version = 4.2

//
// Saved by sw version: 2025.2
//

model "Raddrizzatore a commutazione forzata" {
    configuration {
        hil_device = "VHIL+"
        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_analog_outputs_on_sim_stop_mode = Offset values
        reset_digital_outputs_on_sim_stop = True
        vhil_adio_loopback = 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"
        user_cpu_part_option = "default"
        matrix_based_reduction = True
        cpl_dynamics_analysis = False
        export_ss_to_pickle = False
        ground_scope_core = False
        dss_num_tol = 1e-15
        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_platform = "generic"
        cce_use_relative_names = False
        cce_type_mapping_real = "double"
        cce_type_mapping_uint = "unsigned int"
        cce_type_mapping_int = "int"
        cce_term_var_location = "local"
        cce_directory = ""
        cce_custom_type_int = ""
        cce_custom_type_uint = ""
        cce_custom_type_real = ""
        tunable_params = "component defined"
        sp_compiler_type = "C compiler"
        sig_stim = "off"
        export_resource_list = ""
        export_dependency_list = ""
        excluded_resource_list = ""
        excluded_component_from_locking_list = ""
        export_out_file = ""
        export_lock_top_level = True
        export_encrypt_library = True
        export_encrypt_resources = True
        solver_type = "DAE"
        integration_method = "BDF"
        max_sim_step = 1e-4
        simulation_time = 10
        abs_tol = 1e-3
        rel_tol = 1e-3
        init_sim_step = 1e-6
        r_on_sw = 1e-3
        v_on_diode = 0.2
        data_sampling_rate = 0
        feedthrough_validation_error_level = error
    }

    component Subsystem Root {
        component "core/Three Phase Inverter" "Three Phase Inverter" {
            ctrl_src = "Internal modulator"
            d_time = "1e-6"
            fvd_def_method = "LUT"
            load_mode = "on either"
            loss_exec_rate = "1e-6"
        }
        [
            position = 8404, 8248
            size = 127, 256
        ]

        component "core/Step" Step1 {
            execution_rate = "1e-6"
            step_time = "0.02"
        }
        [
            position = 8336, 8072
            hide_name = True
        ]

        component "core/Series RLC Branch" "Series RLC Branch" {
            branch_type = "RL"
            inductance = "1e-4"
            num_phases = "Three-Phase"
            resistance = "1e-3"
        }
        [
            position = 9268, 8248
            size = 128, 256
        ]

        component "core/Three Phase Voltage Source" Vs {
            init_rms_value = "230.0"
        }
        [
            position = 9412, 8248
            scale = -1, 1
            size = 62, 256
        ]

        component "core/Ground" gnd1 {
        }
        [
            position = 9504, 8284
        ]

        component "core/Inductor" La {
            inductance = "5e-3"
        }
        [
            position = 8556, 8152
        ]

        component "core/Inductor" Lb {
            inductance = "5e-3"
        }
        [
            position = 8556, 8248
        ]

        component "core/Inductor" Lc {
            inductance = "5e-3"
        }
        [
            position = 8556, 8344
        ]

        component "core/Current Measurement" Ia {
            execution_rate = "1e-6"
            sig_output = "True"
        }
        [
            position = 8652, 8152
            rotation = down
            size = 64, 32
        ]

        component "core/Current Measurement" Ib {
            execution_rate = "1e-6"
            sig_output = "True"
        }
        [
            position = 8700, 8248
            rotation = down
            size = 64, 32
        ]

        component "core/Current Measurement" Ic {
            execution_rate = "1e-6"
            sig_output = "True"
        }
        [
            position = 8748, 8344
            rotation = down
            size = 64, 32
        ]

        component "core/Voltage Measurement" Va {
            execution_rate = "1e-6"
            sig_output = "True"
        }
        [
            position = 8980, 8400
            rotation = left
            scale = 1, -1
            size = 64, 32
        ]

