version = 4.2

//
// Saved by sw version: 2021.2
// Save timestamp: 21-Jun-2021 @ 02:42:15 PM
//

model "inverter_trifase" {
    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
        reset_analog_outputs_on_sim_stop = True
        reset_digital_outputs_on_sim_stop = True
        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"
        user_cpu_part_option = "default"
        matrix_based_reduction = True
        cpl_dynamics_analysis = False
        export_ss_to_pickle = False
        cce_platform = "generic"
        cce_use_relative_names = False
        cce_type_mapping_real = "double"
        cce_type_mapping_uint = "unsigned int"
        cce_type_mapping_int = "int"
        cce_directory = ""
        cce_custom_type_int = ""
        cce_custom_type_uint = ""
        cce_custom_type_real = ""
        tunable_params = "component defined"
    }

    component Subsystem Root {
        component "core/Three Phase Voltage Source" Vs1 {
            init_rms_value = "230.0"
        }
        [
            position = 6304, 8184
            size = 62, 256
        ]

        component pas_inductor L1 {
            inductance = "1e-4"
        }
        [
            position = 6400, 8088
        ]

        component pas_inductor L2 {
            inductance = "1e-4"
        }
        [
            position = 6400, 8184
        ]

        component pas_inductor L3 {
            inductance = "1e-4"
        }
        [
            position = 6400, 8280
        ]

        component src_ground gnd1 {
        }
        [
            position = 6192, 8224
        ]

        component pas_capacitor C1 {
            capacitance = "6e-5"
            initial_voltage = "700"
        }
        [
            position = 7640, 8184
            rotation = right
        ]

        component "core/Three Phase Inverter" "Three Phase Inverter1" {
            ctrl_src = "Internal modulator"
            d_time = "1e-6"
            fvd_def_method = "LUT"
        }
        [
            position = 8216, 8184
            size = 127, 256
        ]

        component pas_inductor L4 {
            inductance = "2e-2"
        }
        [
            position = 9008, 8088
        ]

        component pas_resistor R1 {
            resistance = "15"
        }
        [
            position = 8904, 8088
        ]

        component pas_inductor L5 {
            inductance = "2e-2"
        }
        [
            position = 9008, 8184
        ]

        component pas_resistor R2 {
            resistance = "15"
        }
        [
            position = 8904, 8184
        ]

        component pas_inductor L6 {
            inductance = "2e-2"
        }
        [
            position = 9008, 8280
        ]

        component pas_resistor R3 {
            resistance = "15"
        }
        [
            position = 8904, 8280
        ]

        component "core/Single Phase Core Coupling" "Core Coupling 1" {
        }
        [
            position = 7984, 8184
            size = 12, 256
        ]

        component pas_resistor R4 {
            resistance = "0.01"
        }
        [
            position = 8064, 8088
        ]

        component pas_resistor R5 {
            resistance = "0.01"
        }
        [
            position = 8064, 8280
        ]

        component pas_resistor R6 {
            resistance = "0.01"
        }
        [
            position = 7712, 8088
        ]

        component pas_resistor R7 {
            resistance = "0.01"
        }
        [
            position = 7576, 8088
        ]

        component pas_resistor R8 {
            resistance = "0.01"
        }
        [
            position = 7576, 8280
        ]

        component pas_resistor R9 {
            resistance = "0.01"
        }
        [
            position = 7712, 8280
        ]

        component "core/Three Phase Inverter" "Three Phase Inverter2" {
            ctrl_src = "Internal modulator"
            d_time = "1e-6"
            fvd_def_method = "LUT"
        }
        [
            position = 7448, 8184
            rotation = down
            scale = 1, -1
            size = 127, 256
        ]

        component src_sine "Segnale modulante a" {
            execution_rate = "1e-6"
        }
        [
            position = 8032, 7912
        ]

        component gen_product Product1 {
        }
        [
            position = 8128, 7944
        ]

        component src_scada_input M {
            execution_rate = "1e-6"
            max = "1"
            min = "0"
            unit = ""
        }
        [
            position = 7920, 7952
        ]

        component src_sine "Segnale modulante b" {
            execution_rate = "1e-6"
            phase = "-120"
        }
        [
            position = 8032, 7832
        ]

