version = 4.2

//
// Saved by sw version: 2020.1 SP1
// Save timestamp: 18-May-2020 @ 04:40:30 PM
//

model "inverter_monofase" {
    configuration {
        hil_device = "HIL402"
        hil_configuration_id = 1
        simulation_method = exact
        simulation_time_step = auto
        simulation_discret_scaling = 1.0
        dsp_timer_periods = 100e-6, 50e-3
        ss_calc_method = "systematic elimination"
        enb_pole_shift = True
        enb_gds_oversampling = True
        show_modes = False
        device_ao_limit_enable = False
        cpl_stb = False
        enb_dep_sw_detect = False
        code_section = "internal memory"
        data_section = "internal memory"
        sys_sp_rate_1 = 0.0001
        sys_sp_rate_2 = 0.05
        sys_real_type_precision = "default"
        user_real_type_precision = "default"
        sys_cpu_optimization = "high"
        user_cpu_optimization = "high"
    }

    component Subsystem Root {
        component src_voltage Vs1 {
            init_rms_value = "230.0"
            init_source_nature = "Sine"
        }
        [
            position = 7672, 8200
            rotation = right
        ]

        component pas_inductor L1 {
            inductance = "1e-4"
        }
        [
            position = 7896, 8104
        ]

        component "core/Single Phase Diode Rectifier" "Single Phase Diode Rectifier1" {
        }
        [
            position = 8024, 8200
            size = 127, 256
        ]

        component "core/Single Phase Inverter" "Single Phase Inverter1" {
            carr_ph_offset = "[0.0, 0.0]"
            ctrl_src = "Internal modulator"
            d_time = "1e-6"
        }
        [
            position = 8616, 8200
            size = 127, 256
        ]

        component pas_capacitor C1 {
            capacitance = "8e-3"
        }
        [
            position = 8208, 8200
            rotation = right
        ]

        component pas_inductor Ll {
            inductance = "2e-2"
        }
        [
            position = 8920, 8160
            rotation = right
        ]

        component pas_resistor Rl {
            resistance = "15"
        }
        [
            position = 8920, 8256
            rotation = right
        ]

        component pas_resistor R2 {
            resistance = "1e-2"
        }
        [
            position = 8152, 8104
        ]

        component pas_resistor R3 {
            resistance = "1e-2"
        }
        [
            position = 8480, 8104
        ]

        component pas_resistor R4 {
            resistance = "1e-2"
        }
        [
            position = 8152, 8296
        ]

        component pas_resistor R5 {
            resistance = "1e-2"
        }
        [
            position = 8480, 8296
        ]

        component src_sine "Segnale modulante" {
            execution_rate = "1e-6"
            phase = "90"
        }
        [
            position = 8464, 8368
        ]

        component gen_product Product1 {
        }
        [
            position = 8600, 8408
        ]

        component src_scada_input M {
            execution_rate = "1e-6"
            max = "1"
            min = "0"
            unit = ""
        }
        [
            position = 8464, 8448
        ]

        component gen_gain Gain1 {
            gain = "-1"
        }
        [
            position = 8800, 8352
        ]

        component src_constant On {
            execution_rate = "1e-6"
        }
        [
            position = 8496, 8040
        ]

        component "core/Current Measurement" Io {
        }
        [
            position = 8832, 8104
            size = 64, 32
        ]

        component "core/Voltage Measurement" Vo {
        }
        [
            position = 8744, 8200
            rotation = right
            size = 64, 32
        ]

        component "core/Current Measurement" Idc {
        }
        [
            position = 8368, 8104
            size = 64, 32
        ]

        component "core/Voltage Measurement" Vdc {
        }
        [
            position = 8280, 8200
            rotation = right
            size = 64, 32
        ]

        component "core/Current Measurement" Is {
        }
        [
            position = 7800, 8104
            size = 64, 32
        ]

        component "core/Voltage Measurement" Vs {
        }
        [
            position = 7744, 8200
            rotation = right
            size = 64, 32
        ]

        junction Junction3 pe
        [
            position = 8208, 8104
        ]

        junction Junction4 pe
        [
            position = 8208, 8296
        ]

        junction Junction5 sp
        [
            position = 8712, 8408
        ]

        junction Junction6 pe
        [
            position = 8744, 8104
        ]

        junction Junction7 pe
        [
            position = 8744, 8296
        ]

        junction Junction9 pe
        [
            position = 8280, 8296
        ]

        junction Junction10 pe
        [
            position = 7744, 8104
        ]

        junction Junction11 pe
        [
            position = 7744, 8296
        ]

        junction Junction12 pe
        [
            position = 8280, 8104
        ]