        component "core/Voltage Measurement" Vb {
            execution_rate = "1e-6"
            sig_output = "True"
        }
        [
            position = 9056, 8400
            rotation = left
            scale = 1, -1
            size = 64, 32
        ]

        component "core/Voltage Measurement" Vc {
            execution_rate = "1e-6"
            sig_output = "True"
        }
        [
            position = 9132, 8400
            rotation = left
            scale = 1, -1
            size = 64, 32
        ]

        component "core/PID controller" "PI Vdc" {
            controller_type = "PI"
            enb_anti_windup_out = "True"
            enb_output_limit_out = "True"
            ki = "4.4e-3"
            kp = "2.2e-4"
            lower_sat_lim = "-2"
            upper_sat_lim = "2"
        }
        [
            position = 8656, 8844
        ]

        component "core/Sum" Sum1 {
            signs = "+-"
        }
        [
            position = 8556, 8844
            hide_name = True
            scale = 1, -1
        ]

        component "core/Constant" Constant1 {
            execution_rate = "1e-6"
            value = "700"
        }
        [
            position = 8420, 8852
            hide_name = True
        ]

        component "core/Voltage Measurement" Vdc {
            bw_limit = "True"
            execution_rate = "1e-6"
            frequency = "100e3"
            override_signal_name = "True"
            sig_output = "True"
            signal_name = "V_dc"
        }
        [
            position = 8220, 8244
            rotation = right
            size = 64, 32
        ]

        component "core/Three phase PLL" "Three phase PLL1" {
            disable_filter = "True"
            enable_sin = "False"
            enable_zero = "False"
            initial_filter_output = "50"
            initial_pid_output = "314"
        }
        [
            position = 8864, 8496
            hide_name = True
            scale = -1, 1
            size = 64, 128
        ]

        component "core/Termination" Termination1 {
        }
        [
            position = 9324, 8472
            hide_name = True
        ]

        component "core/Sum" Sum2 {
            signs = "-+"
        }
        [
            position = 9184, 8828
            hide_name = True
            scale = 1, -1
        ]

        component "core/PID controller" "PI Ialfa" {
            controller_type = "PI"
            enb_anti_windup_out = "True"
            enb_output_limit_out = "True"
            ki = "25"
            kp = "0.05"
        }
        [
            position = 9264, 8828
        ]

        component "core/PID controller" "PI Ibeta" {
            controller_type = "PI"
            enb_anti_windup_out = "True"
            enb_output_limit_out = "True"
            ki = "25"
            kp = "0.05"
        }
        [
            position = 9264, 8652
        ]

        component "core/Sum" Sum3 {
            signs = "-+"
        }
        [
            position = 9184, 8652
            hide_name = True
        ]

        component "core/Termination" Termination2 {
        }
        [
            position = 8936, 8620
            hide_name = True
        ]

        component "core/Constant" Constant3 {
            execution_rate = "1e-6"
            value = "0"
        }
        [
            position = 9396, 8572
            hide_name = True
        ]

        component "core/Sum" Sum4 {
            signs = "+-"
        }
        [
            position = 9388, 8644
            hide_name = True
        ]

        component "core/Sum" Sum5 {
            signs = "+-"
        }
        [
            position = 9380, 8820
            hide_name = True
        ]

        component "core/Sum" Sum {
        }
        [
            position = 8808, 8744
            scale = 1, -1
        ]

        component "core/Current Measurement" I_load {
            bw_limit = "True"
            execution_rate = "1e-6"
            frequency = "100e3"
            override_signal_name = "True"
            sig_output = "True"
            signal_name = "Il"
        }
        [
            position = 8068, 8344
            rotation = down
            scale = -1, 1
            size = 64, 32
        ]

        component "core/Product" Product1 {
            signs = "**"
        }
        [
            position = 8556, 8744
            hide_name = True
        ]