        component src_sine "Segnale modulante c" {
            execution_rate = "1e-6"
            phase = "-240"
        }
        [
            position = 8032, 7752
        ]

        component gen_product Product2 {
        }
        [
            position = 8128, 7864
        ]

        component gen_product Product3 {
        }
        [
            position = 8128, 7784
        ]

        component src_constant Constant1 {
            execution_rate = "1e-6"
        }
        [
            position = 8120, 8016
        ]

        component "core/Current Measurement" Idc {
            bw_limit = "True"
            execution_rate = "1e-6"
            feed_forward = "true"
            frequency = "1e3"
            sig_output = "True"
        }
        [
            position = 7848, 8088
            size = 64, 32
        ]

        component "core/Voltage Measurement" Vdc {
            bw_limit = "True"
            execution_rate = "1e-6"
            feed_forward = "true"
            frequency = "1e3"
            sig_output = "True"
        }
        [
            position = 7800, 8184
            rotation = right
            scale = -1, 1
            size = 64, 32
        ]

        component "core/Current Measurement" Ia {
            execution_rate = "1e-6"
            sig_output = "True"
        }
        [
            position = 6800, 8088
            size = 64, 32
        ]

        component "core/Current Measurement" Ib {
            execution_rate = "1e-6"
            sig_output = "True"
        }
        [
            position = 6848, 8184
            size = 64, 32
        ]

        component "core/Current Measurement" Ic {
            execution_rate = "1e-6"
            sig_output = "True"
        }
        [
            position = 6896, 8280
            size = 64, 32
        ]

        component src_constant Constant2 {
            execution_rate = "1e-6"
            value = "490000"
        }
        [
            position = 6296, 7384
        ]

        component gen_sum Sum1 {
            signs = "+-"
        }
        [
            position = 6416, 7392
        ]

        component gen_sum I_rif {
        }
        [
            position = 6600, 7384
        ]

        component gen_gain 1diviso3Vs {
            gain = "1/690"
        }
        [
            position = 7288, 7304
            scale = -1, 1
        ]

        component gen_sum Sum4 {
            signs = "+-"
        }
        [
            position = 7056, 7824
        ]

        component gen_pid_controller R_Ialfa {
            controller_type = "PI"
            ki = "70"
            kp = "0.14"
        }
        [
            position = 7136, 7824
        ]

        component gen_pid_controller R_Vdc {
            controller_type = "PI"
            ki = "2.7e-5"
            kp = "2.7e-6"
        }
        [
            position = 6496, 7392
        ]

        component pas_inductor Lf1 {
            inductance = "7e-3"
        }
        [
            position = 6704, 8088
        ]

        component pas_inductor Lf2 {
            inductance = "7e-3"
        }
        [
            position = 6704, 8184
        ]

        component pas_inductor Lf3 {
            inductance = "7e-3"
        }
        [
            position = 6704, 8280
        ]

        component "core/Voltage Measurement" Va {
            execution_rate = "1e-6"
            sig_output = "True"
        }
        [
            position = 6480, 8032
            rotation = left
            size = 64, 32
        ]

        component gen_sum Sum5 {
            signs = "+-"
        }
        [
            position = 7056, 7904
        ]

        component gen_pid_controller R_Ibeta {
            controller_type = "PI"
            ki = "70"
            kp = "0.14"
        }
        [
            position = 7136, 7904
        ]

        component gen_alpha_beta2abc "alpha beta to abc1" {
        }
        [
            position = 7384, 7896
        ]

        component src_constant Constant4 {
            execution_rate = "1e-6"
            value = "0"
        }
        [
            position = 7136, 7968
        ]

        component src_constant Constant5 {
            execution_rate = "1e-6"
        }
        [
            position = 7520, 7968
            scale = -1, 1
        ]

        component gen_abc2alpha_beta "abc to alpha beta1" {
        }
        [
            position = 6944, 7992
        ]

        component "core/Voltage Measurement" Vb {
            execution_rate = "1e-6"
            sig_output = "True"
        }
        [
            position = 6552, 8032
            rotation = left
            size = 64, 32
        ]

        component "core/Voltage Measurement" Vc {
            execution_rate = "1e-6"
            sig_output = "True"
        }
        [
            position = 6624, 8032
            rotation = left
            size = 64, 32
        ]

