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kunlun/driver/extern/em/inc/iot_em_ext_chip_att.h
andy c756587541 初始提交
2024-09-28 14:24:04 +08:00

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/****************************************************************************
Copyright(c) 2019 by Aerospace C.Power (Chongqing) Microelectronics. ALL RIGHTS RESERVED.
This Information is proprietary to Aerospace C.Power (Chongqing) Microelectronics and MAY NOT
be copied by any method or incorporated into another program without
the express written consent of Aerospace C.Power. This Information or any portion
thereof remains the property of Aerospace C.Power. The Information contained herein
is believed to be accurate and Aerospace C.Power assumes no responsibility or
liability for its use in any way and conveys no license or title under
any patent or copyright and makes no representation or warranty that this
Information is free from patent or copyright infringement.
****************************************************************************/
#ifndef _IOT_EM_EXT_CHIP_ATT_H_
#define _IOT_EM_EXT_CHIP_ATT_H_
#ifdef __cplusplus
extern "C" {
#endif
#include "iot_em_ext_api.h"
#include "iot_utils_api.h"
#include "iot_cal_data.h"
/* ATT7022 chip address. start */
/* invalid address */
#define IOT_EM_EXT_ATT_INVALID_ADDR 0xFF
#define IOT_EM_EXT_ATT_MEAS_DATA_MASK 0xFFFFFF
/* measurement address. start */
/* chip deviece id address */
#define IOT_EM_EXT_ATT_DEV_ID_MADDR 0x00
#define IOT_EM_EXT_ATT_DEV_ID 0x7122A0
/* active power phase A measurement address */
#define IOT_EM_EXT_ATT_P_P_A_MADDR 0x01
/* active power phase B measurement address */
#define IOT_EM_EXT_ATT_P_P_B_MADDR 0x02
/* active power phase C measurement address */
#define IOT_EM_EXT_ATT_P_P_C_MADDR 0x03
/* active power phase All measurement address */
#define IOT_EM_EXT_ATT_P_P_ALL_MADDR 0x04
/* reactive power phase A measurement address */
#define IOT_EM_EXT_ATT_P_Q_A_MADDR 0x05
/* reactive power phase B measurement address */
#define IOT_EM_EXT_ATT_P_Q_B_MADDR 0x06
/* reactive power phase C measurement address */
#define IOT_EM_EXT_ATT_P_Q_C_MADDR 0x07
/* reactive power phase All measurement address */
#define IOT_EM_EXT_ATT_P_Q_ALL_MADDR 0x08
/* apparent power phase A measurement address */
#define IOT_EM_EXT_ATT_P_S_A_MADDR 0x09
/* apparent power phase B measurement address */
#define IOT_EM_EXT_ATT_P_S_B_MADDR 0x0A
/* apparent power phase C measurement address */
#define IOT_EM_EXT_ATT_P_S_C_MADDR 0x0B
/* apparent power phase All measurement address */
#define IOT_EM_EXT_ATT_P_S_ALL_MADDR 0x0C
/* active voltage phase A measurement address */
#define IOT_EM_EXT_ATT_U_RMS_A_MADDR 0x0D
/* active voltage phase B measurement address */
#define IOT_EM_EXT_ATT_U_RMS_B_MADDR 0x0E
/* active voltage phase C measurement address */
#define IOT_EM_EXT_ATT_U_RMS_C_MADDR 0x0F
/* active current phase A measurement address */
#define IOT_EM_EXT_ATT_I_RMS_A_MADDR 0x10
/* active current phase B measurement address */
#define IOT_EM_EXT_ATT_I_RMS_B_MADDR 0x11
/* active current phase C measurement address */
#define IOT_EM_EXT_ATT_I_RMS_C_MADDR 0x12
/* active current phase All measurement address */
#define IOT_EM_EXT_ATT_I_RMS_ALL_MADDR 0x13
/* power factor phase A measurement address */
#define IOT_EM_EXT_ATT_P_FACTOR_A_MADDR 0x14
/* power factor phase B measurement address */
#define IOT_EM_EXT_ATT_P_FACTOR_B_MADDR 0x15
/* power factor phase C measurement address */
#define IOT_EM_EXT_ATT_P_FACTOR_C_MADDR 0x16
/* power factor phase All measurement address */
#define IOT_EM_EXT_ATT_P_FACTOR_ALL_MADDR 0x17
/* power angle(U - I) phase A measurement address */
#define IOT_EM_EXT_ATT_ANGLE_UI_A_MADDR 0x18
/* power angle(U - I) phase B measurement address */
#define IOT_EM_EXT_ATT_ANGLE_UI_B_MADDR 0x19
/* power angle(U - I) phase C measurement address */
#define IOT_EM_EXT_ATT_ANGLE_UI_C_MADDR 0x1A
/* interrupt flag measurement address */
#define IOT_EM_EXT_ATT_INTR_FLAG_MADDR 0x1B