        component "core/Scope" Scope1 {
            selected_signals = "[\'Ia\', \'Va\', \'V_dc\']"
            signals_data = "{\"signals\": {\"Ia\": {\"viewports\": [1], \"type\": \"analog\", \"color\": {\"1\": \"#FF0000\"}, \"display\": {\"1\": \"solid\"}}, \"Va\": {\"viewports\": [1], \"type\": \"analog\", \"color\": {\"1\": \"#00CC00\"}, \"display\": {\"1\": \"solid\"}}, \"V_dc\": {\"viewports\": [2], \"type\": \"analog\", \"color\": {\"2\": \"#FF0000\"}, \"display\": {\"2\": \"solid\"}}}, \"viewports\": {\"1\": {\"log_scale_x\": false, \"log_scale_y\": false, \"y_axis_db\": false}, \"2\": {\"log_scale_x\": false, \"log_scale_y\": false, \"y_axis_db\": false}, \"3\": {\"log_scale_x\": false, \"log_scale_y\": false, \"y_axis_db\": false}, \"4\": {\"log_scale_x\": false, \"log_scale_y\": false, \"y_axis_db\": false}}, \"plot_settings\": {\"layout\": \"Vertical\", \"background_color\": \"white\", \"legend_visible\": true}}"
        }
        [
            position = 8196, 8840
        ]

        component "core/Probe" Vsbeta {
        }
        [
            position = 9432, 8496
        ]

        component "core/Probe" PI_Vdc {
        }
        [
            position = 8860, 8844
        ]

        component "core/Probe" valfa_rif {
        }
        [
            position = 9484, 8820
        ]

        component "core/Scope" Scope2 {
            selected_signals = "[\'valfa_rif\', \'vbeta_rif\', \'Vsalfa\', \'Vsbeta\', \'PI_Vdc\', \'Va\', \'Ia\', \'wt\']"
            signals_data = "{\"signals\": {\"valfa_rif\": {\"viewports\": [1], \"type\": \"analog\", \"color\": {\"1\": \"#FF0000\"}, \"display\": {\"1\": \"solid\"}}, \"vbeta_rif\": {\"viewports\": [1], \"type\": \"analog\", \"color\": {\"1\": \"#00CC00\"}, \"display\": {\"1\": \"solid\"}}, \"Vsalfa\": {\"viewports\": [1], \"type\": \"analog\", \"color\": {\"1\": \"#0099FF\"}, \"display\": {\"1\": \"solid\"}}, \"Vsbeta\": {\"viewports\": [1], \"type\": \"analog\", \"color\": {\"1\": \"#FFCC00\"}, \"display\": {\"1\": \"solid\"}}, \"PI_Vdc\": {\"viewports\": [2], \"type\": \"analog\", \"color\": {\"2\": \"#FF0000\"}, \"display\": {\"2\": \"solid\"}}, \"Va\": {\"viewports\": [3], \"type\": \"analog\", \"color\": {\"3\": \"#FF0000\"}, \"display\": {\"3\": \"solid\"}}, \"Ia\": {\"viewports\": [3], \"type\": \"analog\", \"color\": {\"3\": \"#00CC00\"}, \"display\": {\"3\": \"solid\"}}, \"wt\": {\"viewports\": [4], \"type\": \"analog\", \"color\": {\"4\": \"#FF0000\"}, \"display\": {\"4\": \"solid\"}}}, \"viewports\": {\"1\": {\"log_scale_x\": false, \"log_scale_y\": false, \"y_axis_db\": false}, \"2\": {\"log_scale_x\": false, \"log_scale_y\": false, \"y_axis_db\": false}, \"3\": {\"log_scale_x\": false, \"log_scale_y\": false, \"y_axis_db\": false}, \"4\": {\"log_scale_x\": false, \"log_scale_y\": false, \"y_axis_db\": false}}, \"plot_settings\": {\"layout\": \"Vertical\", \"background_color\": \"white\", \"legend_visible\": true}}"
        }
        [
            position = 8284, 8840
        ]

