Fundamentals of Electricity and Electronics

Leon Petrou, Engineer

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41 Videos (3h 52m)
    • Introduction

      2:01
    • Basic Concepts of Electricity and Electronics

      4:15
    • Power

      3:59
    • Kirchoffs Laws

      4:39
    • Types of Sources + Branches, Nodes and Loops

      7:26
    • Cramers Rule in a 3x3 Matrix +Example

      6:04
    • Passive Sign Convention + Example

      1:50
    • Series and Parallel Resistors

      3:05
    • Series and Parallel Resistors Example

      6:43
    • Current Division and Voltage Division + Example

      5:34
    • Wye Delta Transformation + Example

      5:25
    • Nodal Analysis + Example

      5:36
    • Supernodes + Example

      4:17
    • Nodal Analysis by Inspection + Example

      4:02
    • Mesh Analysis + Example

      4:55
    • Supermesh

      5:05
    • Supermesh + Example

      5:09
    • Mesh Analysis by Inspection + Example

      3:17
    • When to Use Nodal or Mesh Analysis

      1:33
    • Transistors

      4:37
    • Transistors Example

      9:13
    • Superposition + Example

      7:18
    • Source Transformation + Example

      6:47
    • Thevenins Theorem

      6:46
    • Thevenins Theorem Example (Part 1)

      6:18
    • Thevenins Theorem Example (Part 2)

      7:46
    • Nortons Theorem + Example

      7:11
    • Maximum Power Transfer + Example

      8:39
    • Operational Amplifiers

      5:59
    • Operational Amplifier Example

      4:58
    • Capacitors and Inductors

      5:55
    • Capacitor and Inductors Example

      7:17
    • Phasors + Example

      5:00
    • Phasor Arithmetic on Calculator + Example

      3:17
    • Complex Numbers on the Calculator + Examples

      7:35
    • Impedance and Admitance

      3:52
    • Impedance and Admitance Example

      8:03
    • Leading and Lagging Sinusoids + Example

      7:27
    • Sinusoidal Source Transformation Example

      6:44
    • Sinusoidal Thevenin Equivalent Example (Part 1)

      7:30
    • Sinusoidal Thevenin Equivalent Example (Part 2)

      8:46
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About This Class

Electricity and electronics calculations made easy!

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This course includes video and text explanations of everything in electricity and electronics, and it includes more than 40 worked through examples with easy-to-understand explanations. 'Fundamentals of Electricity and Electronics' is organized into eight sections:

  1. Basic concepts
  2. Basic laws
  3. Methods of analysis
  4. Circuit theorems
  5. Operational amplifiers
  6. Capacitors and inductors
  7. Sinusoids and phasors
  8. Sinusoidal steady-state analysis

These are the eight fundamental chapters in the study of electrical and electronic engineering.

Watch over my shoulder as I solve problems for every single electricity and electronics issue you’ll encounter in class. We start from the beginning... First I teach the theory. Then I do an example problem. I explain the problem, the steps I take and why I take them, and how to simplify the answer when you get it.

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Leon Petrou

Engineer

Hello, I'm Leon. I graduated with a Bachelor's of Engineering degree with distinction from the University of Pretoria (UP). I specialized in Industrial and Systems Engineering. I have a passion for problem solving and education. I love teaching others and simplifying the learning curve for engineering students around the world.

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