/* line frequency measurement address */
#define IOT_EM_EXT_ATT_LINE_FREQ_MADDR 0x1C
/* energy flag measurement address */
#define IOT_EM_EXT_ATT_E_FLAG_MADDR 0x1D
/* active energy phase A measurement address */
#define IOT_EM_EXT_ATT_E_P_A_MADDR 0x1E
/* active energy phase B measurement address */
#define IOT_EM_EXT_ATT_E_P_B_MADDR 0x1F
/* active energy phase C measurement address */
#define IOT_EM_EXT_ATT_E_P_C_MADDR 0x20
/* active energy phase All measurement address */
#define IOT_EM_EXT_ATT_E_P_ALL_MADDR 0x21
/* reactive energy phase A measurement address */
#define IOT_EM_EXT_ATT_E_Q_A_MADDR 0x22
/* reactive energy phase B measurement address */
#define IOT_EM_EXT_ATT_E_Q_B_MADDR 0x23
/* reactive energy phase C measurement address */
#define IOT_EM_EXT_ATT_E_Q_C_MADDR 0x24
/* reactive energy phase All measurement address */
#define IOT_EM_EXT_ATT_E_Q_ALL_MADDR 0x25
/* angle phase A and phase B measurement address */
#define IOT_EM_EXT_ATT_ANGLE_UAB_MADDR 0x26
/* angle phase A and phase C measurement address */
#define IOT_EM_EXT_ATT_ANGLE_UAC_MADDR 0x27
/* angle phase B and phase C measurement address */
#define IOT_EM_EXT_ATT_ANGLE_UBC_MADDR 0x28
/* N-line current measurement address */
#define IOT_EM_EXT_ATT_I_N_MADDR 0x29
/* temperature measurement address */
#define IOT_EM_EXT_ATT_TPSD_MADDR 0x2A
/* active voltage phase All measurement address */
#define IOT_EM_EXT_ATT_U_RMS_ALL_MADDR 0x2B
/* status measurement address */
#define IOT_EM_EXT_ATT_STATUS_MADDR 0x2C
/* communication data backup measurement address */
#define IOT_EM_EXT_ATT_COMM_BACKUP_MADDR 0x2D
/* communication data checksum measurement address */
#define IOT_EM_EXT_ATT_COMM_CHKSUM_MADDR 0x2E
/* current sample phase A measurement address */
#define IOT_EM_EXT_ATT_I_SAMPLE_A_MADDR 0x2F
/* current sample phase B measurement address */
#define IOT_EM_EXT_ATT_I_SAMPLE_B_MADDR 0x30
/* current sample phase C measurement address */
#define IOT_EM_EXT_ATT_I_SAMPLE_C_MADDR 0x31
/* voltage sample phase A measurement address */
#define IOT_EM_EXT_ATT_U_SAMPLE_A_MADDR 0x32
/* voltage sample phase B measurement address */
#define IOT_EM_EXT_ATT_U_SAMPLE_B_MADDR 0x33
/* voltage sample phase C measurement address */
#define IOT_EM_EXT_ATT_U_SAMPLE_C_MADDR 0x34
/* apparent energy phase A measurement address */
#define IOT_EM_EXT_ATT_E_S_A_MADDR 0x35
/* apparent energy phase B measurement address */
#define IOT_EM_EXT_ATT_E_S_B_MADDR 0x36
/* apparent energy phase C measurement address */
#define IOT_EM_EXT_ATT_E_S_C_MADDR 0x37
/* apparent energy phase All measurement address */
#define IOT_EM_EXT_ATT_E_S_ALL_MADDR 0x38
/* fast count phase A measurement address */
#define IOT_EM_EXT_ATT_FSTCNT_A_MADDR 0x39
/* fast count phase B measurement address */
#define IOT_EM_EXT_ATT_FSTCNT_B_MADDR 0x3A
/* fast count phase C measurement address */
#define IOT_EM_EXT_ATT_FSTCNT_C_MADDR 0x3B
/* fast count phase All measurement address */
#define IOT_EM_EXT_ATT_FSTCNT_ALL_MADDR 0x3C
/* power sign measurement address */
#define IOT_EM_EXT_ATT_P_SIGN_MADDR 0x3D
#define IOT_EM_EXT_ATT_P_SIGN_P_A_MASK 0x01
#define IOT_EM_EXT_ATT_P_SIGN_P_A_OFFSET 0
#define IOT_EM_EXT_ATT_P_SIGN_P_B_MASK 0x02
#define IOT_EM_EXT_ATT_P_SIGN_P_B_OFFSET 1
#define IOT_EM_EXT_ATT_P_SIGN_P_C_MASK 0x04
#define IOT_EM_EXT_ATT_P_SIGN_P_C_OFFSET 2
#define IOT_EM_EXT_ATT_P_SIGN_P_ALL_MASK 0x08
#define IOT_EM_EXT_ATT_P_SIGN_P_ALL_OFFSET 3
#define IOT_EM_EXT_ATT_P_SIGN_Q_A_MASK 0x10
#define IOT_EM_EXT_ATT_P_SIGN_Q_A_OFFSET 4
#define IOT_EM_EXT_ATT_P_SIGN_Q_B_MASK 0x20
#define IOT_EM_EXT_ATT_P_SIGN_Q_B_OFFSET 5
#define IOT_EM_EXT_ATT_P_SIGN_Q_C_MASK 0x40
#define IOT_EM_EXT_ATT_P_SIGN_Q_C_OFFSET 6
#define IOT_EM_EXT_ATT_P_SIGN_Q_ALL_MASK 0x80
#define IOT_EM_EXT_ATT_P_SIGN_Q_ALL_OFFSET 7
/* active/reactive power direction measurement address */
#define IOT_EM_EXT_ATT_P_DIRECTION_ALL_MADDR 0x3E
/* current sample N-line measurement address */
#define IOT_EM_EXT_ATT_I_SAMPLE_N_MADDR 0x3F
/* line active power phase A measurement address */