        component src_ground gnd2 {
        }
        [
            position = 6552, 7944
            rotation = down
        ]

        component gen_abc2alpha_beta "abc to alpha beta2" {
        }
        [
            position = 6928, 7840
        ]

        component gen_product Product5 {
        }
        [
            position = 6832, 7768
        ]

        component gen_product Product6 {
        }
        [
            position = 6832, 7912
        ]

        component gen_product Product7 {
        }
        [
            position = 6832, 7840
        ]

        component src_constant Vs {
            execution_rate = "1e-6"
            value = "230"
        }
        [
            position = 6576, 7544
        ]

        component gen_product Product8 {
            signs = "*/"
        }
        [
            position = 6744, 7392
        ]

        component gen_sum Sum6 {
            signs = "+-"
        }
        [
            position = 7272, 7816
        ]

        component gen_sum Sum7 {
            signs = "+-"
        }
        [
            position = 7272, 7896
        ]

        component "core/Triple Pole Single Throw Contactor" S1 {
            ctrl_src = "Model"
        }
        [
            position = 8400, 8184
            size = 64, 256
        ]

        component src_scada_input S {
            execution_rate = "1e-6"
            max = "1"
            min = "0"
            unit = ""
        }
        [
            position = 8320, 7992
        ]

        component gen_abc2alpha_beta "abc to alpha beta3" {
        }
        [
            position = 7024, 7688
        ]

        component pas_resistor R10 {
            resistance = "10000"
        }
        [
            position = 7912, 8184
            rotation = right
        ]

        component pas_resistor R11 {
            resistance = "0.02"
        }
        [
            position = 7224, 8088
        ]

        component pas_resistor R12 {
            resistance = "0.02"
        }
        [
            position = 7224, 8184
        ]

        component pas_resistor R13 {
            resistance = "0.02"
        }
        [
            position = 7224, 8280
        ]

        component gen_gain 2divisoVdc {
            gain = "2/700"
        }
        [
            position = 7144, 7648
        ]

        component gen_gain 2divisoVdc1 {
            gain = "2/700"
        }
        [
            position = 7144, 7704
        ]

        component gen_product Product9 {
        }
        [
            position = 6416, 7488
            scale = -1, 1
        ]

        component gen_product Product10 {
        }
        [
            position = 7400, 7304
            scale = -1, 1
        ]

        junction Junction3 pe
        [
            position = 9056, 8184
        ]

        junction Junction4 pe
        [
            position = 7640, 8088
        ]

        junction Junction5 pe
        [
            position = 7640, 8280
        ]

        junction Junction8 pe
        [
            position = 7800, 8088
        ]

        junction Junction9 pe
        [
            position = 7800, 8280
        ]

        junction Junction11 sp
        [
            position = 7960, 7952
        ]

        junction Junction12 sp
        [
            position = 7960, 7872
        ]

        junction Junction14 pe
        [
            position = 6624, 8280
        ]

        junction Junction15 pe
        [
            position = 6552, 8184
        ]

        junction Junction16 pe
        [
            position = 6480, 8088
        ]

        junction Junction17 pe
        [
            position = 6552, 7992
        ]

        junction Junction18 pe
        [
            position = 6552, 7992
        ]

        junction Junction20 sp
        [
            position = 6792, 7832
        ]

        junction Junction21 sp
        [
            position = 6792, 7760
        ]

        junction Junction24 sp
        [
            position = 6448, 7776
        ]

        junction Junction25 sp
        [
            position = 6504, 7848
        ]

        junction Junction26 sp
        [
            position = 6592, 7968
        ]

        junction Junction27 pe
        [
            position = 7912, 8088
        ]

        junction Junction28 pe
        [
            position = 7912, 8280
        ]

        junction Junction30 sp
        [
            position = 6480, 7480
        ]

        junction Junction39 sp
        [
            position = 7768, 7480
        ]

