13:18

Simulation Technique for PFC Converter AC Analysis Using SIMPLIS

08:39

Finding the Quality Factor for an RLC Circuit

03:42

Suppressing a Power Source

08:13

Independent Power Sources and Their I-V Curves

03:13

Electric Power and Passive/Active Circuit Elements

03:28

Ohm's Law and Power Through Resistors

04:14

Q & A: Current Flow in the Coupled Inductor of a Flyback Converter

04:20

How to Remember the Buck, Boost, and Buck-Boost Topologies

19:32

Learning Through Reference Designs: A Conversation on Gate Driving for Traction Inverters

11:13

Practice Problem: Finding an Equivalent Resistance Using the Delta-Wye Transformation

10:48

Practice Problem: Solving a Circuit Using Ohm's Law and Kirchhoff's Current Law

07:50

Practice Problem: Solving a Circuit Using Kirchhoff's Current Law

09:46

Practice Problem: Solving a Circuit Using Tellegen's Theorem

06:36

Practice Problem: Power Through Elements in a Circuit

07:51

Practice Problem: Solving a Circuit Using Kirchhoff's Current Law

04:19

Buck-Boost Converter Output Capacitance Value

05:46

Flyback Converter Output Voltage Ripple & Output Capacitance Value

15:07

SIMPLIS: Introduction to AC Analysis (Part 3) - PFC Boost Converter Loop Gain with AC Source

14:08

SIMPLIS: Introduction to AC Analysis (Part 2) - Boost Converter Loop Gain

13:37

SIMPLIS: Introduction to AC Analysis (Part 1) - Boost Converter Vds

15:50

Can Online Engineering Lectures Be Fun? A Perspective on Developing Educational Videos [DMC 2022]

08:54

Eco-Conscious White Elephant Gift Exchange

07:57

Single- and Three-Phase Inverter Terms

03:56

Voltage and Current Source Inverters

09:31

SIMPLIS: Building and Simulating a Flyback Converter (Part 6) - DVM Testplan Customization

17:28

SIMPLIS: Building and Simulating a Flyback Converter (Part 5) - DVM Efficiency

14:40

SIMPLIS: Building and Simulating a Flyback Converter (Part 4) - Power Efficiency Calculator

12:42

SIMPLIS: Building and Simulating a Flyback Converter (Part 3) - Realistic Components

03:01

SIMPLIS: Building and Simulating a Flyback Converter (Part 2) - Importing Components

20:46

SIMPLIS: Building and Simulating a Flyback Converter (Part 1) - Ideal Components

08:10

Capacitor Parasitic Circuit Model

07:12

Flyback Converter Critical Inductance Value

01:34

Kat Kim Show: Now with a lightboard!

01:15

Update on Pangolins Crisis Fund Donations for 2021

10:07

Flyback Converter Voltage Equation in Discontinuous Conduction Mode (DCM)

10:49

Flyback Converter Average Magnetizing Inductor Current

15:35

Maximum Average Power Transfer For AC Circuits Using Thévenin Equivalent

07:15

Different Phasor Conventions And Their Average Power Calculations

03:24

Earth Day Update - Pangolin Awareness Mini-Course

07:17

Adding GaNFET Models in SIMPLIS

04:14

Introduction to Power Electronics Course Available on Engineering Spark

09:30

Three-Phase Inverter Switching Sequence

06:05

Half-Bridge Inverter Switch States

02:42

Basic Concept of an Inverter

08:34

Half-Bridge Inverter with MOSFET Switches

07:36

Full-Bridge Inverter Switch States

12:21

Full-Bridge Inverter with MOSFET Switches

19:41

Three-Phase Inverter Switch States

10:56

Output Voltage for a Half-Wave Rectifier With a Capacitor

08:01

Flyback Converter Operation and Voltage Equation

07:38

Buck-Boost Converter Voltage Equation in Discontinuous Conduction Mode (DCM)

09:48

Boost Converter Voltage Equation in Discontinuous Conduction Mode (DCM)

08:20

Buck-Boost Converter Critical Inductance Value

07:25

Buck-Boost Converter Operation and Voltage Equation

05:48

Boost Converter Output Capacitor Value

04:23

Coupled Inductor Basics

06:05

Ideal Transformer Operation

06:31

Boost Converter Critical Inductance Value

09:59

Boost Converter Operation and Voltage Equation

16:09

Buck Converter Voltage Equation in Discontinuous Conduction Mode (DCM)