#define IOT_EM_EXT_ATT_P_LINE_P_A_MADDR 0x40
/* line active power phase B measurement address */
#define IOT_EM_EXT_ATT_P_LINE_P_B_MADDR 0x41
/* line active power phase C measurement address */
#define IOT_EM_EXT_ATT_P_LINE_P_C_MADDR 0x42
/* line active power phase All measurement address */
#define IOT_EM_EXT_ATT_P_LINE_P_ALL_MADDR 0x43
/* line active energy phase A measurement address */
#define IOT_EM_EXT_ATT_E_LINE_P_A_MADDR 0x44
/* line active energy phase B measurement address */
#define IOT_EM_EXT_ATT_E_LINE_P_B_MADDR 0x45
/* line active energy phase C measurement address */
#define IOT_EM_EXT_ATT_E_LINE_P_C_MADDR 0x46
/* line active energy phase All measurement address */
#define IOT_EM_EXT_ATT_E_LINE_P_ALL_MADDR 0x47
/* line active voltage phase A measurement address */
#define IOT_EM_EXT_ATT_U_LINE_RMS_A_MADDR 0x48
/* line active voltage phase B measurement address */
#define IOT_EM_EXT_ATT_U_LINE_RMS_B_MADDR 0x49
/* line active voltage phase C measurement address */
#define IOT_EM_EXT_ATT_U_LINE_RMS_C_MADDR 0x4A
/* line active current phase A measurement address */
#define IOT_EM_EXT_ATT_I_LINE_RMS_A_MADDR 0x4B
/* line active current phase B measurement address */
#define IOT_EM_EXT_ATT_I_LINE_RMS_B_MADDR 0x4C
/* line active current phase C measurement address */
#define IOT_EM_EXT_ATT_I_LINE_RMS_C_MADDR 0x4D
/* line energy status measurement address */
#define IOT_EM_EXT_ATT_E_LINE_STATUS_MADDR 0x4E
/* wave buffer length measurement address */
#define IOT_EM_EXT_ATT_WAVE_LEN_MADDR 0x7E
/* wave buffer read idx measurement address */
#define IOT_EM_EXT_ATT_WAVE_RIDX_MADDR 0x7F
#define IOT_EM_EXT_ATT_MEAS_ADDR_START 0x00
#define IOT_EM_EXT_ATT_MEAS_ADDR_END 0x7F
/* measurement address. end */
/* write to calibration address data mask */
#define IOT_EM_EXT_ATT_CALI_DATA_MASK 0xFFFF
/* calibration address. start */
/* calibration start address. */
#define IOT_EM_EXT_ATT_START_CADDR 0x00
/* calibration start address default value */
#define IOT_EM_EXT_ATT_CALI_START_KEY 0xAAAA
/* mode contrl calibration address */
#define IOT_EM_EXT_ATT_MODE_CFG_CADDR 0x01
#define IOT_EM_EXT_ATT_MODE_I_N_MASK 0x01
#define IOT_EM_EXT_ATT_MODE_I_N_OFFSET 0
#define IOT_EM_EXT_ATT_MODE_I_A_MASK 0x02
#define IOT_EM_EXT_ATT_MODE_I_A_OFFSET 1
#define IOT_EM_EXT_ATT_MODE_U_A_MASK 0x04
#define IOT_EM_EXT_ATT_MODE_U_A_OFFSET 2
#define IOT_EM_EXT_ATT_MODE_I_B_MASK 0x08
#define IOT_EM_EXT_ATT_MODE_I_B_OFFSET 3
#define IOT_EM_EXT_ATT_MODE_U_B_MASK 0x10
#define IOT_EM_EXT_ATT_MODE_U_B_OFFSET 4
#define IOT_EM_EXT_ATT_MODE_I_C_MASK 0x20
#define IOT_EM_EXT_ATT_MODE_I_C_OFFSET 5
#define IOT_EM_EXT_ATT_MODE_U_C_MASK 0x40
#define IOT_EM_EXT_ATT_MODE_U_C_OFFSET 6
#define IOT_EM_EXT_ATT_MODE_ADC_CHOP_MASK 0x80
#define IOT_EM_EXT_ATT_MODE_ADC_CHOP_OFFSET 7
/* SampleR 1/0, choise femu frequnce. */
/* 00b: 1.8432MHz, 01b: 921.6kHz, 1Xb: 460.8kHz */
#define IOT_EM_EXT_ATT_MODE_FEMU_1842K 0x00
#define IOT_EM_EXT_ATT_MODE_FEMU_921K 0x01
#define IOT_EM_EXT_ATT_MODE_FEMU_460K 0x02
#define IOT_EM_EXT_ATT_MODE_FEMU_MASK 0x300
#define IOT_EM_EXT_ATT_MODE_FEMU_OFFSET 8
/* CIB_ADC1/0, choise femu frequnce. */
/* 00b/01b: 5uA, 10b: 7.5uA, 11b: 10uA */
#define IOT_EM_EXT_ATT_MODE_IREF_5UA 0x00
#define IOT_EM_EXT_ATT_MODE_IREF_7_5UA 0x02
#define IOT_EM_EXT_ATT_MODE_IREF_10UA 0x03
#define IOT_EM_EXT_ATT_MODE_IREF_MASK 0xC00
#define IOT_EM_EXT_ATT_MODE_IREF_OFFSET 10
#define IOT_EM_EXT_ATT_MODE_SPD_SLOW 0x01
#define IOT_EM_EXT_ATT_MODE_SPD_FAST 0x00
#define IOT_EM_EXT_ATT_MODE_SPD_MASK 0x1000
#define IOT_EM_EXT_ATT_MODE_SPD_OFFSET 12
#define IOT_EM_EXT_ATT_MODE_TIME_SLOW 0x01
#define IOT_EM_EXT_ATT_MODE_TIME_FAST 0x00
#define IOT_EM_EXT_ATT_MODE_TIME_MASK 0x2000
#define IOT_EM_EXT_ATT_MODE_TIME_OFFSET 13
#define IOT_EM_EXT_ATT_MODE_UB_SRC_MASK 0x4000
#define IOT_EM_EXT_ATT_MODE_UB_SRC_OFFSET 14
#define IOT_EM_EXT_ATT_MODE_REF_CHOP_MASK 0x8000
#define IOT_EM_EXT_ATT_MODE_REF_CHOP_OFFSET 15
/* ADC gain calibration address */
#define IOT_EM_EXT_ATT_ADC_GAIN_CADDR 0x02
