# Thevenin's and Norton's equivalent circuits

A problem solving approach
Rating: 4.0 out of 5 (29 ratings)
2,425 students
English
a student can solve problems based on thevenin's equivalent and norton's equivalent and maximum power transfer theoram etc
can confidently solve problems on thevenin's theorem

## Requirements

• Basic Electrical circuit knowledge i.e what is Node and what is Mesh or Loop
• basic knowledge of circuit theorems

## Description

Thevenin's and Norton's equivalent circuits are one of the most important circuit analysis techniques but very often an average student faces difficulty in solving problems on thevenins and nortons equivalent circuits in this course we explain in a lucid manner how to solve these problems this course is planned to divide into 4 section

1.circuits having only independent energy sources

2.circuits having both independent and dependent energy sources

3.circuits having only dependent energy sources

4.application of thevenin's theorem in real life (ex: for maximum power transfer in real life circuits).

and we will update the course with bonus questions and quizzes regularly .

## Who this course is for:

• students who are studying or having the following courses in their academic curriculum
• Fundamentals of Electric Circuits, basic electric circuit analysis , network analysis, network theoram etc
• electrical engineering students

## Course content

1 section10 lectures1h 20m total length
• Using Thevenin’s theorem, ﬁnd the equivalent circuit to the left of the terminal
08:59
• Find the Thevenin equivalent circuit for the circuit shown in Figure
10:00
• Find thevenin and Norton equivalent circuits for the two-terminal circuit shown
10:42
• 32. Determine the Thévenin equivalent of the network shown in Fig. 5.74 as seen
08:32
• Determine the Thevenin and Norton equivalent circuits. Draw the equivalent circu
06:02
• find the thevenin and norton equivalent circuits with respect to terminals a-b
06:12
• find the thevenin and norton equivalent circuits with respect to terminals a-b
05:07
• find the thevenin equivalent circuit for the following network looking from a-b
08:26
• Find thevenin equivalent circuit across load resistance RL
08:22
• For the circuit in fig 4.126 find the thevenin and Norton equivalent circuits ab
07:42

## Instructor

an engineer with passion for teaching

hi friends and students ............

i have a 10 years of teaching experience  of various subjects in electronics and communication engineering.

i had earlier worked for chegg as a tutor and helped many students world wide .

here i am providing a variety of courses on various electrical engineering topics with a problem solving approach.

with my lucid style of teaching i hope a student can easily understand the problem related to topic and attempt for a solution on various topics that i teach.

thank you.