This repository contains MATLAB Simulink models for analyzing and improving a Servo Motor Control System. The project includes disturbance analysis, controller implementation, and structured subsystems, making it a valuable resource for control system engineers and automation specialists.
The goal of this project is to simulate and analyze the behavior of a servo motor system under different conditions. Two versions of the model are provided:
✅ Basic Servo Motor Simulation (ServoMotor.slx)
✅ Enhanced Version with Controller & Subsystems (CreatingTestScenariosandComparingSimulations_2.slx)
Additionally, a Large vs. Small Disturbance Analysis was conducted to examine system response under varying input conditions.
✔ Servo Motor Modeling & Simulation using MATLAB Simulink
✔ PID Controller Implementation for better control performance
✔ Comparison of Large vs. Small Disturbances on system stability
✔ Subsystem Organization for a cleaner and structured model
✔ Real-world control system principles applied
1️⃣ Download the .slx
files from this repository.
2️⃣ Open MATLAB and go to the Simulink environment.
3️⃣ Load the desired .slx
file and click Run to simulate.
4️⃣ Modify disturbance inputs and observe system response.
This project compares the servo motor's behavior under different disturbance magnitudes to evaluate control system robustness.
- Small Disturbance → System remains stable with minor deviations.
- Large Disturbance → System experiences oscillations but recovers due to controller action.
✅ PID Controller Tuning
✅ System Response Monitoring
✅ Performance Evaluation
📁 Servo_Motor_Simulation/
│── 📄 README.md # Project documentation
│── 📄 ServoMotor.slx # Original Simulink model
│── 📄 CreatingTestScenariosandComparingSimulations_2.slx # Improved version
│── 🖼️ ServoMotor.png # Screenshot of the original model
│── 🖼️ ServoMotorRun.png # Simulation run (original)
│── 🖼️ ServoMotor_Updated_version.png # Screenshot of the updated version
│── 🖼️ ServoMotor_Updated_versionRun.png # Simulation run (updated)
│── 🖼️ Large_vs_Small_Disturbance_Analysis.png # Disturbance analysis results