#define IOT_EM_EXT_ATT_ADC_GAIN_1 0x00
#define IOT_EM_EXT_ATT_ADC_GAIN_2 0x01
#define IOT_EM_EXT_ATT_ADC_GAIN_8 0x02
#define IOT_EM_EXT_ATT_ADC_GAIN_16 0x03
#define IOT_EM_EXT_ATT_ADC_GAIN_N_MASK 0x03
#define IOT_EM_EXT_ATT_ADC_GAIN_N_OFFSET 0
#define IOT_EM_EXT_ATT_ADC_GAIN_A_MASK 0x0C
#define IOT_EM_EXT_ATT_ADC_GAIN_A_OFFSET 2
#define IOT_EM_EXT_ATT_ADC_GAIN_B_MASK 0x30
#define IOT_EM_EXT_ATT_ADC_GAIN_B_OFFSET 4
#define IOT_EM_EXT_ATT_ADC_GAIN_C_MASK 0xC0
#define IOT_EM_EXT_ATT_ADC_GAIN_C_OFFSET 6
#define IOT_EM_EXT_ATT_ADC_GAIN_ALL_MASK 0x300
#define IOT_EM_EXT_ATT_ADC_GAIN_ALL_OFFSET 8
/* EMU calibration address */
#define IOT_EM_EXT_ATT_EMU_CADDR 0x03
#define IOT_EM_EXT_ATT_EMU_FS_BASE_14_4KHZ 0x04
#define IOT_EM_EXT_ATT_EMU_FS_BASE_7_2KHZ 0x03
#define IOT_EM_EXT_ATT_EMU_FS_BASE_3_6KHZ 0x02
#define IOT_EM_EXT_ATT_EMU_FS_BASE_1_8KHZ 0x01
#define IOT_EM_EXT_ATT_EMU_FS_BASE_0_9KHZ 0x00
#define IOT_EM_EXT_ATT_EMU_FS_MASK 0x07
#define IOT_EM_EXT_ATT_EMU_FS_OFFSET 0
#define IOT_EM_EXT_ATT_EMU_MEAS_RMS 0x01
#define IOT_EM_EXT_ATT_EMU_MEAS_PQS 0x00
#define IOT_EM_EXT_ATT_EMU_MEAS_MASK 0x08
#define IOT_EM_EXT_ATT_EMU_MEAS_OFFSET 3
#define IOT_EM_EXT_ATT_EMU_ZC_RISE 0x00
#define IOT_EM_EXT_ATT_EMU_ZC_FALL 0x01
#define IOT_EM_EXT_ATT_EMU_ZC_ALL 0x02
#define IOT_EM_EXT_ATT_EMU_ZC_MASK 0x30
#define IOT_EM_EXT_ATT_EMU_ZC_OFFSET 4
#define IOT_EM_EXT_ATT_EMU_SUM_MODE0 0x00
#define IOT_EM_EXT_ATT_EMU_SUM_MODE1 0x01
#define IOT_EM_EXT_ATT_EMU_SUM_MASK 0x40
#define IOT_EM_EXT_ATT_EMU_SUM_OFFSET 6
#define IOT_EM_EXT_ATT_EMU_E_SAVE_TOTAL 0x00
#define IOT_EM_EXT_ATT_EMU_E_SAVE_CLR 0x01
#define IOT_EM_EXT_ATT_EMU_E_SAVE_MASK 0x80
#define IOT_EM_EXT_ATT_EMU_E_SAVE_OFFSET 7
#define IOT_EM_EXT_ATT_EMU_WAVE_BYPASS 0x00
#define IOT_EM_EXT_ATT_EMU_WAVE_HIGHPASS 0x01
#define IOT_EM_EXT_ATT_EMU_WAVE_LINEPASS 0x02
#define IOT_EM_EXT_ATT_EMU_WAVE_SEL_MASK 0x300
#define IOT_EM_EXT_ATT_EMU_WAVE_SEL_OFFSET 8
#define IOT_EM_EXT_ATT_EMU_LINE_HARM_MASK 0x400
#define IOT_EM_EXT_ATT_EMU_LINE_HARM_OFFSET 10
#define IOT_EM_EXT_ATT_EMU_START_CURRENT 0x00
#define IOT_EM_EXT_ATT_EMU_START_POWER 0x01
#define IOT_EM_EXT_ATT_EMU_START_MASK 0x800
#define IOT_EM_EXT_ATT_EMU_START_OFFSET 11
#define IOT_EM_EXT_ATT_EMU_CF1_MASK 0x1000
#define IOT_EM_EXT_ATT_EMU_CF1_OFFSET 12
#define IOT_EM_EXT_ATT_EMU_CF2_MASK 0x2000
#define IOT_EM_EXT_ATT_EMU_CF2_OFFSET 13
#define IOT_EM_EXT_ATT_EMU_CF3_MASK 0x4000
#define IOT_EM_EXT_ATT_EMU_CF3_OFFSET 14
#define IOT_EM_EXT_ATT_EMU_CF4_MASK 0x8000
#define IOT_EM_EXT_ATT_EMU_CF4_OFFSET 15
/* gain for active power phase A calibration address */
#define IOT_EM_EXT_ATT_GAIN_P_P_A_CADDR 0x04
/* gain for active power phase B calibration address */
#define IOT_EM_EXT_ATT_GAIN_P_P_B_CADDR 0x05
/* gain for active power phase C calibration address */
#define IOT_EM_EXT_ATT_GAIN_P_P_C_CADDR 0x06
/* gain for reactive power phase A calibration address */
#define IOT_EM_EXT_ATT_GAIN_P_Q_A_CADDR 0x07
/* gain for reactive power phase B calibration address */
#define IOT_EM_EXT_ATT_GAIN_P_Q_B_CADDR 0x08
/* gain for reactive power phase C calibration address */
#define IOT_EM_EXT_ATT_GAIN_P_Q_C_CADDR 0x09
/* gain for apparent power phase A calibration address */
#define IOT_EM_EXT_ATT_GAIN_P_S_A_CADDR 0x0A
/* gain for apparent power phase B calibration address */
#define IOT_EM_EXT_ATT_GAIN_P_S_B_CADDR 0x0B
/* gain for apparent power phase C calibration address */
#define IOT_EM_EXT_ATT_GAIN_P_S_C_CADDR 0x0C
/* phase calibration0 for phase A calibration address */
#define IOT_EM_EXT_ATT_PHASE_CALI0_A_CADDR 0x0D
/* phase calibration0 for phase B calibration address */
#define IOT_EM_EXT_ATT_PHASE_CALI0_B_CADDR 0x0E
/* phase calibration0 for phase C calibration address */
#define IOT_EM_EXT_ATT_PHASE_CALI0_C_CADDR 0x0F
/* phase calibration1 for phase A calibration address */
#define IOT_EM_EXT_ATT_PHASE_CALI1_A_CADDR 0x10
/* phase calibration1 for phase B calibration address */
#define IOT_EM_EXT_ATT_PHASE_CALI1_B_CADDR 0x11
/* phase calibration1 for phase C calibration address */
