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220 Lectures

Electrical Circuit Analysis - Electrical and Electronics Engineering SEM III of Rajasthan Technical University

Mandar Gupte
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Total Chapters : 6 220 Videos

DC Circuits and Network Theorems

Study of Independent and Dependent Sources

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Mesh analysis with independent sources

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Mesh analysis with Dependant Sources - Method

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Mesh analysis with Dependant Sources - Problem 1

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Mesh analysis with Dependant Sources - Problem 2

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Mesh analysis with Dependant Sources - Problem 3

Mesh analysis with Dependant Sources - Problem 4

Mesh analysis with Dependant Sources - Problem 5

Mesh analysis with Dependant Sources - Problem 6

Mesh analysis with Dependant Sources - Problem 7

Problem No.1 based on Mesh Analysis

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Problem No.2 based on Mesh Analysis

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Problem No.3 based on Mesh Analysis

Problem No.4 based on Mesh Analysis

Problem No.5 based on Mesh Analysis

Supermesh analysis with Independent Sources

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Supermesh analysis with Dependant Sources - Problem 1

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Supermesh analysis with Dependant Sources - Problem 2

Supermesh analysis with Dependant Sources - Problem 3

Node analysis with Independent Sources - Problem 1

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Node analysis with Independent Sources - Problem 2

Node analysis with Independent Sources - Problem 3

Node analysis with Dependent Sources - Concept

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Node analysis with Dependent Sources - Problem 1

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Node analysis with Dependent Sources - Problem 2

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Node analysis with Dependent Sources - Problem 3

Node analysis with Dependent Sources - Problem 4

Node analysis with Dependent Sources - Problem 5

Node analysis with Dependent Sources - Problem 6

Node analysis with Dependent Sources - Problem 7

Super Node Analysis with Dependent Sources - Problem 1

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Super Node Analysis with Dependent Sources - Problem 2

Super Node Analysis with Dependent Sources - Problem 3

Superposition Theorem with Independent Sources

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Superposition Theorem with Dependent Sources - Methodology

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Superposition Theorem with Dependent Sources - Problem 1

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Superposition Theorem with Dependent Sources - Problem 2

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Superposition Theorem with Dependent Sources - Problem 3

Superposition Theorem with Dependent Sources - Problem 4

Superposition Theorem with Dependent Sources - Problem 5

Superposition Theorem with Dependent Sources - Problem 6

Superposition Theorem with Dependent Sources - Problem 7

Problem No.1 based on Superposition

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Problem No.2 based on Superposition

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Problem No.3 based on Superposition

Problem No.4 based on Superposition

Problem No.5 based on Superposition

How to solve Independent Source Circuit using Thevenin's, Norton's & Maximum Power Transfer Theorem

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Problem No.1 based on Thevenin's Theorem

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Problem No.2 based on Thevenin's Theorem

Problem No.3 based on Thevenin's Theorem

Problem No.1 based on Norton's Theorem

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Problem No.2 based on Norton's Theorem

Maximum Power Theorem - Problem 1

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Thevenin's and Norton's Theorem with Dependent Sources Problem 1

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Thevenin's and Norton's Theorem with Dependent Sources Problem 2

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Thevenin's and Norton's Theorem with Dependent Sources Problem 3

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Thevenin's and Norton's Theorem with Dependent Sources Problem 4

Thevenin's and Norton's Theorem with Dependent Sources Problem 5

Thevenin's and Norton's Theorem with Dependent Sources Problem 6

Thevenin's and Norton's Theorem with Dependent Sources Problem 7

Maximum Power Transfer Theroem With Dependent Sources (Problem 01)

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Source Transformation with Dependent Source (Problem 01 )

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Source Transformation with Dependent Source (Problem 02 )

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Source Shifting For Current ( Source )

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Source Shifting For Voltage Source

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Millman's Theorem

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Millman Theorem ( Problem 01 )

Millman Theorem ( Problem 02 )

Reciprocity Theoorem with Problem

Telegen's Theorem with problem

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AC Coupled Circuit

Mutual Inductance - Problem 1

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Mutual Inductance - Problem 2

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Mutual Inductance - Problem 3