        connect L1.p_node Vs1.a_node as Connection1
        connect L2.p_node Vs1.b_node as Connection3
        connect L3.p_node Vs1.c_node as Connection5
        connect gnd1.node Vs1.n_node as Connection7
        connect R1.n_node L4.p_node as Connection17
        connect R2.n_node L5.p_node as Connection18
        connect R3.n_node L6.p_node as Connection19
        connect L6.n_node Junction3 as Connection23
        connect Junction3 L5.n_node as Connection24
        connect L4.n_node Junction3 as Connection25
        [
            breakpoints = 9056, 8088; 9056, 8176
        ]
        connect "Core Coupling 1.a_out" R4.p_node as Connection36
        connect R4.n_node "Three Phase Inverter1.pos_out" as Connection37
        connect "Core Coupling 1.b_out" R5.p_node as Connection38
        connect R5.n_node "Three Phase Inverter1.neg_out" as Connection39
        connect R7.n_node Junction4 as Connection43
        connect Junction4 R6.p_node as Connection44
        connect C1.p_node Junction4 as Connection45
        connect R9.p_node Junction5 as Connection49
        connect Junction5 R8.n_node as Connection50
        connect C1.n_node Junction5 as Connection51
        connect "Three Phase Inverter2.neg_out" R8.p_node as Connection52
        connect "Three Phase Inverter2.pos_out" R7.p_node as Connection53
        connect Product1.in "Segnale modulante a.out" as Connection35
        connect "Segnale modulante b.out" Product2.in as Connection58
        connect "Segnale modulante c.out" Product3.in as Connection59
        connect Product1.out "Three Phase Inverter1.InA" as Connection78
        connect Product2.out "Three Phase Inverter1.InB" as Connection79
        connect Product3.out "Three Phase Inverter1.InC" as Connection80
        connect Constant1.out "Three Phase Inverter1.En" as Connection81
        [
            breakpoints = 8192, 8048
        ]
        connect R6.n_node Junction8 as Connection84
        connect Junction8 Idc.p_node as Connection85
        connect Vdc.p_node Junction8 as Connection86
        connect R9.n_node Junction9 as Connection87
        connect Vdc.n_node Junction9 as Connection89
        connect Constant2.out Sum1.in as Connection96
        connect M.out Junction11 as Connection108
        connect Junction11 Product1.in1 as Connection109
        connect Product2.in1 Junction12 as Connection111
        connect Junction12 Junction11 as Connection112
        connect Product3.in1 Junction12 as Connection113
        connect 1diviso3Vs.out I_rif.in as Connection115
        [
            breakpoints = 7256, 7304; 6552, 7304; 6552, 7352
        ]
        connect Sum1.out R_Vdc.in as Connection120
        connect R_Vdc.out I_rif.in1 as Connection121
        connect Ia.p_node Lf1.n_node as Connection122
        connect Ib.p_node Lf2.n_node as Connection124
        connect Ic.p_node Lf3.n_node as Connection126
        connect Sum4.out R_Ialfa.in as Connection140
        connect Sum5.out R_Ibeta.in as Connection141
        connect "alpha beta to abc1.A" "Three Phase Inverter2.InA" as Connection145
        connect "alpha beta to abc1.B" "Three Phase Inverter2.InB" as Connection146
        connect "alpha beta to abc1.C" "Three Phase Inverter2.InC" as Connection147
        connect Constant5.out "Three Phase Inverter2.En" as Connection148
        connect Ia.out "abc to alpha beta1.A" as Connection149
        connect Ib.out "abc to alpha beta1.B" as Connection152
        connect Ic.out "abc to alpha beta1.C" as Connection153
        [
            breakpoints = 6896, 8208; 6896, 8016
        ]
        connect "abc to alpha beta1.alpha" Sum4.in1 as Connection154
        [
            breakpoints = 7000, 7968; 7000, 7832
        ]
        connect "abc to alpha beta1.beta" Sum5.in1 as Connection155
        connect L3.n_node Junction14 as Connection161
        connect Junction14 Lf3.p_node as Connection162
        connect Vc.p_node Junction14 as Connection163
        connect Lf2.p_node Junction15 as Connection164
        [
            breakpoints = 6632, 8184
        ]
        connect Junction15 L2.n_node as Connection165
        connect Vb.p_node Junction15 as Connection166
        connect L1.n_node Junction16 as Connection167
        connect Junction16 Lf1.p_node as Connection168
        [
            breakpoints = 6632, 8088
        ]
        connect Va.p_node Junction16 as Connection169
        connect Va.n_node Junction17 as Connection171
        connect Junction17 Vc.n_node as Connection172
        connect Vb.n_node Junction18 as Connection174
        connect Junction18 Junction17 as Connection175