        component "core/Probe" I_ref {
        }
        [
            position = 8972, 8876
        ]

        component "core/Gain" Gain2 {
            gain = "1/350"
        }
        [
            position = 9312, 8768
            rotation = right
            hide_name = True
        ]

        component "core/Gain" Gain3 {
            gain = "1/350"
        }
        [
            position = 9344, 8592
            rotation = right
            hide_name = True
        ]

        component "core/Probe" Va_ref {
        }
        [
            position = 9560, 8744
        ]

        component "core/Capacitor" Cdc {
            capacitance = "1e-3"
            initial_voltage = "560"
        }
        [
            position = 8140, 8244
            rotation = right
        ]

        component "core/Probe" Vsalfa {
        }
        [
            position = 9248, 8564
            scale = -1, 1
        ]

        component "core/abc to alpha beta" "abc to alpha beta1" {
        }
        [
            position = 8864, 8644
            hide_name = True
            scale = 1, -1
        ]

        component "core/alpha beta to abc" "alpha beta to abc1" {
        }
        [
            position = 9468, 8644
            hide_name = True
            scale = 1, -1
        ]

        component "core/Gain" Gain4 {
            gain = "1.41"
        }
        [
            position = 8728, 8844
            hide_name = True
        ]

        component "core/Gain" Gain5 {
            gain = "1.41"
        }
        [
            position = 8728, 8736
            hide_name = True
        ]

        component "core/Trigonometric function" "Trigonometric function1" {
            trigonometric_fn = "cos"
        }
        [
            position = 8972, 8696
            hide_name = True
        ]

        component "core/Trigonometric function" "Trigonometric function2" {
        }
        [
            position = 8972, 8792
            hide_name = True
        ]

        component "core/Product" Product2 {
            signs = "**"
        }
        [
            position = 9104, 8784
            hide_name = True
        ]

        component "core/Product" Product3 {
            signs = "**"
        }
        [
            position = 9104, 8704
            hide_name = True
        ]

        component "core/Probe" vbeta_rif {
        }
        [
            position = 9380, 8732
            scale = -1, 1
        ]

        component "core/abc to alpha beta" "abc to alpha beta2" {
        }
        [
            position = 9240, 8496
            hide_name = True
            scale = 1, -1
        ]

        component "core/Termination" Termination3 {
        }
        [
            position = 8784, 8432
            hide_name = True
            scale = -1, 1
        ]

        component "core/Termination" Termination4 {
        }
        [
            position = 8784, 8464
            hide_name = True
            scale = -1, 1
        ]

        component "core/Termination" Termination5 {
        }
        [
            position = 8784, 8496
            hide_name = True
            scale = -1, 1
        ]

        component "core/Probe" wt {
        }
        [
            position = 8764, 8696
            scale = -1, 1
        ]

        component "core/Constant" 3Vs {
            execution_rate = "1e-6"
            value = "690"
        }
        [
            position = 8556, 8668
        ]

        component "core/Gain" Gain6 {
            gain = "-1"
        }
        [
            position = 9036, 8696
            hide_name = True
        ]

        component "core/Limit" Limit1 {
            lower_limit = "-20"
            upper_limit = "20"
        }
        [
            position = 8868, 8744
            hide_name = True
        ]

        component "core/Step" Step2 {
            execution_rate = "1e-6"
            final_value = "10000"
            step_time = "4"
        }
        [
            position = 7852, 8236
            hide_name = True
        ]

        component "core/Signal Controlled Current Source" Il {
        }
        [
            position = 8016, 8244
            rotation = left
            size = 64, 32
        ]

        component "core/Product" Product4 {
            signs = "/*"
        }
        [
            position = 7936, 8244
            hide_name = True
            scale = 1, -1
        ]

