COEFF14 0xA4 // Cell 6 ADC offset correction
#define VAUXCOEFF1 0xA5 // GP ADC gain correction - CH2-32
#define VAUXCOEFF2 0xA6 // GP ADC gain correction - CH2-32
#define VAUXCOEFF3 0xA7 // GP ADC gain correction - CH2-32
#define VAUXCOEFF4 0xA8 // GP ADC gain correction - CH2-32
#define VAUXCOEFF5 0xA9 // GP ADC gain correction - CH2-32
#define VAUXCOEFF6 0xAA // GP ADC gain correction - CH2-32
#define VAUXCOEFF7 0xAB // GP ADC gain correction - CH2-32
#define VAUXCOEFF8 0xAC // GP ADC gain correction - CH2-32
#define VAUXCOEFF9 0xAD // GP ADC offset/gain correction - CH2-32
#define VAUXCOEFF10 0xAE // GP ADC offset correction - CH2-32
#define VAUXCOEFF11 0xAF // GP ADC offset correction - CH2-32
#define VAUXCOEFF12 0xB0 // GP ADC offset correction - CH2-32
#define VAUXCOEFF13 0xB1 // GP ADC offset correction - CH2-32
#define VAUXCOEFF14 0xB2 // GP ADC offset correction - CH2-32
#define VAUXCELLCOEFF1 0xB3 // GP ADC gain correction - CH1
#define VAUXCELLCOEFF2 0xB4 // GP ADC gain correction - CH1
#define VAUXCELLCOEFF3 0xB5 // GP ADC gain correction - CH1
#define VAUXCELLCOEFF4 0xB6 // GP ADC gain correction - CH1
#define VAUXCELLCOEFF5 0xB7 // GP ADC gain correction - CH1
#define VAUXCELLCOEFF6 0xB8 // GP ADC gain correction - CH1
#define VAUXCELLCOEFF7 0xB9 // GP ADC gain correction - CH1
#define VAUXCELLCOEFF8 0xBA // GP ADC gain correction - CH1
#define VAUXCELLCOEFF9 0xBB // GP ADC offset/gain correction - CH1
#define VAUXCELLCOEFF10 0xBC // GP ADC offset correction - CH1
#define VAUXCELLCOEFF11 0xBD // GP ADC offset correction - CH1
#define VAUXCELLCOEFF12 0xBE // GP ADC offset correction - CH1
#define VAUXCELLCOEFF13 0xBF // GP ADC offset correction - CH1
#define VAUXCELLCOEFF14 0xC0 // GP ADC offset correction - CH1
#define SPARE_06 0xC1 // Spare register
#define CUST_MISC1 0xC2 // Customer OTP memory 1
#define CUST_MISC2 0xC3 // Customer OTP memory 2
#define CUST_MISC3 0xC4 // Customer OTP memory 3
#define CUST_MISC4 0xC5 // Customer OTP memory 4
#define CUST_CRCH 0xC6 // Customer CRC high byte
#define CUST_CRCL 0xC7 // Customer CRC low byte
#define OTP_PROG_UNLOCK1A 0x100 // OTP program unlock code 1A
#define OTP_PROG_UNLOCK1B 0x101 // OTP program unlock code 1B
#define OTP_PROG_UNLOCK1C 0x102 // OTP program unlock code 1C
#define OTP_PROG_UNLOCK1D 0x103 // OTP program unlock code 1D
#define DEVADD_USR 0x104 // Programmable device address
#define CONTROL1 0x105 // Device control
#define CONTROL2 0x106 // Function enable control
#define OTP_PROG_CTRL 0x107 // OTP programming control
#define GPIO_OUT 0x108 // GPIO output control
#define CELL_ADC_CTRL 0x109 // Cell ADC control
#define AUX_ADC_CTRL1 0x10A // Auxiliary ADC control 1
#define AUX_ADC_CTRL2 0x10B // Auxiliary ADC control 2
#define AUX_ADC_CTRL3 0x10C // Auxiliary ADC control 3
#define CB_CONFIG 0x10D // Balance timer configuration
#define CB_CELL1_CTRL 0x10E // Cell 1 balance timer configuration
#define CB_CELL2_CTRL 0x10F // Cell 2 balance timer configuration
#define CB_CELL3_CTRL 0x110 // Cell 3 balance timer configuration
#define CB_CELL4_CTRL 0x111 // Cell 4 balance timer configuration
#define CB_CELL5_CTRL 0x112 // Cell 5 balance timer configuration