        connect gnd2.node Junction18 as Connection176
        connect Product7.out "abc to alpha beta2.B" as Connection179
        connect Product6.out "abc to alpha beta2.C" as Connection180
        [
            breakpoints = 6880, 7912; 6880, 7864
        ]
        connect Product5.out "abc to alpha beta2.A" as Connection181
        [
            breakpoints = 6880, 7768; 6880, 7816
        ]
        connect Product7.in Junction20 as Connection186
        connect Product6.in Junction20 as Connection188
        connect Product5.in Junction21 as Connection190
        connect Junction21 Junction20 as Connection191
        [
            breakpoints = 6792, 7760
        ]
        connect Vs.out Product8.in1 as Connection193
        connect Sum7.out "alpha beta to abc1.beta" as Connection200
        connect Sum6.out "alpha beta to abc1.alpha" as Connection201
        [
            breakpoints = 7320, 7816; 7320, 7872
        ]
        connect "Three Phase Inverter1.c_in" S1.c_in as Connection217
        connect "Three Phase Inverter1.b_in" S1.b_in as Connection219
        connect "Three Phase Inverter1.a_in" S1.a_in as Connection221
        connect "abc to alpha beta2.alpha" Sum4.in as Connection225
        [
            breakpoints = 6968, 7816
        ]
        connect Sum5.in "abc to alpha beta2.beta" as Connection226
        [
            breakpoints = 6984, 7896; 6984, 7840; 6984, 7840
        ]
        connect Junction21 Product8.out as Connection227
        [
            breakpoints = 6792, 7760; 6792, 7720; 6792, 7720; 6792, 7648
        ]
        connect Va.out Junction24 as Connection234
        connect Junction24 Product5.in1 as Connection235
        connect "abc to alpha beta3.A" Junction24 as Connection236
        connect Product7.in1 Junction25 as Connection239
        [
            breakpoints = 6712, 7848; 6712, 7848
        ]
        connect Junction25 Vb.out as Connection240
        [
            breakpoints = 6504, 7848; 6504, 7848; 6504, 7920
        ]
        connect "abc to alpha beta3.B" Junction25 as Connection241
        connect Vc.out Junction26 as Connection249
        connect Junction26 Product6.in1 as Connection250
        [
            breakpoints = 6592, 7968
        ]
        connect "abc to alpha beta3.C" Junction26 as Connection251
        [
            breakpoints = 6600, 7712; 6600, 7920; 6600, 7920; 6600, 7968; 6592, 7968; 6592, 7968
        ]
        connect Idc.n_node Junction27 as Connection252
        connect Junction27 "Core Coupling 1.a_in" as Connection253
        connect R10.p_node Junction27 as Connection254
        connect Junction9 Junction28 as Connection255
        connect Junction28 "Core Coupling 1.b_in" as Connection256
        connect R10.n_node Junction28 as Connection257
        connect "Three Phase Inverter2.a_in" R11.n_node as Connection258
        connect R11.p_node Ia.n_node as Connection259
        connect "Three Phase Inverter2.b_in" R12.n_node as Connection260
        connect R12.p_node Ib.n_node as Connection261
        connect "Three Phase Inverter2.c_in" R13.n_node as Connection262
        connect R13.p_node Ic.n_node as Connection263
        connect Constant4.out "alpha beta to abc1.gamma" as Connection272
        [
            breakpoints = 7184, 7968; 7216, 7968; 7216, 7968; 7320, 7968; 7320, 7928
        ]
        connect Sum6.in1 R_Ialfa.out as Connection273
        connect Sum7.in1 R_Ibeta.out as Connection274
        connect "abc to alpha beta3.beta" 2divisoVdc1.in as Connection275
        connect "abc to alpha beta3.alpha" 2divisoVdc.in as Connection276
        connect 2divisoVdc.out Sum6.in as Connection277
        connect 2divisoVdc1.out Sum7.in as Connection278
        [
            breakpoints = 7200, 7704; 7200, 7888
        ]
        connect Product8.in I_rif.out as Connection279
        connect Product9.out Sum1.in1 as Connection281
        connect Product9.in Junction30 as Connection285
        connect Product9.in1 Junction30 as Connection287
        connect 1diviso3Vs.in Product10.out as Connection327
        connect Idc.out Product10.in as Connection328
        connect Vdc.out Junction39 as Connection329
        [
            breakpoints = 7768, 8112; 7768, 8048
        ]
        connect Junction39 Junction30 as Connection330
        [
            breakpoints = 7768, 7480; 7768, 7480
        ]
        connect Product10.in1 Junction39 as Connection331
        connect S1.a_out R1.p_node as Connection332
        connect S1.c_out R3.p_node as Connection334
        connect S1.b_out R2.p_node as Connection335
        connect S.out S1.ctrl_in as Connection336
    }