        component "core/Limit" Limit2 {
            lower_limit = "500"
            upper_limit = "1000"
        }
        [
            position = 7944, 8400
            hide_name = True
            scale = -1, 1
        ]

        component "core/Product" Product5 {
            signs = "/*"
        }
        [
            position = 8656, 8736
            hide_name = True
        ]

        tag Goto1 {
            value = "Va_ref"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 9560, 8696
            size = 60, 20
        ]

        tag Goto2 {
            value = "Vb_ref"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 9560, 8644
            size = 60, 20
        ]

        tag Goto3 {
            value = "Vc_ref"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 9560, 8592
            size = 60, 20
        ]

        tag From2 {
            value = "Vb_ref"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 8544, 8020
            scale = -1, 1
            size = 60, 20
        ]

        tag From1 {
            value = "Va_ref"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 8544, 7972
            scale = -1, 1
            size = 60, 20
        ]

        tag From3 {
            value = "Vc_ref"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 8544, 8068
            scale = -1, 1
            size = 60, 20
        ]

        junction Junction7 pe
        [
            position = 8220, 8152
        ]

        junction Junction8 pe
        [
            position = 8220, 8344
        ]

        junction Junction22 pe
        [
            position = 8140, 8344
        ]

        junction Junction37 sp
        [
            position = 9508, 8696
        ]

        junction Junction41 sp
        [
            position = 9032, 8744
        ]

        junction Junction47 sp
        [
            position = 8896, 8744
        ]

        junction Junction52 sp
        [
            position = 8928, 8696
        ]

        junction Junction53 sp
        [
            position = 9312, 8564
        ]

        junction Junction54 sp
        [
            position = 9344, 8496
        ]

        junction Junction55 sp
        [
            position = 8812, 8696
        ]

        junction Junction56 sp
        [
            position = 9428, 8820
        ]

        junction Junction57 sp
        [
            position = 9424, 8644
        ]

        junction Junction59 pe
        [
            position = 8980, 8152
        ]

        junction Junction60 pe
        [
            position = 9056, 8248
        ]

        junction Junction61 pe
        [
            position = 9056, 8440
        ]

        junction Junction62 pe
        [
            position = 9132, 8344
        ]

        junction Junction63 sp
        [
            position = 8948, 8448
        ]

        junction Junction64 sp
        [
            position = 9024, 8496
        ]

        junction Junction65 sp
        [
            position = 9100, 8472
        ]

        junction Junction66 sp
        [
            position = 8768, 8844
        ]

        junction Junction67 pe
        [
            position = 8140, 8152
        ]

        junction Junction68 sp
        [
            position = 8288, 8400
        ]

        junction Junction69 sp
        [
            position = 8484, 8736
        ]

        comment Comment1 START <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0//EN" "http://www.w3.org/TR/REC-html40/strict.dtd"><html><head><meta name="qrichtext" content="1" /><meta charset="utf-8" /><style type="text/css">p, li { white-space: pre-wrap; }hr { height: 1px; border-width: 0; }li.unchecked::marker { content: "\2610"; }li.checked::marker { content: "\2612"; }</style></head><body style=" font-family:'Arial'; font-size:12pt; font-weight:400; font-style:normal;"><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">Nella penultima pagina della presentazione &quot;Raddrizzatori a commutazione forzata&quot; </p><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">c'è una formula per il calcolo della capacità del condensatore nel lato in continua.</p><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">Si consideri un carico a potenza costante e si fissi la potenza nominale del carico</p><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">pari a 10kW; si ammetta infine di poter imporre un gradino da zero a pieno carico. </p><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">Si imponga inoltre Vdc=700V e la sua massima variazione pari al 5%. </p><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">Infine si fissi una banda passante del controllo di Vdc pari a circa 50Hz </p><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">(banda del controllo di corrente 750Hz), da cui deriva una risposta al gradino </p><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">con tempo di salita di circa 4ms, che si suppone pari al tempo Tr da inserire nella formula. </p><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">Con i dati sopra elencati risulta C=0.82mF. In via cautelativa ho scelto C=1mF.   </p></body></html> ENDCOMMENT 
        [
            position = 7660, 7956
        ]