#define IOT_EM_EXT_ATT_PHASE_CALI1_C_CADDR 0x12
/* offset for active power phase A calibration address */
#define IOT_EM_EXT_ATT_P_P_OFFSET_A_CADDR 0x13
/* offset for active power phase B calibration address */
#define IOT_EM_EXT_ATT_P_P_OFFSET_B_CADDR 0x14
/* offset for active power phase C calibration address */
#define IOT_EM_EXT_ATT_P_P_OFFSET_C_CADDR 0x15
/* phase calibration for reactive power calibration address */
#define IOT_EM_EXT_ATT_PHASE_CALI_P_Q_CADDR 0x16
/* gain for voltage phase A calibration address */
#define IOT_EM_EXT_ATT_GAIN_U_A_CADDR 0x17
/* gain for voltage phase B calibration address */
#define IOT_EM_EXT_ATT_GAIN_U_B_CADDR 0x18
/* gain for voltage phase C calibration address */
#define IOT_EM_EXT_ATT_GAIN_U_C_CADDR 0x19
/* gain for current phase A calibration address */
#define IOT_EM_EXT_ATT_GAIN_I_A_CADDR 0x1A
/* gain for current phase B calibration address */
#define IOT_EM_EXT_ATT_GAIN_I_B_CADDR 0x1B
/* gain for current phase C calibration address */
#define IOT_EM_EXT_ATT_GAIN_I_C_CADDR 0x1C
/* start current calibration address */
#define IOT_EM_EXT_ATT_I_START_CADDR 0x1D
/* high frequence constant calibration address */
#define IOT_EM_EXT_ATT_HFCONST_CADDR 0x1E
/* voltage fail calibration address */
#define IOT_EM_EXT_ATT_UFAIL_CADDR 0x1F
/* current gain for 7nd calibration address */
#define IOT_EM_EXT_ATT_GAIN_ADC7_ADDR 0x20
/* offset for reactive power phase A calibration address */
#define IOT_EM_EXT_ATT_P_Q_OFFSET_A_CADDR 0x21
/* offset for reactive power phase B calibration address */
#define IOT_EM_EXT_ATT_P_Q_OFFSET_B_CADDR 0x22
/* offset for reactive power phase C calibration address */
#define IOT_EM_EXT_ATT_P_Q_OFFSET_C_CADDR 0x23
/* offset for active voltage phase A calibration address */
#define IOT_EM_EXT_ATT_OFFSET_U_RMS_A_CADDR 0x24
/* offset for active voltage phase B calibration address */
#define IOT_EM_EXT_ATT_OFFSET_U_RMS_B_CADDR 0x25
/* offset for active voltage phase C calibration address */
#define IOT_EM_EXT_ATT_OFFSET_U_RMS_C_CADDR 0x26
/* offset for active current phase A calibration address */
#define IOT_EM_EXT_ATT_OFFSET_I_RMS_A_CADDR 0x27
/* offset for active current phase B calibration address */
#define IOT_EM_EXT_ATT_OFFSET_I_RMS_B_CADDR 0x28
/* offset for active current phase C calibration address */
#define IOT_EM_EXT_ATT_OFFSET_I_RMS_C_CADDR 0x29
/* offset for voltage channel ADC phase A calibration address */
#define IOT_EM_EXT_ATT_OFFSET_U_ADC_A_CADDR 0x2A
/* offset for voltage channel ADC phase B calibration address */
#define IOT_EM_EXT_ATT_OFFSET_U_ADC_B_CADDR 0x2B
/* offset for voltage channel ADC phase C calibration address */
#define IOT_EM_EXT_ATT_OFFSET_U_ADC_C_CADDR 0x2C
/* offset for current channel ADC phase A calibration address */
#define IOT_EM_EXT_ATT_OFFSET_I_ADC_A_CADDR 0x2D
/* offset for current channel ADC phase B calibration address */
#define IOT_EM_EXT_ATT_OFFSET_I_ADC_B_CADDR 0x2E
/* offset for current channel ADC phase C calibration address */
#define IOT_EM_EXT_ATT_OFFSET_I_ADC_C_CADDR 0x2F
/* EMUIE calibration address */
#define IOT_EM_EXT_ATT_EMUIE_CADDR 0x30
/* analog module config calibration address */
#define IOT_EM_EXT_ATT_ANALOG_CFG_CADDR 0x31
#define IOT_EM_EXT_ATT_ANA_7ST_CH_MASK 0x01
#define IOT_EM_EXT_ATT_ANA_7ST_CH_OFFSET 0
#define IOT_EM_EXT_ATT_ANA_I_CH_MASK 0x02
#define IOT_EM_EXT_ATT_ANA_I_CH_OFFSET 1
#define IOT_EM_EXT_ATT_ANA_U_CH_MASK 0x04
#define IOT_EM_EXT_ATT_ANA_U_CH_OFFSET 2
#define IOT_EM_EXT_ATT_ANA_ROCHE_MASK 0x08
#define IOT_EM_EXT_ATT_ANA_ROCHE_OFFSET 3
#define IOT_EM_EXT_ATT_ANA_TPS_MASK 0x10
#define IOT_EM_EXT_ATT_ANA_TPS_OFFSET 4
#define IOT_EM_EXT_ATT_ANA_BOR_MASK 0x20
#define IOT_EM_EXT_ATT_ANA_BOR_OFFSET 5
#define IOT_EM_EXT_ATT_ANA_INTR_LOW 0x00
#define IOT_EM_EXT_ATT_ANA_INTR_HIGH 0x01
#define IOT_EM_EXT_ATT_ANA_INTR_LVL_MASK 0x40
#define IOT_EM_EXT_ATT_ANA_INTR_LVL_OFFSET 6
#define IOT_EM_EXT_ATT_ANA_TPS_SEL_PN 0x00
#define IOT_EM_EXT_ATT_ANA_TPS_SEL_R 0x01