    default {
        gen_abc2alpha_beta {
            power_form = "variant - Clarke\'s original"
            execution_rate = "inherit"
        }

        gen_alpha_beta2abc {
            power_form = "variant - Clarke\'s original"
            execution_rate = "inherit"
        }

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

        gen_pid_controller {
            controller_type = "PID"
            kp = "1"
            kp_source = "internal"
            ki = "1"
            ki_source = "internal"
            kd = "0"
            kd_source = "internal"
            filt_coef = "100"
            int_init_value = "0"
            filt_init_value = "0"
            enb_output_limit_out = "False"
            show_reset = "none"
            upper_sat_lim = "1"
            upper_sat_lim_source = "internal"
            lower_sat_lim = "-1"
            lower_sat_lim_source = "internal"
            enb_anti_windup_out = "False"
            signal_out_type = "inherit"
            _tunable = "False"
            execution_rate = "inherit"
        }

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

        gen_sum {
            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"
            param_set = ""
        }

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

        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"
            _tunable = "False"
        }

        "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"
            sig_output_filt_and_full_bw = "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 Core Coupling" {
            snb_type_i = "none"
            R1 = "100000.0"
            C1 = "1e-06"
            C2 = "1e-06"
            fixed_snb_i = "false"
            snb_type_u = "none"
            R2 = "0.1"
            L1 = "0.1"
            L2 = "0.1"
            fixed_snb_u = "false"
        }

        "core/Three Phase Inverter" {
            ctrl_src = "Digital input per switch"
            op_mode = "Fixed carrier frequency"
            carrier_freq = "10000.0"
            carr_ph_offset = "0.0"
            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"
            Sc_top = "5"
            Sc_top_logic = "active high"
            Sc_bot = "6"
            Sc_bot_logic = "active high"
            delay_enabled = "False"
            fixed_delay = "1e-6"
            var_delay_lut = "[-10.0, 1e-6, 10.0, 1e-6]"
            preview_var_delay = "Preview"
            Sa_top_I = "False"
            Sa_bot_I = "False"
            Sb_top_I = "False"
            Sb_bot_I = "False"
            Sc_top_I = "False"
            Sc_bot_I = "False"
            fvd = "False"
            losses_estimation = "False"
            fvd_def_method = "Voltage and Resistance"
            Import_igbt_xml = "not selected"
            Import_diode_xml = "not selected"
            Switch_type = "IGBT"
            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]"
            vce_table_out = "[1.3, 1.3, 1.3, 1.3, 1.3]"
            vd_table_out = "[1.2, 1.2, 1.2, 1.2, 1.2]"
            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"
            vout_cmp_pullup_mode = "False"
            show_cnt_out = "False"
            show_monitoring = "False"
            _control_property = "all high"
            pwm_enabling = "False"
            pwm_enable_di = "13"
            pwm_enable_inv = "active high"
            dtv_flag_en = "True"
        }

        "core/Three Phase Voltage Source" {
            init_rms_value = "0.0"
            init_frequency = "50.0"
            init_phase = "0.0"
        }

        "core/Triple Pole Single Throw Contactor" {
            ctrl_src = "Digital input"
            Sa = "1"
            Sa_logic = "active high"
            enable_fb_out = "False"
            fb_out_type = "real"
            execution_rate = "inherit"
            initial_state = "off"
            on_delay = "0"
            off_delay = "0"
        }

        "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"
            sig_output_filt_and_full_bw = "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 = ""
        }
    }
}