        connect Step1.out "Three Phase Inverter.En" as Connection1
        connect Vs.b_node "Series RLC Branch.P2_neg" as Connection5
        connect Vs.a_node "Series RLC Branch.P1_neg" as Connection6
        connect Vs.c_node "Series RLC Branch.P3_neg" as Connection7
        connect gnd1.node Vs.n_node as Connection8
        connect La.p_node "Three Phase Inverter.a_in" as Connection9
        connect Lb.p_node "Three Phase Inverter.b_in" as Connection11
        connect Lc.p_node "Three Phase Inverter.c_in" as Connection14
        connect La.n_node Ia.n_node as Connection23
        connect Lb.n_node Ib.n_node as Connection25
        connect Lc.n_node Ic.n_node as Connection27
        connect Sum1.out "PI Vdc.in" as Connection42
        connect Constant1.out Sum1.in as Connection43
        connect Junction7 "Three Phase Inverter.pos_out" as Connection45
        connect Vdc.p_node Junction7 as Connection46
        connect Junction8 "Three Phase Inverter.neg_out" as Connection48
        connect Vdc.n_node Junction8 as Connection49
        connect Sum2.out "PI Ialfa.in" as Connection62
        connect "PI Ibeta.in" Sum3.out as Connection63
        connect From3 "Three Phase Inverter.InC" as Connection74
        connect From2 "Three Phase Inverter.InB" as Connection75
        connect From1 "Three Phase Inverter.InA" as Connection76
        connect Gain3.out Sum4.in as Connection155
        connect Junction8 Junction22 as Connection184
        connect Junction22 I_load.n_node as Connection185
        connect Cdc.n_node Junction22 as Connection186
        connect Gain2.out Sum5.in as Connection262
        connect "abc to alpha beta1.beta" Sum3.in as Connection272
        connect Termination2.in "abc to alpha beta1.gamma" as Connection274
        connect Ic.out "abc to alpha beta1.C" as Connection275
        connect Ib.out "abc to alpha beta1.B" as Connection276
        connect Ia.out "abc to alpha beta1.A" as Connection277
        connect Gain4.in "PI Vdc.out" as Connection281
        connect "alpha beta to abc1.B" Goto2 as Connection293
        connect Constant3.out "alpha beta to abc1.gamma" as Connection300
        connect Va_ref.in Junction37 as Connection305
        [
            breakpoints = 9508, 8744
        ]
        connect Junction37 Goto1 as Connection306
        [
            breakpoints = 9508, 8684
        ]
        connect "alpha beta to abc1.A" Junction37 as Connection307
        connect "alpha beta to abc1.C" Goto3 as Connection308
        [
            breakpoints = 9508, 8620; 9508, 8592
        ]
        connect "abc to alpha beta1.alpha" Sum2.in as Connection317
        [
            breakpoints = 8912, 8668; 8912, 8836
        ]
        connect "Trigonometric function2.out" Product2.in1 as Connection326
        connect Product1.in1 I_load.out as Connection332
        connect Junction41 Product3.in1 as Connection335
        connect Product2.in Junction41 as Connection336
        connect Product2.out Sum2.in1 as Connection338
        connect Junction47 Junction41 as Connection358
        connect I_ref.in Junction47 as Connection359
        connect Termination1.in "abc to alpha beta2.gamma" as Connection373
        connect "Trigonometric function2.in" Junction52 as Connection383
        connect Junction52 "Trigonometric function1.in" as Connection384
        connect "Three phase PLL1.d_axis" Termination3.in as Connection387
        connect "Three phase PLL1.freq" Termination5.in as Connection388
        connect "Three phase PLL1.q_axis" Termination4.in as Connection389
        connect "abc to alpha beta2.alpha" Junction53 as Connection390
        [
            breakpoints = 9312, 8520
        ]
        connect Junction53 Gain2.in as Connection391
        [
            breakpoints = 9312, 8740
        ]
        connect Vsalfa.in Junction53 as Connection392
        connect "abc to alpha beta2.beta" Junction54 as Connection393
        connect Junction54 Gain3.in as Connection394
        [
            breakpoints = 9344, 8564
        ]