Dot Convention - Problem 1

Dot Convention - Problem 2

Dot Convention - Problem 3

Dot Convention - Problem 4

Dot Convention - Problem 5

Dot Convention - Problem 6

Dot Convention - Problem 7

Frequency Domain Analysis by Using Laplace Transform

Laplace Transform Definition and Formulae

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Analysis of R L Circuit using Laplace's Transform

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Analysis of R C Circuit using Laplace's Transform

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Laplace Transform Problem 1 R L C Series

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Laplace Transform Problem - 2 ( DC Source )

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Laplace Transform Problem - 3 ( Dependent Voltage Source & Supermesh )

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Laplace Transform Problem - 4 ( Exponentialy Decaying Source)

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Laplace Transform Problem - 5 ( Using KCL for V (t) )

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Laplace Transform Problem - 6 ( Input as Delayed Ramp S/G )

Laplace Transform Problem - 7 ( I/P as Delayed Unit Step S/G )

Laplace Transform Problem - 8 ( Complex Roots & I/P sinusoidal )

Laplace transform problem 09 complex roots and ip sinusodial

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Laplace Transform Problem no.10 ( Complex & Real Simple Roots )

Laplace Transform Problem no.11 ( Two Loops )

Laplace Transform Problem no.12 ( R-L-C Series )

Laplace Transform Problem no.13 ( Intial Current through (L) Inductor )

Laplace Transform (Any Delayed time function)

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Laplace Transform (Shifted Unit Step Signal)

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Laplace Transform (Ramp & Impulse Function)

Laplace Transform (Initial & Final Value Theorem)

Network Functions

Introduction to Network Functions

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Transform Impedance for Resistor, Inductor, and Capacitor

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Driving Point Function and Transfer Function Problem 1

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Driving Point Function & Transfer Function - Problem 2

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Driving Point Function & Transfer Function - Problem 3

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Driving Point Function & Transfer Function - Problem 4

Problem No.1 based on Driving Point Impedance

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Problem No.2 based on Driving Point Impedance

Analysis of Ladder Networks

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Analysis of Ladder Networks : Problem No 1

Analysis of Ladder Networks : Problem No 2

Analysis of Ladder Networks : Problem No 3

Problem No.1 based on Analysis of Ladder Network

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Problem No.2 based on Analysis of Ladder Network

Analysis of Non Ladder Network

Problem based on Analysis of Non-Ladder Network

Poles and Zeroes of Network Functions

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Poles & Zeroes of Network Functions Problem - 1

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Poles & Zeroes of Network Functions Problem - 2

Poles & Zeroes of Network Functions Problem - 3

Problem based on Poles & Zeros

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Restriction On Poles & Zeroes For Driving Point Function

Time Domain Behaviour From Pole Zero Plot

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Graphical Method For Determination of Residue Problem - 1

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Graphical Method For Determination of Residue Problem - 2

Graphical Method For Determination of Residue Problem - 3

Two Port Network Analysis

Introduction to Z Parameters with Problem

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Problem No.1 based on Z - Parameter

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Problem No.2 based on Z - Parameter

Introduction to Y Parameters with Problem

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Problem based on Y - Parameter

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Transmission Parameters (ABCD Parameters) With Problem

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Problem No.1 based on ABCD or Transmission Parameter

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Problem No.2 based on ABCD or Transmission Parameter

Problem based on Cascade Parameter

Inverse Hybrid Parameters

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Inverse Transmission Parameters

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Hybrid Parameters

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Problem based on Hybrid or H - Parameter

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Condition for Reciprocity and Symmetry for Z - parameters

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Condition for Symmetry and Reciprocity for Y - parameters

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Condition for Symmetry and Reciprocity for ABCD - parameters

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Condition for Reciprocity and Symmetry for A'B'C'D' Parameters

Condition for Symmetry and Reciprocity for h - parameters

Summary Of Reciprocity and Symmetry Condition For All Parameters

Types Of Any Two, 2-Port Network Interconnection

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Interrelationships Between Parameters

Standard T and pi Network

T and pi Network Problem - 1

Interconnection of Two -Port network Problem 1

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Interconnection of Two -Port network Problem 2

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Interconnection of Two -Port network Problem 3

Problem based on Parallel Parameter

Two Port Network Parameters by KVL and KCL Problem 1

Two Port Network Parameters by KVL and KCL Problem - 2

Two Port Network Parameters by KVL and KCL Problem - 3

Transient Analysis - Time Domain Analysis - (Differential Equation)