#define CB_CELL6_CTRL 0x113 // Cell 6 balance timer configuration
#define CB_DONE_THRESHOLD 0x114 // Cell balance done comparator threshold
#define CB_SW_EN 0x115 // Cell balancing manual switch enable
#define DIAG_CTRL1 0x116 // Diagnostic control register 1
#define DIAG_CTRL2 0x117 // Diagnostic control register 2
#define DIAG_CTRL3 0x118 // Diagnostic control register 3
#define DIAG_CTRL4 0x119 // Diagnostic control register 4
#define VC_CS_CTRL 0x11A // VC current source/sink control
#define CB_CS_CTRL 0x11B // CB current source/sink control
#define CBVC_COMP_CTRL 0x11C // CB switch comparator control
#define ECC_TEST 0x11D // ECC test
#define ECC_DATAIN0 0x11E // 1st data in byte for manual ECC test
#define ECC_DATAIN1 0x11F // 2nd data in byte for manual ECC test
#define ECC_DATAIN2 0x120 // 3rd data in byte for manual ECC test
#define ECC_DATAIN3 0x121 // 4th data in byte for manual ECC test
#define ECC_DATAIN4 0x122 // 5th data in byte for manual ECC test
#define ECC_DATAIN5 0x123 // 6th data in byte for manual ECC test
#define ECC_DATAIN6 0x124 // 7th data in byte for manual ECC test
#define ECC_DATAIN7 0x125 // 8th data in byte for manual ECC test
#define ECC_DATAIN8 0x126 // 9th data in byte for manual ECC test
#define GPIO_FLT_RST 0x127 // GPIO fault reset
#define UV_FLT_RST 0x128 // UV comparator fault reset
#define OV_FLT_RST 0x129 // OV comparator fault reset
#define UT_FLT_RST 0x12A // UT comparator fault reset
#define OT_FLT_RST 0x12B // OT comparator fault reset
#define TONE_FLT_RST 0x12C // Fault bus status reset
#define COMM_UART_FLT_RST 0x12D // UART fault status reset
#define COMM_UART_RC_FLT_RST 0x12E // UART receive command fault reset
#define COMM_UART_RR_FLT_RST 0x12F // UART receive response fault reset
#define COMM_UART_TR_FLT_RST 0x130 // UART transmit fault reset
#define COMM_COMH_FLT_RST 0x131 // COMH bus fault reset
#define COMM_COMH_RC_FLT_RST 0x132 // COMH bus receive command fault reset
#define COMM_COMH_RR_FLT_RST 0x133 // COMH bus receive command fault reset
#define COMM_COMH_TR_FLT_RST 0x134 // COMH bus transmit fault reset
#define COMM_COML_FLT_RST 0x135 // COML bus fault reset
#define COMM_COML_RC_FLT_RST 0x136 // COML bus receive command fault reset
#define COMM_COML_RR_FLT_RST 0x137 // COML bus receive command fault reset
#define COMM_COML_TR_FLT_RST 0x138 // COML bus transmit fault reset
#define OTP_FLT_RST 0x139 // OTP page fault reset
#define RAIL_FLT_RST 0x13A // Power rail reset
#define SYSFLT1_FLT_RST 0x13B // System fault 1 reset
#define SYSFLT2_FLT_RST 0x13C // System fault 2 reset
#define SYSFLT3_FLT_RST 0x13D // IC system fault 3 reset
#define OVUV_BIST_FLT_RST 0x13E // OVUV bist fault reset
#define OTUT_BIST_FLT_RST 0x13F // OTUT bist fault reset
#define OTP_PROG_UNLOCK2A 0x150 // OTP program unlock code 2A
#define OTP_PROG_UNLOCK2B 0x151 // OTP program unlock code 2B
#define OTP_PROG_UNLOCK2C 0x152 // OTP program unlock code 2C
#define OTP_PROG_UNLOCK2D 0x153 // OTP program unlock code 2D
#define SPI_CFG 0x154 // SPI master configuration
#define SPI_TX 0x155 // SPI byte to transmit
#define SPI_EXE 0x156 // SPI command execute
#define PARTID 0x200 // Customer revision information