        connect Vsbeta.in Junction54 as Connection395
        connect "Three phase PLL1.theta" Junction55 as Connection404
        [
            breakpoints = 8816, 8512; 8812, 8512
        ]
        connect Junction55 Junction52 as Connection405
        [
            breakpoints = 8812, 8696
        ]
        connect wt.in Junction55 as Connection406
        connect "PI Ibeta.out" Sum4.in1 as Connection408
        [
            breakpoints = 9336, 8652
        ]
        connect "PI Ialfa.out" Sum5.in1 as Connection409
        [
            breakpoints = 9312, 8828
        ]
        connect Sum5.out Junction56 as Connection410
        connect Junction56 "alpha beta to abc1.alpha" as Connection411
        connect valfa_rif.in Junction56 as Connection412
        connect Sum4.out Junction57 as Connection413
        connect Junction57 "alpha beta to abc1.beta" as Connection414
        connect vbeta_rif.in Junction57 as Connection415
        connect Ia.p_node Junction59 as Connection427
        connect Junction59 "Series RLC Branch.P1_pos" as Connection428
        [
            breakpoints = 8980, 8152
        ]
        connect Va.p_node Junction59 as Connection429
        connect Ib.p_node Junction60 as Connection430
        connect Junction60 "Series RLC Branch.P2_pos" as Connection431
        connect Vb.p_node Junction60 as Connection432
        connect Va.n_node Junction61 as Connection435
        connect Junction61 Vc.n_node as Connection436
        connect Vb.n_node Junction61 as Connection437
        connect Ic.p_node Junction62 as Connection438
        connect Junction62 "Series RLC Branch.P3_pos" as Connection439
        connect Vc.p_node Junction62 as Connection440
        connect Va.out Junction63 as Connection447
        connect Junction63 "abc to alpha beta2.A" as Connection448
        [
            breakpoints = 8948, 8520; 9200, 8520
        ]
        connect "Three phase PLL1.va" Junction63 as Connection449
        connect Vb.out Junction64 as Connection450
        connect Junction64 "abc to alpha beta2.B" as Connection451
        connect "Three phase PLL1.vb" Junction64 as Connection452
        connect "abc to alpha beta2.C" Junction65 as Connection453
        connect Junction65 Vc.out as Connection454
        [
            breakpoints = 9100, 8472; 9100, 8440
        ]
        connect "Three phase PLL1.vc" Junction65 as Connection455
        [
            breakpoints = 9100, 8544; 9100, 8472
        ]
        connect Product3.out Sum3.in1 as Connection456
        connect "Trigonometric function1.out" Gain6.in as Connection457
        connect Gain6.out Product3.in as Connection458
        connect Sum.out Limit1.in as Connection460
        connect Limit1.out Junction47 as Connection461
        connect Gain4.out Junction66 as Connection462
        connect Junction66 Sum.in as Connection463
        connect PI_Vdc.in Junction66 as Connection464
        connect Il.p_node I_load.p_node as Connection466
        connect Cdc.p_node Junction67 as Connection467
        connect Junction67 Junction7 as Connection468
        [
            breakpoints = 8140, 8152
        ]
        connect Il.n_node Junction67 as Connection469
        connect Product4.out Il.in as Connection470
        connect Step2.out Product4.in1 as Connection471
        connect Vdc.out Junction68 as Connection472
        [
            breakpoints = 8288, 8244
        ]
        connect Product4.in Limit2.out as Connection474
        connect Limit2.in Junction68 as Connection475
        connect Gain5.out Sum.in1 as Connection479
        connect Sum1.in1 Junction69 as Connection481
        connect Junction69 Junction68 as Connection482
        [
            breakpoints = 8484, 8736; 8440, 8736; 8440, 8736; 8288, 8736
        ]
        connect Product1.in Junction69 as Connection483
        connect Product5.out Gain5.in as Connection484
        connect 3Vs.out Product5.in as Connection486
        [
            breakpoints = 8612, 8684; 8612, 8728
        ]
        connect Product1.out Product5.in1 as Connection487
    }