#define IOT_EM_EXT_ATT_ANA_TPS_SEL_MASK 0x80
#define IOT_EM_EXT_ATT_ANA_TPS_SEL_OFFSET 7
#define IOT_EM_EXT_ATT_ANA_SPI_SPD_HIGH 0x00
#define IOT_EM_EXT_ATT_ANA_TPS_SPD_LOW 0x01
#define IOT_EM_EXT_ATT_ANA_SPI_SPD_MASK 0x800
#define IOT_EM_EXT_ATT_ANA_SPI_SPD_OFFSET 11
/* gain for all channel calibration address */
#define IOT_EM_EXT_ATT_ACG_CADDR 0x32
/* HFConst double calibration address */
#define IOT_EM_EXT_ATT_GAIN_HFCNT_CADDR 0x33
/* gain for fundamental calibration address */
#define IOT_EM_EXT_ATT_GAIN_LINE_CADDR 0x34
/* pin control calibration address */
#define IOT_EM_EXT_ATT_PIN_CTL_CADDR 0x35
/* start power calibration address */
#define IOT_EM_EXT_ATT_P_START_CADDR 0x36
/* phase iregion calibration address */
#define IOT_EM_EXT_ATT_PHASE_IREGION0_CADDR 0x37
/* SAG sycle length calibration address */
#define IOT_EM_EXT_ATT_SAG_CYC_LEN_CADDR 0x38
/* SAG level calibration address */
#define IOT_EM_EXT_ATT_SAG_LVL_CADDR 0x39
/* phase iregion calibration address */
#define IOT_EM_EXT_ATT_PHASE_IREGION1_CADDR 0x60
/* phase calibration2 for phase A/B/C calibration address */
#define IOT_EM_EXT_ATT_PHASE_CALI2_A_CADDR 0x61
#define IOT_EM_EXT_ATT_PHASE_CALI2_B_CADDR 0x62
#define IOT_EM_EXT_ATT_PHASE_CALI2_C_CADDR 0x63
/* offset for active power(low 8bit) phase A~C calibration address */
#define IOT_EM_EXT_ATT_P_P_OFFSET_L_A_CADDR 0x64
#define IOT_EM_EXT_ATT_P_P_OFFSET_L_B_CADDR 0x65
#define IOT_EM_EXT_ATT_P_P_OFFSET_L_C_CADDR 0x66
/* offset for reactive power(low 8bit) phase A~C calibration address */
#define IOT_EM_EXT_ATT_P_Q_OFFSET_L_A_CADDR 0x67
#define IOT_EM_EXT_ATT_P_Q_OFFSET_L_B_CADDR 0x68
#define IOT_EM_EXT_ATT_P_Q_OFFSET_L_C_CADDR 0x69
/* TPS offset calibration address */
#define IOT_EM_EXT_ATT_TPS_OFFSET_CADDR 0x6B
/* offset for three phase current vector sum calibration address */
#define IOT_EM_EXT_ATT_I_T_RMS_OFFSET_CADDR 0x6A
/* TPS gain calibration address */
#define IOT_EM_EXT_ATT_TPS_GAIN_CADDR 0x6C
/* Vref coefficient of compensation gain A calibration address */
#define IOT_EM_EXT_ATT_TCCOFFA_CADDR 0x6D
/* att chip + board compensation */
#define IOT_EM_EXT_ATT_TCCOFFA_CHIP_BOARD 0xFF11
/* att chip only compensation */
#define IOT_EM_EXT_ATT_TCCOFFA_CHIP_ONLY 0xFF00
/* Vref coefficient of compensation gain B calibration address */
#define IOT_EM_EXT_ATT_TCCOFFB_CADDR 0x6E
/* att chip + board compensation */
#define IOT_EM_EXT_ATT_TCCOFFB_CHIP_BOARD 0x2B53
/* att chip + board compensation */
#define IOT_EM_EXT_ATT_TCCOFFB_CHIP_ONLY 0x0DB8
/* Vref coefficient of compensation gain C calibration address */
#define IOT_EM_EXT_ATT_TCCOFFC_CADDR 0x6F
/* att chip + board compensation */
#define IOT_EM_EXT_ATT_TCCOFFC_CHIP_BOARD 0xD483
/* att chip + board compensation */
#define IOT_EM_EXT_ATT_TCCOFFC_CHIP_ONLY 0xD1DA
/* algorithmic control address */
#define IOT_EM_EXT_ATT_EMC_CFG_CADDR 0x70
#define IOT_EM_EXT_ATT_EMC_VREFAUTO_EN_MASK 0x02
#define IOT_EM_EXT_ATT_EMC_VREFAUTO_EN_OFFSET 1
#define IOT_EM_EXT_ATT_EMC_3P3L_EN_MASK 0x01
#define IOT_EM_EXT_ATT_EMC_3P3L_EN_OFFSET 0
//TODO: add others bit
/* over current level calibration address */
#define IOT_EM_EXT_ATT_I_OVER_LVL_CADDR 0x71
#define IOT_EM_EXT_ATT_CALI_ADDR_START 0x00
#define IOT_EM_EXT_ATT_CALI_ADDR_END 0x7F
/* calibration address. end */
/* function address. start */
/* start sample channel command address. 0~0xB valid */
#define IOT_EM_EXT_ATT_START_SAMPLE_FADDR 0xC0
/* get sample buffer read index command address */
#define IOT_EM_EXT_ATT_SET_SAMPLE_RIDX_FADDR 0xC1
/* clear chip all calibration parameter command address */
#define IOT_EM_EXT_ATT_CLR_CALI_PARA_FADDR 0xC3
/* clear command data value key */
#define IOT_EM_EXT_ATT_CLR_CALI_KEY 0x00
/* set sync mode parameter command address */
#define IOT_EM_EXT_ATT_SET_SYNC_PARA_FADDR 0xC4
/* start data sync function command address */
#define IOT_EM_EXT_ATT_START_SYNC_PARA_FADDR 0xC5
/* set chip reg map mode command address */
#define IOT_EM_EXT_ATT_REG_MAP_MODE_FADDR 0xC6
/* set chip reg mode key value.
