MATLAB Simulation of DC Motor with Implementation Analysis

This MATLAB simulation program for DC motors is designed to facilitate deeper understanding of motor operational principles. The implementation employs mathematical modeling of DC motor dynamics, including equations governing voltage, current, and torque relationships. Key simulation components include: - Speed characteristics calculation using transfer function representations - Current and torque profiling through differential equation solvers - Real-time parameter adjustment interface for analyzing performance under varying conditions The program generates multiple visualization outputs (plots and graphs) showing transient and steady-state responses. Users can modify parameters such as supply voltage, load torque, and motor constants to observe their impact on motor performance. The code structure utilizes MATLAB's Control System Toolbox for system modeling and ODE solvers for dynamic simulation. This simulation serves as an educational tool for investigating DC motor characteristics, enabling users to validate theoretical concepts through practical numerical experimentation. The modular code design allows easy expansion for incorporating additional features like PID speed control or efficiency analysis.