#define SYS_FAULT1 0x201 // System fault 1 status
#define SYS_FAULT2 0x202 // System fault 2 status
#define SYS_FAULT3 0x203 // IC system fault 3 status
#define DEV_STAT 0x204 // Device status
#define LOOP_STAT 0x205 // Round robin status
#define FAULT_SUM 0x206 // Fault summary
#define VCELL1_HF 0x207 // Cell 1 voltage high byte (low pass filtered)
#define VCELL1_LF 0x208 // Cell 1 voltage low byte (low pass filtered)
#define VCELL2_HF 0x209 // Cell 2 voltage high byte (low pass filtered)
#define VCELL2_LF 0x20A // Cell 2 voltage low byte (low pass filtered)
#define VCELL3_HF 0x20B // Cell 3 voltage high byte (low pass filtered)
#define VCELL3_LF 0x20C // Cell 3 voltage low byte (low pass filtered)
#define VCELL4_HF 0x20D // Cell 4 voltage high byte (low pass filtered)
#define VCELL4_LF 0x20E // Cell 4 voltage low byte (low pass filtered)
#define VCELL5_HF 0x20F // Cell 5 voltage high byte (low pass filtered)
#define VCELL5_LF 0x210 // Cell 5 voltage low byte (low pass filtered)
#define VCELL6_HF 0x211 // Cell 6 voltage high byte (low pass filtered)
#define VCELL6_LF 0x212 // Cell 6 voltage low byte (low pass filtered)
#define CONV_CNTH 0x213 // Cell ADC conversion counter high byte
#define CONV_CNTL 0x214 // Cell ADC conversion counter low byte
#define VCELL1H 0x215 // Cell 1 voltage high byte (corrected)
#define VCELL1L 0x216 // Cell 1 voltage low byte (corrected)
#define VCELL2H 0x217 // Cell 2 voltage high byte (corrected)
#define VCELL2L 0x218 // Cell 2 voltage low byte (corrected)
#define VCELL3H 0x219 // Cell 3 voltage high byte (corrected)
#define VCELL3L 0x21A // Cell 3 voltage low byte (corrected)
#define VCELL4H 0x21B // Cell 4 voltage high byte (corrected)
#define VCELL4L 0x21C // Cell 4 voltage low byte (corrected)
#define VCELL5H 0x21D // Cell 5 voltage high byte (corrected)
#define VCELL5L 0x21E // Cell 5 voltage low byte (corrected)
#define VCELL6H 0x21F // Cell 6 voltage high byte (corrected)
#define VCELL6L 0x220 // Cell 6 voltage low byte (corrected)
#define VCELL_FACTCORRH 0x221 // Selected cell factory corrected high byte
#define VCELL_FACTCORRL 0x222 // Selected cell factory corrected low byte
#define AUX_CELLH 0x223 // AUX measurement voltage high byte
#define AUX_CELLL 0x224 // AUX measurement voltage low byte
#define AUX_BATH 0x225 // Cell stack voltage high byte (corrected)
#define AUX_BATL 0x226 // Cell stack voltage low byte (corrected)
#define AUX_REF2H 0x227 // Bandgap 1 measurement voltage high byte
#define AUX_REF2L 0x228 // Bandgap 1 measurement voltage low byte
#define AUX_ZEROH 0x229 // ZERO reference voltage high byte
#define AUX_ZEROL 0x22A // ZERO reference voltage low byte
#define AUX_AVDDH 0x22B // AVDD LDO voltage output high byte
#define AUX_AVDDL 0x22C // AVDD LDO voltage output low byte
#define AUX_GPIO1H 0x22D // GPIO1 voltage high byte (corrected)
#define AUX_GPIO1L 0x22E // GPIO1 voltage low byte (corrected)
#define AUX_GPIO2H 0x22F // GPIO2 voltage high byte (corrected)
#define AUX_GPIO2L 0x230 // GPIO2 voltage low byte (corrected)
#define AUX_GPIO3H 0x231 // GPIO3 voltage high byte (corrected)
#define AUX_GPIO3L 0x232 // GPIO3 voltage low byte (corrected)
