/** ****************************************************************************** * @file DPC_Application_Conf.h * @brief This file contains the DPC Library Configuration. ****************************************************************************** * * COPYRIGHT(c) 2020 STMicroelectronics * * Redistribution and use in source and binary forms, with or without modification, * are permitted provided that the following conditions are met: * 1. Redistributions of source code must retain the above copyright notice, * this list of conditions and the following disclaimer. * 2. Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * 3. Neither the name of STMicroelectronics nor the names of its contributors * may be used to endorse or promote products derived from this software * without specific prior written permission. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. * ****************************************************************************** */ /* Define to prevent recursive inclusion -------------------------------------*/ #ifndef __DPC_APPLICATION_CONF_H #define __DPC_APPLICATION_CONF_H /* Includes ------------------------------------------------------------------*/ /* Exported types ------------------------------------------------------------*/ /* Exported constants --------------------------------------------------------*/ /* Exported macro ------------------------------------------------------------*/ ///__Start_________________________________________________________________BEATRICE_______________________________________________________________________ //****************************************************************************** // CUSTOMIZABLE PARAMETERS BEGIN //****************************************************************************** ///*** I/O ----------------------------------------- ///// AC Parameters (1°) #define DPC_VIN_MAX 265 // Max input voltage [Expressed in Volt] #define DPC_VIN_MIN_DER 230 // Derating input voltage for power limitation [Expressed in Volt] #define DPC_VIN_MIN 90 // Min input voltage for US range [Expressed in Volt] ///// DC Parameters (2°) #define DPC_VBUS_REF_DEFAULT 400 // NominalDefault output voltage [Expressed in Volt] #define DPC_POUT 7000 // Nominal output power [Expressed in Watts] #define DPC_EFF 0.98 // Target minimum efficiency at full load #define DPC_PF 0.99 // Target minimum PF at full load ///*** Sensing (2°) ------------------------------- //// AC Section (1°) #define DPC_VAC_GAIN 5.979053678 // Input voltage sensing gain [Expressed in bits/Volts] #define DPC_IL_TOT_GAIN 33.0989899 // Total Inductor current sensing sensitivity [Expressed in bits/Ampere] #define DPC_IZERO_OFFSET_IL 2048 // Inductor current sensing zero-current offset [Expressed in bits] #define DPC_IL_GAIN 54.61333333 // Single Inductor current sensing sensitivity [Expressed in bits/Ampere] //// DC Section (2°) #define DPC_VBUS_GAIN 5.979053678 // Vbus voltage sensing gain [Expressed in bits/Volts] #define DPC_IZERO_OFFSET_IDC 2048 // DC current sensing zero-current offset [Expressed in bits] #define DPC_IDC_GAIN 54.61333333 // DC current sensing sensitivity [Expressed in bits/Ampere] ///*** CTRL (3°) ------------------------------- //// Voltage Control (1°) #define DPC_KP_VDC 0.124862 // Proportional gain of Vbus voltage PI regulator #define DPC_KI_VDC 14.8059 // Integral gain of Vbus voltage PI regulator //// Vbus update (2°) #define DPC_VBUS_REF_MAX 500 // Max voltage value for Vbus update control [Expressed in Volt] #define DPC_VBUS_REF_MIN 390 // Min voltage value for Vbus update control [Expressed in Volt] //// Current Control (3°) #define DPC_SWITCHING_FREQUENCY 65000 // Switching frequency of driving signals [Expressed in Hz] #define DPC_IPK_REF_MAX 46 // Upper current limit for voltage-loop output [Expressed in Ampere] #define DPC_IPK_REF_MIN 0 // Lower current limit for voltage-loop output [Expressed in Ampere] #define DPC_IPK_REF_BURST 2 // Peak current reference during burst-mode operation (open-loop) [Expressed in Ampere] #define DPC_KP_IAC 0.936255 // Proportional gain of Iac current PI regulator #define DPC_KI_IAC 11183.2 // Integral gain of Iac current PI regulator ///*** Protection (3°) ------------------------------- //// AC Section (1°) #define DPC_OCP_EN true // Inductor over-current protection (OCP) Enable [Expressed in Boolean] #define DPC_OCP_VALUE 18.3 // Inductor over-current protection (OCP) value, to avoid inductor saturation [Expressed in Ampere] //// DC Section (2°) #define DPC_VBUS_OVP 550 // Vbus over-voltage protection (OVP) value [Expressed in Volt] #define DPC_VBUS_UVP_PFC 350 // Vbus under-voltage protection (UVP) value in PFC mode [Expressed in Volt] #define DPC_VBUS_UVP_INVERTER 370 // Vbus under-voltage protection (UVP) value in INVERTER mode [Expressed in Volt] //****************************************************************************** // CUSTOMIZABLE PARAMETERS END //****************************************************************************** //---------------------------------------------------------------------------------------------- //****************************************************************************** // NOT CUSTOMIZABLE PARAMETERS BEGIN #define DPC_VIN_NOM 230 // Nominal input voltage [Expressed in Volt] #define DPC_LINE_FREQ_MIN 46 // Minimum input line frequency [Expressed in Hertz] #define DPC_LINE_FREQ_NOM 50 // Nominal input line frequency [Expressed in Hertz] #define DPC_LINE_FREQ_MAX 64 // Maximum input line frequency [Expressed in Hertz] #define DPC_LINE_FREQ_COUNTER 1000 // line frequency counter value at 50Hz [Expressed in bits] #define DPC_LINE_FREQ_DEFAULT 50.5 // line frequency default value for first measure init [Expressed in Hertz]//****************************************************************************** //// Inrush Current Control (3°) #define DPC_TIME_ON_RELAY 1188 // Delay time for relay activation [Expressed in milliseconds] #define DPC_DELAY_RELAY 8 // Release time of relay mechanical contacts [Expressed in milliseconds] #define DPC_DELTA_VINPK_VOUT_RELAY 20 // Minimum difference between input (peak) and output voltage to allow the relay turn-on [Expressed in Volts] //// Start-up Control (4°) #define DPC_SOFTSTARTUP_DURATION 1155 // Time duration of PFC soft start-up with load [Expressed in milliseconds] #define DPC_IDC_MAX_LOAD_STARTUP_PERC 14.285 // Max allowed Idc current percentage of max Idc for soft start-up with load [Expressed in %] #define DPC_IDC_LOAD_CONNECTED_PERC 1.428 // Idc current percentage of max Idc for load mode activation [Expressed in %] //// Fan Control (5°) #define DPC_FAN_ENABLE true // Fan control Enable [Expressed in Boolean] #define DPC_ILOAD_FAN_PERC 14.285 // Idc current threshold percentage of max Idc for fan activation [Expressed in %] //// Load