Derivation of Armature Torque Equation of DC Motor | VTU Basic Electrical Engineering | BE B Tech

#electricalengineering #dcmachine #electrical #basicelectricalengineeringlectures

Dear all,
In this detailed lecture, we explain the Derivation of the Torque Equation of a DC Motor, an essential topic for VTU Electrical Engineering students and anyone studying electromechanical energy conversion. This video simplifies complex formulas and provides step-by-step derivations to help you master the concept of DC motor torque and its practical applications.

📚 What You’ll Learn in This Video:

Basic Concepts of Torque in DC Motors: Definition and significance of torque in motor operation.
Mathematical Derivation of Torque Equation: Step-by-step process to derive the formula.
Key Parameters and Their Influence: Learn about armature current, flux, and speed relationships.
Practical Applications of Torque Equations: Real-world examples in industries, robotics, and electric vehicles.
Numerical Problems and Solutions: Enhance your understanding with solved examples for exam preparation.
📌 Video Chapters:
0:00 Introduction to Torque in DC Motors
2:15 Understanding Electromagnetic Torque
5:30 Derivation of Torque Equation
10:00 Applications of Torque Equation in Real-World Scenarios
12:45 Numerical Problems and Solutions

🎯 Why Watch This Video?

Perfect for VTU, KTU, and Anna University students preparing for exams.
Helpful for GATE and competitive exam preparation.
Suitable for professionals working in motor design, robotics, and industrial automation.
👉 Subscribe now to Simplified EEE Studies for more in-depth tutorials and power electronics concepts explained in an easy-to-understand manner.

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