* if set to IOT_EM_EXT_ATT_FUN_CALI_KEY. chip reg map to calibiration
* else the chip reg map to measure.
*/
#define IOT_EM_EXT_ATT_REG_MAP_KEY 0x5A
/* enable/disable calibrtion parameter is writable command address */
#define IOT_EM_EXT_ATT_CALI_W_ENA_FADDR 0xC9
/* enable: set parameter to IOT_EM_EXT_ATT_CALI_W_KEY.
* disable: set parameter other value.
*/
#define IOT_EM_EXT_ATT_CALI_W_KEY 0x5A
/* software reset chip command address */
#define IOT_EM_EXT_ATT_SW_REST_FADDR 0xD3
/* sw reset parameter key */
#define IOT_EM_EXT_ATT_SW_REST_KEY 0x00
/* function address. end */
/* write reg key */
#define IOT_EM_EXT_ATT_REG_W_BIT_KEY (1 << 7)
#define IOT_EM_EXT_ATT_R_REG_ADDR_MAX \
max(IOT_EM_EXT_ATT_MEAS_ADDR_END, IOT_EM_EXT_ATT_CALI_ADDR_END)
#define IOT_EM_EXT_ATT_WAIT_KICK_2US (29)
#define IOT_EM_EXT_ATT_WAIT_KICK_3US (43)
/* spi defines */
/* if spi freq less than this reference value. the data(3bytes) can be read
* without waiting after the command(1byte) is written. otherwise need to wait
* at least 2us after writing the command before reading the data.
*/
#define IOT_EM_EXT_ATT_SPI_FREQ_NO_WAIT (500 * 1000) //500kHz
/* default spi freq */
#define IOT_EM_EXT_ATT_SPI_FREQ_DEF (1000 * 1000)
/* spi communication command and data byte length */
#define IOT_EM_EXT_ATT_SPI_RW_BYTES (4)
/* spi communication dummy data */
#define IOT_EM_EXT_ATT_SPI_DUMMY_DATA (0xFF)
/* spi communication wait tx/rx status try system kick cnt max */
#define IOT_EM_EXT_ATT_SPI_TRY_CNT (5000)
/* input chip voltage channel rated voltage */
#define IOT_EM_EXT_ATT_UCH_UN (220)
/* input chip current channel Ib sample voltage */
#define IOT_EM_EXT_ATT_ICHB_SAMPLE_U_MV (50)
/* Ib sample voltage = 50mV, the channel constant */
#define IOT_EM_EXT_ATT_ICHB_SAMPLE_CONST (60)
/* att chip hfconst max/min value */
#define IOT_EM_EXT_ATT_HFCONST_MAX (0xD00)
#define IOT_EM_EXT_ATT_HFCONST_MIN (0x02)
/* output rate gain. start */
/* output line frequency factor */
#define IOT_EM_EXT_ATT_OUT_FREQ_RATE (100)
/* output temperature factor */
#define IOT_EM_EXT_ATT_OUT_TPSD_RATE (10)
/* output voltage factor */
#define IOT_EM_EXT_ATT_OUT_U_RATE (10)
/* output current factor */
#define IOT_EM_EXT_ATT_OUT_I_RATE (100000)
/* output current factor */
#define IOT_EM_EXT_ATT_OUT_ANGLE_RATE (10)
/* output P/Q/S factor */
#define IOT_EM_EXT_ATT_OUT_POWER_RATE (1000)
/* output energy factor */
#define IOT_EM_EXT_ATT_OUT_ENERGY_RATE (100)
/* output power factor */
#define IOT_EM_EXT_ATT_OUT_PFACTOR_RATE (1000)
/* output rate gain. end */
/* att reg default value start */
/* current start up threshold reg default value */
#define IOT_EM_EXT_ATT_DEFAULT_I_START (0x160)
/* power start up threshold reg default value */
#define IOT_EM_EXT_ATT_DEFAULT_P_START (0x30)
/* att reg default value end */
/* calibration parameter buffer len */
#define IOT_EM_EXT_ATT_CALI_PARA_LEN \
(sizeof(iot_em_ext_cali_const_t) + sizeof(iot_em_ext_att_cali_misc_t) + \
sizeof(iot_em_ext_att_cali_common_t) * IOT_EM_EXT_PHASE_ALL)
/* calibration reserve infomation length in misc ext */
#define IOT_EM_EXT_ATT_EX_INFO_LEN (8)
/* calibration extend misc reserve length */
#define IOT_EM_EXT_ATT_MISC_EX_LEN (80)
/* calibration extend phase reserve length */
#define IOT_EM_EXT_ATT_PHASE_EX_LEN (40)
/* calibration extend parameter lenght */
#define IOT_EM_EXT_CALI_PARA_EXT_LEN \
(sizeof(iot_em_ext_att_cali_misc_ex_t) + \
sizeof(iot_em_ext_att_cali_common_ex_t) * IOT_EM_EXT_PHASE_ALL)
#pragma pack(push)
#pragma pack(1)
/* energy calibration ctxt. start */
/* energy calibration misc parameter */
typedef struct _iot_em_ext_att_cali_misc {
/* reactive power phase error calibration */
int32_t p_q_phase_cali;
/* tpsd offset calibration */
int32_t tpsd_offset;
} iot_em_ext_att_cali_misc_t;
/* ennergy calibration reserve infomation */
typedef struct _iot_em_ext_att_cali_info_ext {
uint8_t data[IOT_EM_EXT_ATT_EX_INFO_LEN];
} iot_em_ext_att_cali_info_ex_t;
/* energy calibration misc extend data type */
typedef struct _iot_em_ext_att_cali_misc_ex_data {
iot_em_ext_att_cali_info_ex_t info;
/* tri-phase current vector sum rms offset */
uint16_t i_t_offset;
/* current start up threshold */
uint16_t i_start;
/* power start up threshold */
uint16_t p_start;
/* current gain for phase n*/
uint16_t i_n_gain;
//TODO: will add new misc ext cali data
} iot_em_ext_att_cali_misc_ex_data_t;
/* energy calibration misc ext type */
typedef union _iot_em_ext_att_cali_misc_ex {
iot_em_ext_att_cali_misc_ex_data_t ex;
uint8_t data[IOT_EM_EXT_ATT_MISC_EX_LEN];
} iot_em_ext_att_cali_misc_ex_t;
/* energy calibration common extend data type */
typedef struct _iot_em_ext_att_cali_common_ex_data {
uint16_t rsvd;