Feed-Forward Control (6°) #define DPC_FF_SHIFT 5 // Exponential shift for load feed-forward calculation [Expressed in bits] #define DPC_FF_TRIPPING 2 // Counter for load feed-forward filtering [Expressed in bits] #define DPC_FF_UPPER_THRESHOLD 42 // Upper threshold for load feed-forward activation [Expressed in bits] #define DPC_FF_LOWER_THRESHOLD 22 // Lower threshold for load feed-forward activation [Expressed in bits] #define DPC_FF_UP roundf(26.0f * (54.61333333f/(float)DPC_IDC_GAIN) * (230.0f/(float)DPC_VIN_NOM) * ((float)DPC_VBUS_REF_DEFAULT/400.0f) * ((float)DPC_IL_TOT_GAIN/25.44484848f)) // Adjustment factor for load feed-forward step-up in EU range #define DPC_FF_DOWN DPC_FF_UP // Adjustment factor for load feed-forward step-down in EU range [Expressed in bits] //// Phase-Shedding Control (7°) #define DPC_IDC_1TO2 (uint16_t)roundf((float)DPC_POUT / (float)DPC_VBUS_REF_DEFAULT * (float)0.31428f * (float)DPC_IDC_GAIN) //300 // Load current threshold for 1ch-to-2ch transition [Expressed in bits] #define DPC_IDC_2TO1 (uint16_t)roundf((float)DPC_IDC_1TO2 * 0.85f) //255 // Load current threshold for 2ch-to-1ch transition [Expressed in bits] #define DPC_IDC_2TO3 (uint16_t)roundf((float)DPC_IDC_1TO2 * 2.0f) //601 // Load current threshold for 2ch-to-3ch transition [Expressed in bits] #define DPC_IDC_3TO2 (uint16_t)roundf((float)DPC_IDC_2TO3 * 0.85f) //511 // Load current threshold for 3ch-to-2ch transition [Expressed in bits] #define DPC_IAC_PK_1TO2 (uint16_t)roundf((float)DPC_POUT / (float)DPC_VIN_MIN_DER * (float)sqrtf(2.0f) * (float)0.31428f * (float)DPC_IL_TOT_GAIN) //344// Iac peak current threshold for 1ch-to-2ch transition [Expressed in bits] #define DPC_IAC_PK_2TO1 (uint16_t)roundf((float)DPC_IAC_PK_1TO2 * 0.85f) //292// Iac peak current threshold for 2ch-to-1ch transition [Expressed in bits] #define DPC_IAC_PK_2TO3 (uint16_t)roundf((float)DPC_IAC_PK_1TO2 * 2.0f) //688// Iac peak current threshold for 2ch-to-3ch transition [Expressed in bits] #define DPC_IAC_PK_3TO2 (uint16_t)roundf((float)DPC_IAC_PK_2TO3 * 0.85f) //585// Iac peak current threshold for 3ch-to-2ch transition [Expressed in bits] #define DPC_VIN_LOW_VOLTAGE_RESET_COUNT 200 // Input low-voltage reset counts value in Vin measurement [Expressed in bits] #define DPC_VIN_LOW_VOLTAGE_PROT_COUNT 50 // Input low-voltage max allowed counts in Vin measurement [Expressed in bits] #define DPC_VIN_DROPOUT_DETECT 25 // Input voltage threshold for drop-out detect [Expressed in Volts] //// Others (3°) #define DPC_OTP_EN true // Ambient over-temperature protection (OTP) Enable [Expressed in Boolean] #define DPC_OTSHUTDOWN 55 // Ambient over-temperature protection (OTP) value [Expressed in Celsius degrees] #define DPC_DUTY_MAX 0.99 ///150 // Max duty cycle [Expressed in bits] #define DPC_DUTY_MIN 0.01 ///150 // Min duty cycle [Expressed in bits] #define DPC_VBUS_UPDATE_DURATION 5000 // Time duration of PFC Vout (Vbus) update [Expressed in milliseconds] #define DPC_VBURST_UPDATE_COEFF_MIN 1.0256 // Coeff. for min Vout (Vbus) burst update [Expressed in bits] #define DPC_VBURST_UPDATE_COEFF_MAX 1.0769 // Coeff. for min Vout (Vbus) burst update [Expressed in bits] #define DPC_TO_INRUSH_TICK DPC_TIME_ON_RELAY #define DPC_TO_RELAY_COMP_TICK DPC_DELAY_RELAY #define DPC_TO_PFC_START_TICK 100 #define DPC_TO_PFC_STOP_TICK 1000 #define DPC_TO_DROP_OUT_TICK 25 //*** Current thresholds parameters BEGIN ***// #define