#define AUX_GPIO4H 0x233 // GPIO4 voltage high byte (corrected)
#define AUX_GPIO4L 0x234 // GPIO4 voltage low byte (corrected)
#define AUX_GPIO5H 0x235 // GPIO5 voltage high byte (corrected)
#define AUX_GPIO5L 0x236 // GPIO5 voltage low byte (corrected)
#define AUX_GPIO6H 0x237 // GPIO6 voltage high byte (corrected)
#define AUX_GPIO6L 0x238 // GPIO6 voltage low byte (corrected)
#define AUX_FACTCORRH 0x239 // Selected GPIO factory corrected high byte
#define AUX_FACTCORRL 0x23A // Selected GPIO factory corrected low byte
#define DIE_TEMPH 0x23B // Die junction temperature high byte
#define DIE_TEMPL 0x23C // Die junction temperature low byte
#define AUX_REF3H 0x23D // Bandgap 2 voltage output high byte
#define AUX_REF3L 0x23E // Bandgap 2 voltage output low byte
#define AUX_OV_DACH 0x23F // OV reference voltage high byte
#define AUX_OV_DACL 0x240 // OV reference voltage low byte
#define AUX_UV_DACH 0x241 // UV reference voltage high byte
#define AUX_UV_DACL 0x242 // UV reference voltage low byte
#define AUX_OT_DACH 0x243 // OT reference voltage high byte
#define AUX_OT_DACL 0x244 // OT reference voltage low byte
#define AUX_UT_DACH 0x245 // UT reference voltage high byte
#define AUX_UT_DACL 0x246 // UT reference voltage low byte
#define AUX_TWARN_PTATH 0x247 // TWARN PTAT current high byte
#define AUX_TWARN_PTATL 0x248 // TWARN PTAT current low byte
#define AUX_DVDDH 0x249 // DVDD LDO voltage output high byte
#define AUX_DVDDL 0x24A // DVDD LDO voltage output low byte
#define AUX_TSREFH 0x24B // TSREF voltage output high byte
#define AUX_TSREFL 0x24C // TSREF voltage output low byte
#define AUX_CVDDH 0x24D // CVDD LDO voltage output high byte
#define AUX_CVDDL 0x24E // CVDD LDO voltage output low byte
#define AUX_AVAOH 0x24F // AVAO reference voltage output high byte
#define AUX_AVAOL 0x250 // AVAO reference voltage output low byte
#define SPI_RX 0x260 // SPI byte read
#define CB_DONE 0x261 // Cell balancing complete status
#define GPIO_STAT 0x262 // GPIO input status
#define CBVC_COMP_STAT 0x263 // CBVC comparator status
#define CBVC_VCLOW_STAT 0x264 // CBVC VCLOW comparator status
#define COMM_UART_RC_STAT3 0x265 // Discarded UART command frame counter
#define COMM_COML_RC_STAT3 0x266 // Discarded COML command frame counter
#define COMM_COMH_RR_STAT3 0x267 // Discarded COMH response frame counter
#define COMM_COML_RR_STAT3 0x268 // Discarded COML response frame counter
#define COMM_COMH_RC_STAT3 0x269 // Discarded COMH command frame counter
#define COMM_UART_RR_STAT3 0x26A // Discarded UART response frame counter
#define COMM_UART_RC_STAT1 0x26B // Valid UART command frame counter high byte
#define COMM_UART_RC_STAT2 0x26C // Valid UART command frame counter low byte
#define COMM_COML_RC_STAT1 0x26D // Valid COML command frame counter high byte
#define COMM_COML_RC_STAT2 0x26E // Valid COML command frame counter low byte
#define COMM_COMH_RR_STAT1 0x26F // Valid COMH response frame counter high byte
#define COMM_COMH_RR_STAT2 0x270 // Valid COMH response frame counter low byte
#define COMM_UART_TR_STAT1 0x271 // Transmitted UART response frame counter high byte
#define COMM_UART_TR_STAT2 0x272 // Transmitted UART response frame counter low byte
