Add Files

Author: griffin921

.gitattributes

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+*.fig binary
+*.mat binary
+*.mdl binary diff merge=mlAutoMerge
+*.mdlp binary
+*.mexa64 binary
+*.mexw64 binary
+*.mexmaci64 binary
+*.mlapp binary
+*.mldatx binary
+*.mlproj binary
+*.mlx binary
+*.p binary
+*.sfx binary
+*.sldd binary
+*.slreqx binary merge=mlAutoMerge
+*.slmx binary merge=mlAutoMerge
+*.sltx binary
+*.slxc binary
+*.slx binary merge=mlAutoMerge
+*.slxp binary
+
+## Other common binary file types
+*.docx binary
+*.exe binary
+*.jpg binary
+*.pdf binary
+*.png binary
+*.xlsx binary

.gitignore

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+# List of untracked files to ignore

01_Models/BidirectionalCurrentControlConverter.slx

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+disp("Run_Accuracy-oriented model");
+tic;sim("BuckConverter_accuracy_oriented");toc
+disp("Run Simulation Speed-oriented model");
+tic;sim("BuckConverter_speed_oriented");toc
+

01_Models/BuckConverter_accuracy_oriented.slx

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+%Copyright 2021 - 2025 The MathWorks, Inc.
+%Auther Yuki Kamatani@ MathWorks Japan
+
+%======================================
+%PWM Unit Parameters
+fsw = 100e3; %Hz
+PWM_Resolution = 0.001;
+TimerCountMax = 1/ PWM_Resolution;
+CarrierSampleTime = 1 / fsw * PWM_Resolution;
+DeadTime = 1/fsw*PWM_Resolution;
+
+%Set Duty Limit
+MinDuty = 0.02;
+MaxDuty = 0.95;
+
+%======================================
+%Sensor ADC Quantization bit
+ADC_QuantBit = 12;
+QuantResolution = 1/(2^ADC_QuantBit);
+MaxRange = 50;%[A]
+MinRange = -50;%[A]
+QuantUnit = (MaxRange - MinRange) * QuantResolution;%[V]
+
+
+%======================================
+%Circuit components Parameters
+L = 1500e-6;%[H]
+RdsON_FET = 10e-3;%[Ω]
+VinDC = 400;%[V]
+VoutAC_rms = 100;%[V]
+fg = 60;%[Hz]
+Initial_M = VoutAC_rms/VinDC;
+
+%======================================
+%Control Design
+s = tf('s');
+
+%制御対象回路の伝達関数をモデリング
+Plant = 1/(L*s + RdsON_FET);
+
+Plant_d = c2d(Plant,1/fsw);
+
+%制御の帯域幅を設定
+
+TargetCntF = 2*pi*1000;%カットオフ周波数（rad)
+Tcnt = 1 / TargetCntF;
+
+%内部モデル原理に基づきコントローラーを設計
+Controller = 1 / Plant * 1 / (Tcnt * s);
+
+%等価な伝達関数を持つPIパラメータを算出
+Ti = 1/TargetCntF/RdsON_FET;
+Kp = L/RdsON_FET / Ti;
+PICnt = (Kp*Ti*s+1) / Ti/s;
+

01_Models/BuckConverter_speed_oriented.slx

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+%Copyright 2021 - 2025 The MathWorks, Inc.
+%Auther Yuki Kamatani@ MathWorks Japan
+
+%======================================
+%PWM Unit Parameters
+fsw = 100e3; %Hz
+PWM_Resolution = 0.001;
+TimerCountMax = 1/ PWM_Resolution;
+CarrierSampleTime = 1 / fsw * PWM_Resolution;
+DeadTime = 1/fsw*PWM_Resolution;
+
+%Set Duty Limit
+MinDuty = 0.01;
+MaxDuty = 0.95;
+
+%======================================
+%Sensor ADC Quantization bit
+ADC_QuantBit = 12;
+QuantResolution = 1/(2^ADC_QuantBit);
+MaxRange = 50;%[A]
+MinRange = -50;%[A]
+QuantUnit = (MaxRange - MinRange) * QuantResolution;%[V]
+
+
+%======================================
+%Circuit components Parameters
+L = 500e-6;%[H]
+RdsON_FET = 10e-3;%[Ω]
+VinDC = 100;%[V]
+VoutDC = 50;%[V]
+
+%======================================
+%Control Design
+s = tf('s');
+
+%制御対象回路の伝達関数をモデリング
+Plant = 1/(L*s + RdsON_FET);
+
+%制御の帯域幅を設定
+TargetCntF = 2*pi*500;%カットオフ周波数（rad)
+Tcnt = 1 / TargetCntF;
+
+%内部モデル原理に基づきコントローラーを設計
+Controller = 1 / Plant * 1 / (Tcnt * s);
+
+%等価な伝達関数を持つPIパラメータを算出
+Ti = 1/TargetCntF/RdsON_FET;
+Kp = L/RdsON_FET / Ti;
+PICnt = (Kp*Ti*s+1) / Ti/s;
+

01_Models/SinglePhaseInverter.slx

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+%Copyright 2021 - 2025 The MathWorks, Inc.
+%Auther Yuki Kamatani@ MathWorks Japan
+
+%======================================
+%PWM Unit Parameters
+fsw = 100e3; %Hz
+PWM_Resolution = 0.001;
+TimerCountMax = 1/ PWM_Resolution;
+CarrierSampleTime = 1 / fsw * PWM_Resolution;
+DeadTime = 1/fsw*PWM_Resolution;
+
+%Set Duty Limit
+MinDuty = 0.01;
+MaxDuty = 0.95;
+
+%======================================
+%Sensor ADC Quantization bit
+ADC_QuantBit = 12;
+QuantResolution = 1/(2^ADC_QuantBit);
+MaxRange = 50;%[A]
+MinRange = -50;%[A]
+QuantUnit = (MaxRange - MinRange) * QuantResolution;%[V]
+T_junction1 = 404.79;
+T_junction2 = 384.83;