02:25:13

A Conversation with Professor John G. Kassakian

41:25

Converter Modelling: Linearization of a Boost Converter

28:29

Phase-Controlled Full-Wave Rectifier with Commutation Reactance

13:13

Phase-Controlled Half-Wave Rectifier

08:13

The Three-Phase Rectifier

24:10

The Full-Wave Bridge Rectifier

28:52

The Half-Wave Rectifier w/ a Freewheeling Diode

16:19

The Half-Wave Rectifier

16:47

Total Harmonic Distortion (THD)

23:17

DC-AC Converters: Three Phase Inverters

23:13

DC-AC Converters: PWM Operation of Half-Bridge and Full-Bridge Converters

24:21

Pulse Width Modulation (PWM): Fundamentals, Generating PWM Signals, and More

15:54

DC-AC Converters: The Full-Bridge Converter w/ Active Load

12:24

DC-AC Converters: The Full-Bridge Converter w/ Non-Unity Power Factor Load

17:06

DC-AC Converters: The Full-Bridge Converter w/ Resistive Load

25:51

Isolated DC-DC Converters: Dual Active Bridge (DAB) Converter

20:59

Isolated DC-DC Converters: Double-Ended Forward Converter

31:57

Isolated DC-DC Converters: Single-Ended Forward Converter

30:19

Isolated DC-DC Converters: The Flyback Converter

13:35

The Full-Bridge DC-DC Converter

15:47

Indirect Converters: The Buck/Boost Converter - Formulation and Theory

21:56

Buck/Boost Converters: Capacitor Voltage Ripple, Inductor Current Ripple, and Conduction Modes

30:49

Boost Converters: Capacitor Voltage Ripple, Inductor Current Ripple, and Conduction Modes

29:22

Buck Converters: Capacitor Voltage Ripple, Inductor Current Ripple, and Conduction Modes

15:52

Direct Converters: The Boost Converter - Formulation and Theory

26:10

Direct Converters: The Buck Converter - Formulation and Theory

30:14

Fundamentals of DC-DC Converters and the Canonical Switching Cell

27:25

Electric Vehicle Modelling - Permanent-Magnet Machines: Control Modelling

19:14

Electric Vehicle Modelling - Permanent-Magnet Machines: Mathematical Modelling

13:58

abc-dq Transformation

35:20

Electric Vehicle Modelling: Current Control of Induction Machines

15:48

Electric Vehicle Modelling: Induction Machines - Vehicle Control Model

28:17

Electric Vehicle Modelling: Induction Machines - Torque & Speed Control

12:26

Electric Vehicle Modelling: Induction Machines - Steady State Model

10:14

Electric Vehicle Modelling: Induction Machines - Power & Torque

23:15

Electric Vehicle Modelling: Induction Machines - Circuit Model

20:00

Electric Vehicle Modelling: DC Machines - Controller Design

24:55

Electric Vehicle Modelling: DC Machines - Example #2

08:06

Electric Vehicle Modelling: DC Machines - Example #1

29:49

Electric Vehicle Modelling: Control Modelling of DC Machines

18:37

Electric Vehicle Modelling: DC Machines - Speed Control

21:40

Electric Vehicle Modelling: DC Machines - Torque Control

21:56

Electric Vehicle Modelling: Torque-Speed Characteristic Example #1

20:35

Electric Vehicle Modelling: Torque-Speed Characteristic Example #2

17:59

Electric Vehicle Modelling: DC Machines - Circuit Model

09:22

Electric Vehicle Modelling: The Gear Ratio

11:23

Electric Vehicle Modelling: Maximum Tolerable Tractive Force

16:40

Electric Vehicle Modelling: Vehicle Block Model

17:39

Electric Vehicle Modelling: Power Plant Sizing

34:34

Electric Vehicle Modelling: Forces On Vehicles

13:28

Electric Vehicle Modelling: Equations of Motion

21:03

Electric Vehicle Modelling: Torque-Speed Characteristic of Vehicles

26:42

Buck Converter - Continuous Conduction Mode

15:57

Introduction to Power Electronics - General Concepts

10:33

Load & Line Regulation

05:14

Zener Diodes - What You Need to Know

14:30

Diodes - Constant Voltage Model

24:42

Diodes - Introduction & the Ideal Model

24:41

Retarded Potentials - Vector Potential due to a Current Loop

16:40

Diode Circuits #2