Video Lectures of Network Theory (Electric Circuits) for Electrical Engineering (EE) Exam
Watch free video lectures for Network Theory (Electric Circuits) covering all chapters/topics as per the latest syllabus in 2026. These concept videos, recorded lectures, and audio notes are designed to help Electrical Engineering (EE) students understand every topic clearly — anytime, anywhere. Start learning on EduRev.
Network Basics & Basic Laws
| Classification of Elements 20:42 min |  |
| Classification of Sources 17:09 min | |
| Nodal & Mesh Analysis 35:26 min | |
| Kirchhoff's Current Law 00:59 min | |
| Kirchhoff's Current Law (KCL) 07:11 min | |
| Source Transformation 08:12 min | |
| Series and Parallel Circuits 30:32 min | |
| Kirchhoff’s Voltage Law (KVL) Explained 07:50 min | |
| Nodal Analysis with Dependent Voltage Source 06:17 min | |
Network Theorems
| Millman's Theorem 12:52 min | |
| Reciprocity Theorem 05:58 min | |
| Substitution Theorem 04:57 min | |
| Norton's Theorem 12:06 min | |
| Thevenin's Theorem 12:51 min | |
Two Port Networks
| Introduction to Two-Port Networks 05:42 min | |
| Z Parameters Explained 15:38 min | |
| Solved Problems on Z - Parameters 19:27 min | |
| Y- Parameters Explained 14:28 min | |
| H- parameters (Hybrid Parameters) Explained 14:01 min | |
| ABCD Parameters (Transmission Parameters) Explained 11:40 min | |
| Z- Parameters (Two- Port Network ) 03:18 min | |
| Y- Parameters (Two-Port Network) 03:40 min | |
| Two- Port Network Solved Problem ( Z- Parameter ) 04:47 min | |
| Two-Port Network Solved Problem (Y- Parameters) 05:44 min | |
| Two-Port Network /Op-Amp Solved Example 05:19 min | |
| Two - Port Network ( Z- Parameters ) Solved Problem 04:08 min | |
| H - parameters Solved Problem (Two-Port Network) 02:51 min | |
| Two-Port Network (Maximum Power Transfer) Solved Problem 05:42 min | |
Transient Analysis in AC & DC Circuits
| Time Response of RL Circuit 11:58 min | |
| Time Response of RC Circuit 11:52 min | |
| Linear Differential Equations for Electrical Networks 00:51 min | |
| Phasor Diagram of Transients 49:11 min | |
| Solved Example: Transient Response - 1 12:14 min | |
| Solved Example: Transient Response - 2 14:30 min | |
| Linear Time-Invariant(LTI) system 06:58 min | |
| Response of Series RLC and Parallel RLC circuit 16:15 min | |
A.C. Analysis
| AC Basics: Learn All About Alternating Current 04:17 min | |
| Effective Value of RMS 08:25 min | |
| Average Value of AC Voltage 05:02 min | |
| AC Quantity as a Phasor 05:15 min | |
| Power Calculation in AC Circuit 35:31 min | |
| Resonance in Series RLC Circuit 11:54 min | |
| Parallel Resonance in RLC Circuit 14:54 min | |
| Phasor Diagram in AC Circuit 07:07 min | |
| Power Factor in an AC Circuit 20:21 min | |
| Fourier Transform 08:19 min | |
| Discrete Time Fourier Transform (DTFT) 06:32 min | |
| Complex Power & Reactive Power 12:28 min | |
Sinusoidal Steady State Analysis
| Steady State Response 27:03 min | |
Graph Theory
| Incidence Matrix 07:56 min | |
| Loop Matrix or Tie Set Matrix 09:26 min | |
Magnetically Coupled Circuits
| Magnetically Coupled Circuit 46:10 min | |
Three Phase Circuits (Star-Delta Transformations)
| Network Protocols & Communications 10:32 min | |
Network Basics & Basic Laws
| Kirchhoff's Current Law 00:59 min | |
| Concept of Supernode 00:57 min | |
| What are Active and Passive Elements in a Electrical Circuit? 00:56 min | |
| Source Transformation 00:56 min | |
| Types of Sources 00:55 min | |
| Current Division Formula 15:48 min | |
| Voltage Division Rule 00:53 min | |
| How to Combine Current Sources? 00:55 min | |
| How to Combine Voltage Sources? 00:53 min | |
| Concept of Supermesh and Super Loop 00:54 min | |
Network Theorems
| Norton's Theorem 12:06 min | |
| How to Apply Thevenin's Theorem? 00:57 min | |
| Superposition Theorem 00:54 min | |
| How to Convert Thevenin's into Norton's Equivalent Network? 00:54 min | |
| Gate Exam 2020 Electrical (EE) Question 00:39 min | |
| Thevenin's Theorem 12:51 min | |
AC Analysis
| Meaning of phasor for A.C. Quantities 00:57 min | |
| Basic Concepts of AC Voltage and Current 04:17 min | |
Transient Analysis in AC & DC Circuits
| Linear Differential Equations for Electrical Networks 00:51 min | |
| Rectangular form to Polar form Conversion using Calculator 01:00 min | |