        connect L1.n_node "Single Phase Diode Rectifier1.a_in" as Connection1
        connect Ll.n_node Rl.p_node as Connection13
        connect "Single Phase Diode Rectifier1.pos_out" R2.p_node as Connection16
        connect R3.n_node "Single Phase Inverter1.pos_out" as Connection24
        connect R2.n_node Junction3 as Connection26
        connect C1.p_node Junction3 as Connection28
        connect R5.n_node "Single Phase Inverter1.neg_out" as Connection29
        connect R4.p_node "Single Phase Diode Rectifier1.neg_out" as Connection31
        connect Junction4 R4.n_node as Connection33
        connect C1.n_node Junction4 as Connection34
        connect Product1.in "Segnale modulante.out" as Connection35
        connect M.out Product1.in1 as Connection36
        [
            breakpoints = 8496, 8448; 8496, 8416
        ]
        connect Product1.out Junction5 as Connection38
        connect Junction5 "Single Phase Inverter1.InA" as Connection39
        [
            breakpoints = 9048, 8408; 9048, 8024; 8616, 8024
        ]
        connect Gain1.in Junction5 as Connection40
        connect Gain1.out "Single Phase Inverter1.InB" as Connection41
        [
            breakpoints = 9008, 8352; 9008, 8048; 8832, 8048; 8632, 8048
        ]
        connect "Single Phase Inverter1.En" On.out as Connection42
        connect Io.n_node Ll.p_node as Connection44
        connect "Single Phase Inverter1.a_in" Junction6 as Connection45
        connect Junction6 Io.p_node as Connection46
        connect Vo.p_node Junction6 as Connection47
        connect Rl.n_node Junction7 as Connection48
        connect Junction7 "Single Phase Inverter1.b_in" as Connection49
        connect Vo.n_node Junction7 as Connection50
        connect R5.p_node Junction9 as Connection54
        connect Junction9 Junction4 as Connection55
        connect Vdc.n_node Junction9 as Connection56
        connect L1.p_node Is.n_node as Connection57
        connect Is.p_node Junction10 as Connection59
        connect Junction10 Vs1.p_node as Connection60
        connect Vs.p_node Junction10 as Connection61
        connect Vs1.n_node Junction11 as Connection62
        connect Junction11 "Single Phase Diode Rectifier1.b_in" as Connection63
        connect Vs.n_node Junction11 as Connection64
        connect Idc.n_node R3.p_node as Connection66
        connect Junction3 Junction12 as Connection67
        [
            breakpoints = 8208, 8104
        ]
        connect Junction12 Vdc.p_node as Connection68
        [
            breakpoints = 8280, 8104
        ]
        connect Idc.p_node Junction12 as Connection69
    }

    default {
        gen_gain {
            gain = "1"
            multiplication = "Element-wise(K.*u)"
            execution_rate = "inherit"
        }

        gen_product {
            signs = "2"
            execution_rate = "inherit"
        }

        pas_capacitor {
            capacitance = "1e-6"
            initial_voltage = "0"
            pole_shift_ignore = "False"
            visible = "True"
        }

        pas_inductor {
            inductance = "1e-3"
            initial_current = "0.0"
            pole_shift_ignore = "False"
            visible = "True"
        }

        pas_resistor {
            resistance = "1"
        }

        src_constant {
            value = "1"
            signal_type = "real"
            execution_rate = "100e-6"
        }

        src_scada_input {
            addr = "0"
            format = "real"
            override_signal_name = "False"
            signal_name = ""
            signal_type = "real"
            min = "-1e6"
            max = "1e6"
            def_value = "0"
            unit = " "
            execution_rate = "100e-6"
        }

        src_sine {
            amplitude = "1"
            dc_offset = "0"
            frequency = "50"
            phase = "0"
            execution_rate = "100e-6"
        }

        src_voltage {
            sig_input = "False"
            type = "signal generator"
            param_set = "1phase"
            parent_label = ""
            addr = "0"
            spc_nb = "0"
            execution_rate = "100e-6"
            cpd_visible = "True"
            enable_snb = "False"
            snb_type = "R2"
            R2 = "0.0"
            L1 = "0.1"
            override_signal_name = "False"
            signal_name = ""
            init_source_nature = "Constant"
            init_const_value = "0.0"
            init_rms_value = "0.0"
            init_frequency = "50.0"
            init_phase = "0.0"
        }

        "core/Current Measurement" {
            bw_limit = "False"
            frequency = "10e3"
            comparator_enable = "False"
            operator = "greater"
            threshold = "0"
            cmp_abs_value = "False"
            feed_forward = "false"
            sig_output = "False"
            execution_rate = "100e-6"
            addr = "0"
            nd_msr_estimation = "false"
            dev_cpl_msr = "false"
            host_device = "0"
            output_to_device = "0"
            dev_cpl_index = "0"
            dev_cpl_var_nb = "0"
            visible = "True"
            override_signal_name = "False"
            signal_name = ""
        }

        "core/Single Phase Diode Rectifier" {
            FSM_select = "converter"
            show_monitoring = "False"
            dynamic_ac_voltage = "False"
            pesb_optimization = "True"
        }