//TODO: will add new common ex cali data
} iot_em_ext_att_cali_common_ex_data_t;
/* energy calibration common parameter extend */
typedef union _iot_em_ext_att_cali_common_ex {
iot_em_ext_att_cali_common_ex_data_t ex;
uint8_t data[IOT_EM_EXT_ATT_PHASE_EX_LEN];
} iot_em_ext_att_cali_common_ex_t;
/* energy calibration common parameter */
typedef struct _iot_em_ext_att_cali_common {
/* active power gain */
uint16_t p_p_gain;
/* reactive power gain */
uint16_t p_q_gain;
/* apparent power gain */
uint16_t p_s_gain;
/* phase calibrtion I region */
uint16_t phase_i_region0;
uint16_t phase_i_region1;
/* power phase error calibration */
uint16_t phase_cali0;
uint16_t phase_cali1;
uint16_t phase_cali2;
/* voltage gain */
uint16_t u_gain;
/* current gain */
uint16_t i_gain;
/* voltage rms offset */
uint16_t u_offset;
/* current rms offset */
uint16_t i_offset;
/* active power offset. 24bit */
uint32_t p_p_offset;
/* reactive power offset. 24bit */
uint32_t p_q_offset;
} iot_em_ext_att_cali_common_t;
/* calibration parameters ctxt */
typedef struct _iot_em_ext_att_cali_para {
/* constant calibration */
iot_em_ext_cali_const_t const_cali;
/* energy caibration misc parameter */
iot_em_ext_att_cali_misc_t misc;
/* each phase(phase A/B/C) calibration parameter */
iot_em_ext_att_cali_common_t phase[IOT_EM_EXT_PHASE_ALL];
/* calibration misc extend parameter */
iot_em_ext_att_cali_misc_ex_t misc_ex;
/* calibration phase extend reserve parameter */
iot_em_ext_att_cali_common_ex_t phase_ex[IOT_EM_EXT_PHASE_ALL];
} iot_em_ext_att_cali_para_t;
/* energy calibration ctxt. end */
#pragma pack(pop)
/* save chip parameter and constant */
typedef struct _iot_em_ext_att_hw_nv_para {
/* communication interface frequency */
uint32_t comm_freq : 24,
/* energy meter reset gpio */
gpio_rst : 8;
/* hw spi interface config */
iot_spi_cfg_t spi_cfg;
/* calibration constant value */
iot_em_ext_cali_const_t const_cfg;
/* high freqency constant. base EC */
uint32_t hfconst;
/* calculate active current value rate constant, base hw current channel
* transfer rate.
*/
float n_i_rms;
/* calculate temperature constant */
uint32_t tc;
/* calculate power value rate constant, base hfconst and ec value */
float k_power;
} iot_em_ext_att_hw_nv_para_t;
typedef struct _iot_em_ext_att_hw_info {
/* energy meter extern chip id */
uint32_t chip_id : 4,
resv0 : 28;
/* hw nv parameter */
iot_em_ext_att_hw_nv_para_t nv_para;
} iot_em_ext_att_hw_info_t;
/* @brief get energy extern raw int data of active/inactive power
*
* @param mtype get measure type, see IOT_EM_EXT_MTYPE_XXX
* @param phase get measure phase id, see IOT_EM_EXT_PHASE_XXX
* @return: raw int data of active/inactive power
*/
int32_t iot_em_ext_att_read_pq_raw2int(uint8_t mtype, uint8_t phase);
/* @brief get energy extern measure data from chip reg
*
* @param mtype get measure type, see IOT_EM_EXT_MTYPE_XXX
* @param phase get measure phase id, see IOT_EM_EXT_PHASE_XXX
* @return: measure data
*/
int32_t iot_em_ext_att_read_meas(uint8_t mtype, uint8_t is_rawdata,
uint8_t phase);
/* @brief get energy extern calibration data from chip reg
*
* @param ctype get measure type, see IOT_EM_EXT_CTYPE_XXX
* @param phase get measure phase id, see IOT_EM_EXT_PHASE_XXX
* @return: calibration data
*/
uint32_t iot_em_ext_att_read_cali(uint8_t ctype, uint8_t phase);
/* @brief set energy extern calibration data to chip reg
*
* @param ctype set calibration type, see IOT_EM_EXT_CTYPE_XXX
* @param phase set calibration phase id, see IOT_EM_EXT_PHASE_XXX
* @param wdata set calibration data
* @return: error code, see ERR_XXX
*/
uint32_t iot_em_ext_att_write_cali(uint8_t ctype, uint8_t phase,
uint32_t wdata);
/* @brief calculate calibration value base on incoming data
*
* @param calc_type calculate calibration data type.
* @param para calculate calibration data parameters.
* @return: calibration result
*/
uint32_t iot_em_ext_att_calc_cali(uint8_t calc_type, void *para);
/* @brief energy special function handle
*
* @param func_id function id, see IOT_EM_EXT_FUNC_XXX
* @param para function parameter address
* @param para_len function parameter byte length
* @return: error code, see ERR_XXX
*/
uint32_t iot_em_ext_att_func(uint8_t func_id, void *para, uint16_t para_len);
/* @brief open energy extern hw
*
* @param hw_cfg hw config parameters
* @param cali hw calibration parameters address
* @return: error code, see ERR_XXX
*/
uint32_t iot_em_ext_att_hw_open(iot_em_ext_hw_cfg_t *hw_cfg, void *cali);
/* @brief close energy extern hw
*
* @return: none
*/
void iot_em_ext_att_hw_close(void);
#ifdef __cplusplus
}
#endif
#endif //_IOT_EM_EXT_CHIP_ATT_H_
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