Basic concepts of initial conditions of Inductor and Capacitor

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Transient Analysis - Time Domain Analysis - Problem 1

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Transient Analysis - Time Domain Analysis - Problem 2

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Transient Analysis - Time Domain Analysis - Problem 3

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Transient Analysis - Time Domain Analysis - Problem 4

Transient Analysis - Time Domain Analysis - Problem 5

Transient Analysis - Time Domain Analysis - Problem 6

Transient Analysis - Time Domain Analysis - Problem 7

Transient Analysis - Time Domain Analysis - Problem 8

Transient Analysis - Time Domain Analysis - Problem 9

Transient Analysis - Time Domain Analysis - Problem 10

Analysis of series RL Circuit - Concept

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Analysis of series R - L Circuit (External Excitation)

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Analysis of series RL Circuit - Problem 1

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Analysis of series RL Circuit - Problem 2

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Analysis of series RL Circuit - Problem 3

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Analysis of series RL Circuit - Problem 4

Analysis of series RL Circuit - Problem 5

Analysis of series RL Circuit - Problem 6

Analysis Of R-L Circuit Problem 7 (External Excitation)

Analysis Of RL Circuit Problem 8 (External Excitation)

Analysis Of R-L Circuit Problem 9 (External Excitation)

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Analysis Of R-L Circuit Problem 10 (External Excitation)

Analysis of series RC Circuit & it's Concept

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Analysis of RC Circuit - Problem 1

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Analysis of RC Circuit - Problem 2

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Analysis of RC Circuit - Problem 3

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Analysis of RC Circuit - Problem 4

Analysis of RC Circuit - Problem 5

Analysis of R-C Circuit - Problem 6 (External Excitation)

Analysis of R-C Circuit - Problem 7 (External Excitation)

Analysis of series RLC Circuit - Concept

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Analysis of series RLC Circuit - Problem 1

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Analysis of series RLC Circuit - Problem 2

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Analysis of series RLC Circuit - Problem 3

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Analysis of series RLC Circuit - Problem 4

Solution of Homogeneous and Non-Homogeneous Linear Differential Equations (Part-1)

Solution of Homogeneous and Non-Homogeneous Linear Differential Equations (Part-2)

Type 1 (Combination of Resistance & Inductors)

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Type 2 (Combination of Resistance and Capacitor)

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Type 3 (Combination of Resistance, Inductor and Capacitor)

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Type 4 (Combination of Resistance and Inductor in Steady State)

Type 5 (Combination of Resistance and Capacitor in Steady State)

Type 6 (Combination of Resistance, Inductor and Capacitor in Steady State)

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Type 7 (Combination of Resistance and Capacitor-Inductor in Steady State)

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Type 8 (Combination of Resistance and Capacitor-Inductor in Steady State)

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Type 9 (Combination of Resistance and Capacitor-Inductor in Steady State)

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Type 10 (Combination of Resistance and Capacitor-Inductor in Steady State)

Type 11 (Combination of Resistance and Capacitor-Inductor in Steady State)

Type 12 (Combination of Resistance and Capacitor-Inductor in Steady State)

Type 13 (Combination of Resistance and Capacitor-Inductor in Steady State)

Type 14 (Combination of Resistance and Capacitor-Inductor in Steady State)

Type 15 (Combination of Resistance and Capacitor-Inductor in Steady State)

Type 16 (Combination of Resistance and Capacitor-Inductor in Steady State)

Type 17 (Combination of Resistance and Capacitor-Inductor in Steady State)

Type 18 (Combination of Resistance and Capacitor-Inductor in Steady State)

Type 19 (Combination of Resistance and Capacitor-Inductor in Steady State)

Type 20 (Combination of Resistance and Capacitor-Inductor in Steady State)

Type 21 (Combination of Resistance and Capacitor-Inductor in Steady State)

Type 22 (Combination of Resistance and Capacitor-Inductor in Steady State)

Type 23 (Combination of Resistance and Capacitor-Inductor in Steady State)

Type 24 (Combination of Resistance and Capacitor-Inductor in Steady State)

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About the Instructor

Mandar Gupte

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Instructor and teacher

Ekeeda is India's leading online technical educational platform. We work with Technical students and Professional to impart technical knowledge anytime, anywhere.

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