DPC_ITH_REFH_MAX 4000 // IthRefHMax, #define DPC_ITH_REFL_MAX 4000 // IthRefLMax, #define DPC_ITH_REFH_MIN 0 // IthRefHMin, #define DPC_ITH_REFL_MIN 0 // IthRefLMin, #define DPC_IR_COMP 100 #define DPC_IR_OFFSET 0 #define DPC_IF_OFFSET 20 #define DPC_CMP_OFFSET 30 //*** Current thresholds parameters END ***// //*** Converter start mode parameters BEGIN ***// #define DPC_MANUAL_START DISABLE #define DPC_AUTO_START ENABLE //*** Converter start mode parameters END ***// //*** Converter driving mode parameters BEGIN ***// #define DPC_SINGLE_CYCLE_DRIVING SET #define DPC_NORMAL_CYCLE_DRIVING RESET //*** Converter driving mode parameters END ***// #define DPC_PI_EXP 10 //exponential 2^(DPC_VDC_PI_EXP) PI parameters multiplier factor to allows integer calculation without losing resolution. //*** Voltage PI parameters BEGIN ***// #define DPC_VDC_CTRL_FREQ 1000 //Control frequency of the voltage loop #define DPC_KP_VDC_MICRO (uint32_t)(roundf((float)DPC_KP_VDC * powf(2.0f, (float)DPC_PI_EXP))) // Proportional gain of Vbus voltage PI regulator scaled for integer PI #define DPC_KI_VDC_MICRO (uint32_t)(roundf((float)DPC_KI_VDC * powf(2.0f, (float)DPC_PI_EXP) / (float)DPC_VDC_CTRL_FREQ)) // Integral gain of Vbus voltage PI regulator scaled for integer PI #define DPC_VOLTAGE_PI_SAT_ENABLE SET #define DPC_VOLTAGE_PI_SAT_DISABLE RESET #define DPC_VOLTAGE_PI_ANTIWINDUP_ENABLE SET #define DPC_VOLTAGE_PI_ANTIWINDUP_DISABLE RESET #define DPC_VOLTAGE_PI_ANTIWINDUP_GAIN 1 #define DPC_VOLTAGE_PI_RESET_VALUE 0 //*** Voltage PI parameters END ***// //*** Current PI parameters BEGIN ***// #define DPC_IAC_CTRL_FREQ 40000 //Control frequency of the Current loop #define DPC_KP_IAC_MICRO (uint32_t)(roundf((float)DPC_KP_IAC * powf(2.0f, (float)DPC_PI_EXP))) // Proportional gain of Iac current PI regulator scaled for integer PI #define DPC_KI_IAC_MICRO (uint32_t)(roundf((float)DPC_KI_IAC * powf(2.0f, (float)DPC_PI_EXP) / (float)DPC_IAC_CTRL_FREQ)) // Integral gain of Iac current PI regulator scaled for integer PI #define DPC_CURRENT_PI_SAT_ENABLE SET #define DPC_CURRENT_PI_SAT_DISABLE RESET #define DPC_CURRENT_PI_ANTIWINDUP_ENABLE SET #define DPC_CURRENT_PI_ANTIWINDUP_DISABLE RESET #define DPC_CURRENT_PI_ANTIWINDUP_GAIN 1 #define DPC_CURRENT_PI_RESET_VALUE 0 //*** Current PI parameters END ***// //*** Duty Soft Start mode parameters BEGIN ***// #define DPC_POS_DUTY_SOFTSTART SET #define DPC_NEG_DUTY_SOFTSTART RESET #define DPC_SOFT_DUTY_DURATION 5 #define DPC_SOFT_DUTY_ENABLE_WINDOW 2 #define DPC_SOFT_DUTY_PARAM_1 1.0 //*** Duty Soft Start mode parameters END ***// #define DPC_ZVD_CHECK SET #define DPC_ZVD_RELOAD RESET #define DPC_ZVD_FOLLOWER_CHECK SET #define DPC_ZVD_FOLLOWER_RELOAD RESET #define DPC_DEV_MODE ENABLE //Development mode --> converter signals value set by user #define DPC_ADC_MODE DISABLE //ADC mode --> converter signals value set by ADC reading #define DPC_LOAD_FF_EN ENABLE // Load feed-forward Enable [Expressed in Boolean] #define DPC_VINP_FF_EN ENABLE // Input voltage feed-forward Enable [Expressed in Boolean] #define DPC_TO_INRUSH TO_INDX1 #define DPC_TO_RELAY_COMP TO_INDX2 #define DPC_TO_PFC_START TO_INDX3 #define DPC_TO_PFC_STOP TO_INDX4 #define DPC_TO_DROP_OUT TO_INDX5 //*** LUT control parameters BEGIN ***// #define DPC_LUT_POINTS 800 // Number of LUT points #define DPC_LUT_PERIOD_POINTS 800 // Number of LUT points for one AC grid line-cycle #define