EE743 Lectures
Lecture
Topic
Description
Description of the Course
Lecture #1
Dynamic Systems
Lecture #2
Numerical Solution of Differential Equations
Lecture #3
Magnetic Circuits
Lecture #4
Electromechanical Energy Conversion
Lecture #5
Electromagnetic Force and Torque
Lecture #6
Single-Phase Reluctance Machine
Lecture #7
Direct Current (DC) Machines - Part I
Lecture #8
Direct Current (DC) Machines - Part II
Lecture #9
Direct Current (DC) Machines - Part III
Lecture #10
AC Machines Part I
Lecture #11
AC Machines Part II
Lecture #12
AC Machines: Reluctance machines - Induction machines
Lecture #13
Two-Phase Induction Machines Part I
Lecture #14
Two-Phase Induction Machines Part II
Lecture #15
Two-Phase Induction Machines Part III
Lecture #16
Two-Phase Induction Machines Part IV
Lecture #17
Two-Phase Induction Machines Part V
Lecture #18
Two-Phase Induction Machines Part VI
Lecture #19
Two-Phase Induction Machines: Reference Frame Theory
Lecture #20
Two-Phase Induction Machines Part VII
Lecture #21
Three-Phase Induction Machines: Steady-State Model
Lecture #22
Three-Phase Induction Machines: Steady-State Model & Equivalent Circuit
Lecture #23
Three-Phase Induction Machines: Performance Calculation
Lecture #24
Three-Phase Induction Machines: Torque Speed Characteristics
Lecture #25
PWM Techniques
Lecture #26
Three-Phase IM: Reference Frame Theory – Part I
Lecture #27
Three-Phase IM: Reference Frame Theory – Part II
Lecture #28
Three-Phase IM: Reference Frame Theory – Part III
Lecture #29
Three-Phase IM: Reference Frame Theory – Part IV
Lecture #30
Three-Phase IM: Summary of Dynamic Equations