DC Motor Transfer Function Modelling and Speed Control using PID Controller in SIMULINK.
DC Motor Speed Control in Simulink | Transfer Function & PID Controller Explained If you’re learning control systems with MATLAB & SIMULINK, check this playlist: • Control Systems + MATLAB SIMULINK Tutorial . (New tutorials added regularly). In this video, we walk you through the Mathematical Modeling (Transfer Function) of DC Motor Simulation/Verification in MATLAB/Simulink. You'll learn how to derive the Transfer Function & Block Diagram of an Armature Controlled D.C Motor, and then simulate the system in Simulink. 🔧 We cover step-by-step how to build a DC Motor Model in Simulink, and implement a PID Controller to improve system performance. Whether you're a student or a professional, this video helps you understand the core concepts of motor control and simulation using MATLAB/Simulink. 🚀 What you'll learn: How to derive and simulate the DC motor transfer function How to create a block diagram of an armature-controlled DC motor How to model the system in Simulink How to design and tune a PID controller for motor speed control ✅ Ideal for control systems, robotics, and electrical engineering students. 🔔 Don’t forget to like, share, and subscribe for more control system tutorials in MATLAB and Simulink! Time Stamps: 0:00- Mathematical Modelling of DC Motor Transfer Function 3:30- SIMULINK Implementation and Simulation
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