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Magnetic Circuits. Transformers. Electromagnetic Devices. Dc Motors# Principal of Operation, Circuit Model, Dynamic Behavior, Electronics of Driver Circuits. Stepper Motors# Principle of Operation, Dynamic Behavior, Electronics of Driver Circuits. Brushless Dc Motors. Selection of Small Motors. Ac Motors# Generation of a Rotating Field, Synchronous Motors, 3-phase Induction Motors, Circuit Model, Mechanical Characteristics. Position and Velocity Control of Dc and Ac Motors.

Faculty: Mechanical Engineering
|Undergraduate Studies

Pre-required courses

(34022 - Introduction to Mechatronics and 44105 - Theory of Electronic Circuits)

Course with no extra credit

44098 - Intr.to Electrical Engineering+lab 44109 - Introduction to Electrical Engineering 44112

Course with no extra credit (contained)

44196 - Energy Conversion and Renewable Sources

Course with no extra credit (contains)

34031

• Electric machinery - Fitzgerald, Arthur E.
• Electric machinery and transformers - Guru, Bhag S.
• Electric machines - Gross, Charles A.,
• Electric machines : principles, applications, and control schematics - Zorbas, Dino.
• Electrical machines : fundamentals of electromechanical energy conversion - Gieras, Jacek F.,
• Electromagnetic and electromechanical machines - Matsch, Leander W.
• Fitzgerald & Kingsley's electric machinery - Umans, Stephen D.
• Fitzgerald & Kingsley's electric machinery - Umans, Stephen D.