Course Description
Electrical Machines is a comprehensive course introducing the fundamental principles, working mechanisms, and applications of electrical machines. It offers a balanced mix of theoretical knowledge and practical applications, equipping students with skills for designing, analyzing, and troubleshooting electrical machines.
Topics Covered
Magnetic Circuits
B-H curves, hysteresis, eddy current loss, electromagnetic induction.
DC Machines
Construction, commutator, armature windings, characteristics, speed control.
Transformers
EMF equation, equivalent circuit, losses, OC/SC tests, three-phase connections.
Induction Motors
Rotating magnetic field, torque-slip characteristics, starting methods.
Synchronous Machines
Alternators, excitation, voltage regulation, synchronous motors.
Single-Phase Motors
Construction, principle, double-revolving field theory, equivalent circuit.
Recommended Textbooks
Electric Machinery Fundamentals
Comprehensive introduction to electrical machines — widely used worldwide.
Best SellerElectrical Machines, Drives, and Power Systems
Practical approach to machines and their integration into power systems.
Electric Machinery
Classic textbook — clear and deep coverage of all machine types.
ClassicPrerequisites
Basic electrical circuits and electromagnetism, typically from introductory electrical engineering courses.