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234 Lectures

Circuits and Networks - Electronics and Communication Engineering SEM III of Parul University

Mandar Gupte
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Total Chapters : 8 234 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

Graph Theory

Graph Theory - Basic Concepts

Incidence Matrix & Reduced Incidence matrix

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F- Tie-set matrix [B]

Fundamental Cut set Matrix QF

Graph Theory Basics Problem 1

Graph Theory Basics Problem 2

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Network Equilibrium Equation

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Network Equilibrium Equation Problem 1

Network Equilibrium Equation Problem 2

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 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 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)

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)

Laplace Transform and it's Application

Combination of Resistance and Inductor

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Resistance, Inductor and Ramp Signal

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Resistor, Inductor and Delta Function

Combination of Resistance, Inductor and Sine Function

Combination of Resistance, Capacitors and Ramp Signal

Combination of Resistance, Capacitor and Delta Function

Combination of Resistance, Capacitor and Inductor

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

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

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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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