#define COMM_COML_TR_STAT1 0x273 // Transmitted COML response frame counter high byte
#define COMM_COML_TR_STAT2 0x274 // Transmitted COML response frame counter low byte
#define COMM_COMH_RC_STAT1 0x275 // Valid COMH command frame counter high byte
#define COMM_COMH_RC_STAT2 0x276 // Valid COMH command frame counter low byte
#define COMM_COML_RR_STAT1 0x277 // Valid COML response frame counter high byte
#define COMM_COML_RR_STAT2 0x278 // Valid COML response frame counter low byte
#define COMM_COMH_TR_STAT1 0x279 // Transmitted COMH response frame counter high byte
#define COMM_COMH_TR_STAT2 0x27A // Transmitted COMH response frame counter low byte
#define COMM_UART_RR_STAT1 0x27B // Valid UART response frame counter high byte
#define COMM_UART_RR_STAT2 0x27C // Valid UART response frame counter low byte
#define OTP_PROG_STAT 0x27D // OTP programming status
#define OTP_CUST1_STAT1 0x27E // Customer OTP page 1 status
#define OTP_CUST1_STAT2 0x27F // Customer OTP page 2 programming status
#define OTP_CUST2_STAT1 0x280 // Customer OTP page 1 status
#define OTP_CUST2_STAT2 0x281 // Customer OTP page 2 programming status
#define CB_SW_STAT 0x282 // Cell balancing switch status
#define GPIO_FAULT 0x290 // GPIO fault status
#define UV_FAULT 0x291 // UV comparator fault status
#define OV_FAULT 0x292 // OV comparator fault status
#define UT_FAULT 0x293 // UT comparator fault status
#define OT_FAULT 0x294 // OT comparator fault status
#define TONE_FAULT 0x295 // Fault bus status
#define COMM_UART_FAULT 0x296 // UART fault status
#define COMM_UART_RC_FAULT 0x297 // UART receive command fault status
#define COMM_UART_RR_FAULT 0x298 // UART receive response fault status (only valid in multidrop mode)
#define COMM_UART_TR_FAULT 0x299 // UART transmit fault status
#define COMM_COMH_FAULT 0x29A // COMH fault status
#define COMM_COMH_RC_FAULT 0x29B // COMH receive command fault status
#define COMM_COMH_RR_FAULT 0x29C // COMH receive response fault status
#define COMM_COMH_TR_FAULT 0x29D // COMH transmit fault status
#define COMM_COML_FAULT 0x29E // COML fault status
#define COMM_COML_RC_FAULT 0x29F // COML receive command fault status
#define COMM_COML_RR_FAULT 0x2A0 // COML receive response fault status
#define COMM_COML_TR_FAULT 0x2A1 // COML transmit fault status
#define OTP_FAULT 0x2A2 // OTP page fault status
#define RAIL_FAULT 0x2A3 // Power rail fault status
#define OVUV_BIST_FAULT 0x2A4 // OVUV BIST fault status
#define OTUT_BIST_FAULT 0x2A5 // OTUT BIST fault status
#define ECC_DATAOUT0 0x2B0 // 1st data out byte for ECC test
#define ECC_DATAOUT1 0x2B1 // 2nd data out byte for ECC test
#define ECC_DATAOUT2 0x2B2 // 3rd data out byte for ECC test
#define ECC_DATAOUT3 0x2B3 // 4th data out byte for ECC test
#define ECC_DATAOUT4 0x2B4 // 5th data out byte for ECC test
#define ECC_DATAOUT5 0x2B5 // 6th data out byte for ECC test
#define ECC_DATAOUT6 0x2B6 // 7th data out byte for ECC test
#define ECC_DATAOUT7 0x2B7 // 8th data out byte for ECC test
#define ECC_DATAOUT8 0x2B8 // 9th data out byte for ECC test
#define SEC_BLK 0x2B9 // SEC detected block
#define DED_BLK 0x2BA // DED detected block
#define DEV_ADD_STAT 0x2BB // Device address status
