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Getting started with Electrical Engineering
Rating: 4.1 out of 5(3 ratings)
14 students
Created byPiyush Miyani
Last updated 10/2023
English

What you'll learn

  • Series and Parallel Connection of Resistance, Thevenin's and Nortons Theorem, Transient Analysis with DC Source, About Fuse, MCB and ELCB
  • Representation of AC Signals, Peak Value, RMS Value, Active, Reactive and Apparent Power, Phasor Representation of AC Signal
  • KCL & KVL
  • Node and Mesh Analysis

Course content

2 sections20 lectures3h 22m total length
  • KCL & KVL15:17
  • Series and Parallel Connection of Resistor & Current and Voltage division rule18:49
  • Node analysis with example14:47
  • Mesh Analysis with solved example24:37
  • Superposition Theorem11:35
  • Thevenin's Theorem9:13

    These lectures cover the Thevenin's Theorem with the illustrative examples

  • Norton's Theorem8:39
  • Transient Analysis with the DC Source9:02
  • Transient Response of Series RL Circuit with DC Source10:37
  • Decay of Current in Series RL Circuit without DC Source4:37
  • LTSPICE FOR CIRCUIT SOLUTION8:40

    This lecture is about LTSPICE

  • Example on Series Connected Resistor8:14
  • Example on Thevenin's Theorem7:21
  • Example on Mesh Analysis6:40
  • Example on Node Analysis4:08

Requirements

  • Writing book to note own important point

Description

Electrical engineering is the branch of visualization. If you have skill to understand the concept and have ability to apply them in the practice problem then you can get succeed in the field of electrical engineering.

This course is designed to provide complete overview of the basic of electrical engineering, important network theorems and basic terms and circuit analysis with the AC circuits. This course intend to clear basic fundamentals of electrical engineering. It covers fundamental law of current and voltage division, series and parallel connection of resistor, circuit analysis theorems such as thevenin theorem, norton theorem, superposition theorem, and many more.

On the other section, AC side basic definitions and explanation of average value, rms value, peak value, active, reactive and apparent power. This course video lecture will starts with the explanation which is followed by example solution. This course will help students to clear students fundamental and also will help them to develop their confidence into basic theory of electrical engineering.

Throughout the course, practical numerical problem are solved to aid your understanding of the series and parallel connections, current and voltage division rule and network theorem. In addition, mathematical relationship with the average and rms value in terms of peak value has been derived.

Who this course is for:

  • Beginner for the Electrical Engineering cource