DPC_LUT_PERIOD_TIM_CNT 1000 // Default LUT Timer counter at 50Hz with DPC_NUM_LUT_POINTS = 200. #define PI 3.1415926 // Pi Greek #define DPC_NCH 3 #define DPC_ISENSE_DELAY 350E-9 #define DPC_NUM_OF_VIN_SET 6 #define DPC_SQRT_2 1.4142135 //*** LUT control parameters END ***// //*** Data processing parameters BEGIN ***// //ILtot #define DPC_ILtot_WEIGHT_1 2 // 1° weight for multistage averaging of ILtot [Expressed in bits] //IL1 #define DPC_IL1_WEIGHT_1 32 // 1° weight for multistage averaging of IL1 [Expressed in bits] //IL2 #define DPC_IL2_WEIGHT_1 32 // 1° weight for multistage averaging of IL2 [Expressed in bits] //IL3 #define DPC_IL3_WEIGHT_1 32 // 1° weight for multistage averaging of IL3 [Expressed in bits] //Vin #define DPC_VIN_WEIGHT_1 2 // 1° weight for multistage averaging of Vin [Expressed in bits] #define DPC_VIN_WEIGHT_2 8 // 2° weight for multistage averaging of Vin [Expressed in bits] #define DPC_VIN_WEIGHT_3 16 // 3° weight for multistage averaging of Vin [Expressed in bits] //Vout #define DPC_VOUT_WEIGHT_1 2 // 1° weight for multistage averaging of Vout [Expressed in bits] #define DPC_VOUT_WEIGHT_2 4 // 2° weight for multistage averaging of Vout [Expressed in bits] #define DPC_VOUT_WEIGHT_3 8 // 3° weight for multistage averaging of Vout [Expressed in bits] //Iout #define DPC_IOUT_WEIGHT_1 1 // 1° weight for multistage averaging of Iout [Expressed in bits] #define DPC_IOUT_WEIGHT_2 2 // 2° weight for multistage averaging of Iout [Expressed in bits] #define DPC_IOUT_WEIGHT_3 4 // 3° weight for multistage averaging of Iout [Expressed in bits] #define DPC_IOUT_WEIGHT_4 8 // 4° weight for multistage averaging of Iout [Expressed in bits] #define DPC_AVG_SAMPLE 8 // weight for moving average of Iout [Expressed in bits] #define DPC_IZERO_ILOAD 2048//2038//2069///1 // Iload zero-offset compensation [Expressed in bits] //Ambient Temperature #define DPC_TEMP_WEIGHT_1 64 // 1° weight for multistage averaging of Ambient Temperature [Expressed in bits] //*** Data processing parameters END ***// //*** Control Data parameters BEGIN ***// #define DPC_VIN_MIN_TOLERANCE 97 // Tolerance for Min Vin control [Expressed in %] #define DPC_VIN_MAX_TOLERANCE 110 // Tolerance for Max Vin control [Expressed in %] #define DPC_VIN_MIN_DER_TOLERANCE 100 // Tolerance for Derating Vin control [Expressed in %] #define DPC_VIN_TOLERANCE_DIV 100 // Tolerance divider for Vin control [Expressed in %] #define DPC_VIN_PK_FACTOR 1414 // Peak Vin factor multiplied by DPC_VIN_GAIN_DIV [Expressed in bits] #define DPC_VIN_GAIN_DIV 1000 // Vin gain divider factor [Expressed in bits] #define DPC_VIN_DROPOUT_DIV 100 // Vin dropout divider factor [Expressed in bits] #define DPC_VIN_DROPOUT_END_FACTOR 110 // Vin dropout-end factor [Expressed in bits] #define DPC_VOUT_CTRL_LOWER_TH1_ENHANCE_FACTOR 99 // Vout first low threshold enhancement factor for voltage control [Expressed in bits] #define DPC_VOUT_CTRL_HIGHER_TH1_ENHANCE_FACTOR 101 // Vout first high threshold enhancement factor for voltage control [Expressed in bits] #define DPC_VOUT_CTRL_LOWER_TH2_ENHANCE_FACTOR 98 // Vout second low threshold enhancement factor for voltage control [Expressed in bits] #define DPC_VOUT_CTRL_HIGHER_TH2_ENHANCE_FACTOR 102 // Vout second high threshold enhancement factor for voltage control [Expressed in bits] #define DPC_VOUT_CTRL_ENHANCE_DIV 100 // Vout divider factor for voltage control enhancement [Expressed in bits] #define DPC_VOUT_GAIN_DIV 1000 // Vout gain divider factor [Expressed in bits] #define DPC_AC_PHASE_ANGLE_ADJ 0.0 // //AC phase angle adjustment for AC Current reference in [degrees] #define DPC_AC_PHASE_ANGLE_ADJ_MAX 5.0 // //Max AC phase angle adjustment for AC Current reference in [degrees] #define DPC_AC_PHASE_ANGLE_ADJ_MIN -5.0 // //Min AC phase angle adjustment for AC Current reference in [degrees] #define DPC_AC_PHASE_ANGLE_PERIOD 360.0 // //AC phase angle period for AC Current reference in [degrees] //*** Control Data parameters END ***// //*** Dead-times parameters BEGIN ***// #define DPC_RISING_DEAD_TIME_MAX 300 //uint32_t RisingDeadTimeMax, T_zero_Vds_max max rising dead-time #define DPC_FALLING_DEAD_TIME_MAX 300 //uint32_t FallingDeadTimeMax, T_Vout_Vds_max max falling dead-time #define DPC_RISING_DEAD_TIME_MIN 45 //uint32_t RisingDeadTimeMin, T_zero_Vds_min min rising dead-time (30=200ns) #define DPC_FALLING_DEAD_TIME_MIN 45 //uint32_t FallingDeadTimeMin, T_Vout_Vds_min min falling dead-time (30=200ns) #define DPC_RISING_DEAD_TIME_COMP 100 //uint32_t RisingDeadTimeComp, T_zero_Vds_comp rising dead-time correction #define DPC_FALLING_DEAD_TIME_COMP 350 //uint32_t FallingDeadTimeComp, T_Vout_Vds_comp falling dead-time correction //*** Dead-times parameters END ***// #define DPC_PHASESHIFT_CH2_2 180 // Phase shift of the second channel (slave 1) with 2 channels enabled [Expressed in degrees] #define DPC_PHASESHIFT_CH2_3 120 // Phase shift of the second channel (slave 1) with 3 channels enabled [Expressed in degrees] #define DPC_PHASESHIFT_CH3 240 // Phase shift of the third channel (slave 2) with 3 channels enabled [Expressed in degrees] #define DPC_PHASE_PERIOD 360 // Phase period related to the switching cycle [Expressed in degrees] //*** MCU parameters BEGIN ***// #define DPC_VDD_MCU 3.3 // MCU supply voltage [Expressed in Volt] #define DPC_ADC_DAC_NBIT 12 // Number of bits for ADC and DAC resolution [Expressed in bits] #define DPC_DAC_ZERO_CURRENT 2048 #define DPC_HRTIM_FREQ 150e6 #define DPC_TDEAD_PRESC 1 #define DPC_PHY_TO_DIG_GAIN_SCALE ((powf(2.0f,(float)DPC_ADC_DAC_NBIT))/((float)DPC_VDD_MCU)) //*** MCU parameters END ***// #define DPC_SLOPE_MAX ((float)DPC_IL_TOT_GAIN * (float)1.0f * 0.75f) // Iac reference max slope Expressed in [bits/Amps] #define DPC_IPK_REF_INVERTER_DEFAULT DPC_IPK_REF_BURST // Default Iac peak reference level in [Ampere] #define DPC_IPK_REF_INVERTER_MIN DPC_IPK_REF_MIN// Min Iac peak reference level in [Ampere] #define DPC_IPK_REF_INVERTER_MAX DPC_IPK_REF_MAX// Max Iac peak reference level for INVERTER MODE in [Ampere] #define DPC_IAC_SOFTSTARTUP_UPDATE_DURATION 5000 //****************************************************************************** // NOT CUSTOMIZABLE PARAMETERS END //****************************************************************************** ///_________________________________________________________________________BASIC APPLICATION CONFIGURATOR______________________________________ ///_________________________________________________________________________ADV APPLICATION CONFIGURATOR______________________________________ ///_________________________________________________________________________CONTROL CONFIGURATOR______________________________________ // /* Exported functions ------------------------------------------------------- */ #endif //__DPC_APPLICATION_CONF_H