#define COMM_STAT 0x2BC // Communication status register
#define DAISY_CHAIN_STAT 0x2BD // Communication status register
#define VCELL1_HU 0x2C0 // Cell 1 voltage high byte (uncorrected)
#define VCELL1_MU 0x2C1 // Cell 1 voltage middle byte (uncorrected)
#define VCELL1_LU 0x2C2 // Cell 1 voltage low byte (uncorrected)
#define VCELL2_HU 0x2C3 // Cell 2 voltage high byte (uncorrected)
#define VCELL2_MU 0x2C4 // Cell 2 voltage middle byte (uncorrected)
#define VCELL2_LU 0x2C5 // Cell 2 voltage low byte (uncorrected)
#define VCELL3_HU 0x2C6 // Cell 3 voltage high byte (uncorrected)
#define VCELL3_MU 0x2C7 // Cell 3 voltage middle byte (uncorrected)
#define VCELL3_LU 0x2C8 // Cell 3 voltage low byte (uncorrected)
#define VCELL4_HU 0x2C9 // Cell 4 voltage high byte (uncorrected)
#define VCELL4_MU 0x2CA // Cell 4 voltage middle byte (uncorrected)
#define VCELL4_LU 0x2CB // Cell 4 voltage low byte (uncorrected)
#define VCELL5_HU 0x2CC // Cell 5 voltage high byte (uncorrected)
#define VCELL5_MU 0x2CD // Cell 5 voltage middle byte (uncorrected)
#define VCELL5_LU 0x2CE // Cell 5 voltage low byte (uncorrected)
#define VCELL6_HU 0x2CF // Cell 6 voltage high byte (uncorrected)
#define VCELL6_MU 0x2D0 // Cell 6 voltage middle byte (uncorrected)
#define VCELL6_LU 0x2D1 // Cell 6 voltage low byte (uncorrected)
#define AUX_BAT_HU 0x2D2 // Cell stack voltage high byte (uncorrected)
#define AUX_BAT_LU 0x2D3 // Cell stack voltage low byte (uncorrected)
#define AUX_GPIO1_HU 0x2D4 // GPIO1 voltage high byte (uncorrected)
#define AUX_GPIO1_MU 0x2D5 // GPIO1 voltage middle byte (uncorrected)
#define AUX_GPIO1_LU 0x2D6 // GPIO1 voltage low byte (uncorrected)
#define AUX_GPIO2_HU 0x2D7 // GPIO2 voltage high byte (uncorrected)
#define AUX_GPIO2_LU 0x2D8 // GPIO2 voltage low byte (uncorrected)
#define AUX_GPIO3_HU 0x2D9 // GPIO3 voltage high byte (uncorrected)
#define AUX_GPIO3_LU 0x2DA // GPIO3 voltage low byte (uncorrected)
#define AUX_GPIO4_HU 0x2DB // GPIO4 voltage high byte (uncorrected)
#define AUX_GPIO4_LU 0x2DC // GPIO4 voltage low byte (uncorrected)
#define AUX_GPIO5_HU 0x2DD // GPIO5 voltage high byte (uncorrected)
#define AUX_GPIO5_LU 0x2DE // GPIO5 voltage low byte (uncorrected)
#define AUX_GPIO6_HU 0x2DF // GPIO6 voltage high byte (uncorrected)
#define AUX_GPIO6_LU 0x2E0 // GPIO6 voltage low byte (uncorrected)
#define CUST_CRC_RSLTH 0x2E1 // Calculated customer CRC result high byte
#define CUST_CRC_RSLTL 0x2E2 // Calculated customer CRC result low byte
// Function Prototypes
void Wake79606(void);
//void CommClear(void);
//void CommSleepToWake(void);
//void CommReset(void);
void AutoAddress(void);
uint16_t CRC16(BYTE *pBuf, int nLen);
void sendUART(int length, uint8_t * data);
void init(void);
int WriteReg(BYTE bID, uint16_t wAddr, uint64_t dwData, BYTE bLen, BYTE bWriteType);
int ReadReg(BYTE bID, uint16_t wAddr, BYTE * pData, BYTE bLen, uint32_t dwTimeOut, BYTE bWriteType);
int WriteFrame(BYTE bID, uint16_t wAddr, BYTE * pData, BYTE bLen, BYTE bWriteType);
int ReadFrameReq(BYTE bID, uint16_t wAddr, BYTE bByteToReturn,BYTE bWriteType);
//void delayms(uint16 ms);
//void delayus(uint16 us);
//float Complement(uint16 rawData, float multiplier);
#endif