        "core/Single Phase Inverter" {
            ctrl_src = "Digital input per switch"
            op_mode = "Fixed carrier frequency"
            carrier_freq = "10000.0"
            phase_op_mode = "Fixed carrier phase offset"
            carr_ph_offset = "[0.0, 180.0]"
            d_time = "5e-6"
            ref_sig_min_max = "[-1.0, 1.0]"
            load_mode = "on min"
            execution_rate = "inherit"
            Sa_top = "1"
            Sa_top_logic = "active high"
            Sa_bot = "2"
            Sa_bot_logic = "active high"
            Sb_top = "3"
            Sb_top_logic = "active high"
            Sb_bot = "4"
            Sb_bot_logic = "active high"
            losses_estimation = "False"
            Import_igbt_xml = "not selected"
            Import_diode_xml = "not selected"
            Vce = "1.3"
            Rce = "0"
            Vd = "1.2"
            Rd = "0"
            i_sw = "[0.0, 6.0, 12.0, 18.0, 24.0]"
            v_sw = "[0.0, 600.0]"
            temp_sw = "[25.0, 50.0, 75.0, 100.0, 125.0]"
            et_on_table_out = "[[0.0, 0.0275e-3, 0.15e-3, 0.275e-3, 0.3e-3], [0.35*3.8e-3, 0.4*3.8e-3, 0.8*3.8e-3, 0.68*3.8e-3, 0.9*3.8e-3], [0.65*3.8e-3, 0.9*3.8e-3, 1.2*3.8e-3, 1.5*3.8e-3, 1.7*3.8e-3], [0.9*3.8e-3, 1.3*3.8e-3, 1.7*3.8e-3, 1.9*3.8e-3, 2.25*3.8e-3], [1.1*3.8e-3, 1.7*3.8e-3, 2.1*3.8e-3, 2.3*3.8e-3, 2.5*3.8e-3]]"
            et_off_table_out = "[[0.0, 0.0275e-3, 0.15e-3, 0.275e-3, 0.3e-3], [0.35*2.1e-3, 0.4*2.1e-3, 0.8*2.1e-3, 0.68*2.1e-3, 0.9*2.1e-3], [0.65*2.1e-3, 0.9*2.1e-3, 1.2*2.1e-3, 1.5*2.1e-3, 1.7*2.1e-3], [0.9*2.1e-3, 1.3*2.1e-3, 1.7*2.1e-3, 1.9*2.1e-3, 2.25*2.1e-3], [1.1*2.1e-3, 1.7*2.1e-3, 2.1*2.1e-3, 2.3*2.1e-3, 2.5*2.1e-3]]"
            ed_off_table_out = "[[0.0, 0.0275e-3, 0.15e-3, 0.275e-3, 0.3e-3], [0.35*2.2e-3, 0.4*2.2e-3, 0.8*2.2e-3, 0.68*2.2e-3, 0.9*2.2e-3], [0.65*2.2e-3, 0.9*2.2e-3, 1.2*2.2e-3, 1.5*2.2e-3, 1.7*2.2e-3], [0.9*2.2e-3, 1.3*2.2e-3, 1.7*2.2e-3, 1.9*2.2e-3, 2.25*2.2e-3], [1.1*2.2e-3, 1.7*2.2e-3, 2.1*2.2e-3, 2.3*2.2e-3, 2.5*2.2e-3]]"
            temp_estimation = "False"
            thermal_networks_type = "Foster"
            switch_Rth = "[0.159, 0.133, 0.120, 0.038]"
            switch_Tth = "[1.1e-1, 1.56e-2, 1.35e-3, 1.51e-4]"
            switch_Cth = "[0.0029, 0.0097, 0.1068, 0.8500]"
            diode_Rth = "[0.159, 0.133, 0.120, 0.038]"
            diode_Tth = "[1.1e-1, 1.56e-2, 1.35e-3, 1.51e-4]"
            diode_Cth = "[0.0029, 0.0097, 0.1068, 0.8500]"
            loss_exec_rate = "100e-6"
            show_monitoring = "false"
            FSM_select = "converter"
            _control_property = "all high"
            pwm_enabling = "False"
            pwm_enable_di = "13"
            pwm_enable_inv = "active high"
            dtv_flag_en = "True"
        }

        "core/Voltage Measurement" {
            bw_limit = "False"
            frequency = "10e3"
            comparator_enable = "False"
            operator = "greater"
            threshold = "0"
            cmp_abs_value = "False"
            feed_forward = "false"
            sig_output = "False"
            execution_rate = "100e-6"
            addr = "0"
            nd_msr_estimation = "false"
            dev_cpl_msr = "false"
            host_device = "0"
            output_to_device = "0"
            dev_cpl_index = "0"
            dev_cpl_var_nb = "0"
            visible = "True"
            override_signal_name = "False"
            signal_name = ""
        }
    }
}