    default {
        "core/Capacitor" {
            signal_access = "inherit"
            capacitance = "1e-6"
            initial_voltage = "0"
            pole_shift_ignore = "False"
            visible = "True"
        }

        "core/Constant" {
            value = "1"
            signal_type = "real"
            execution_rate = "100e-6"
            _tunable = "False"
        }

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

        "core/Inductor" {
            signal_access = "inherit"
            inductance = "1e-3"
            initial_current = "0.0"
            pole_shift_ignore = "False"
            visible = "True"
        }

        "core/Limit" {
            upper_limit = "[\'inf\']"
            lower_limit = "[\'-inf\']"
            execution_rate = "inherit"
        }

        "core/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"
        }

        "core/Probe" {
            signal_access = "inherit"
            addr = "0"
            override_signal_name = "False"
            signal_name = ""
            signal_type = "generic"
            streaming_en = "False"
            streaming_er_idx = "0"
            execution_rate = "inherit"
        }

        "core/Product" {
            signs = "2"
            execution_rate = "inherit"
        }

        "core/Scope" {
            signals_data = "{}"
            selected_signals = "[]"
        }

        "core/Step" {
            step_time = "1"
            initial_value = "0"
            final_value = "1"
            signal_type = "real"
            execution_rate = "100e-6"
        }

        "core/Sum" {
            signs = "2"
            execution_rate = "inherit"
        }

        "core/Termination" {
            execution_rate = "inherit"
        }

        "core/Trigonometric function" {
            trigonometric_fn = "sin"
            angle = "Radians"
            execution_rate = "inherit"
        }

        "core/abc to alpha beta" {
            power_form = "variant - Clarke\'s original"
            execution_rate = "inherit"
        }

        "core/alpha beta to abc" {
            power_form = "variant - Clarke\'s original"
            execution_rate = "inherit"
        }

        "core/Current Measurement" {
            signal_access = "inherit"
            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/Series RLC Branch" {
            num_phases = "Single-Phase"
            branch_type = "RLC"
            resistance = "10"
            inductance = "10e-3"
            initial_current = "0"
            capacitance = "10e-6"
            initial_voltage = "0"
        }

        "core/Signal Controlled Current Source" {
            execution_rate = "inherit"
        }

        "core/Three Phase Inverter" {
            signal_access = "inherit"
            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"
            visualize_luts = "Visualize Lookup Tables"
            vout_cmp_pullup_mode = "False"
            vout_cmp_timeout = "5e-6"
            PESB_Optimization = "True"
            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/Three phase PLL" {
            initial_filter_output = "60"
            wn = "157.0796"
            zeta = "0.707"
            rate_high = "12"
            rate_low = "-12"
            freq_unit = "Hz"
            kp = "100"
            ki = "3200"
            kd = "1"
            N = "714.2857"
            initial_pid_output = "376.99111843"
            up_lim = "1e4"
            low_lim = "-1e4"
            kb = "1"
            power_form = "variant - Clarke\'s original"
            alignment = "-pi/2"
            disable_filter = "False"
            wn_LPFdq = "62.83185307"
            execution_rate = "inherit"
            enable_pk = "False"
            enable_zero = "True"
            enable_sin = "True"
        }

        "core/Voltage Measurement" {
            signal_access = "inherit"
            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 = ""
        }
    }
}