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

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  • Mandar Gupte
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Total Chapters : 8 234 Videos
Study of Independent and Dependent Sources
Preview
14.29
Kirchhoff Law
Preview
11.33
Mesh analysis with independent sources
Preview
8.4
Mesh analysis with Dependant Sources - Method
Preview
9.35
Mesh analysis with Dependant Sources - Problem 1
Preview
5.45
Mesh analysis with Dependant Sources - Problem 2
Preview
10.29
Mesh analysis with Dependant Sources - Problem 3
8.51
Mesh analysis with Dependant Sources - Problem 4
9.35
Mesh analysis with Dependant Sources - Problem 5
8.4
Mesh analysis with Dependant Sources - Problem 6
9.13
Mesh analysis with Dependant Sources - Problem 7
8.53
Problem No.1 based on Mesh Analysis
Preview
13.23
Problem No.2 based on Mesh Analysis
Preview
12.15
Problem No.3 based on Mesh Analysis
12.27
Problem No.4 based on Mesh Analysis
14.07
Problem No.5 based on Mesh Analysis
10.18
Supermesh analysis with Independent Sources
Preview
8.57
Supermesh analysis with Dependant Sources - Problem 1
Preview
8.41
Supermesh analysis with Dependant Sources - Problem 2
10.21
Supermesh analysis with Dependant Sources - Problem 3
10.39
Node analysis with Independent Sources - Problem 1
Preview
6.31
Node analysis with Independent Sources - Problem 2
7.52
Node analysis with Independent Sources - Problem 3
10.4
Node analysis with Dependent Sources - Concept
Preview
9.32
Node analysis with Dependent Sources - Problem 1
Preview
6.51
Node analysis with Dependent Sources - Problem 2
Preview
8.22
Node analysis with Dependent Sources - Problem 3
12.04
Node analysis with Dependent Sources - Problem 4
6.39
Node analysis with Dependent Sources - Problem 5
9.09
Node analysis with Dependent Sources - Problem 6
16.45
Node analysis with Dependent Sources - Problem 7
10.04
Super Node Analysis with Dependent Sources - Problem 1
Preview
11.55
Super Node Analysis with Dependent Sources - Problem 2
10.49
Super Node Analysis with Dependent Sources - Problem 3
12.4
Superposition Theorem with Independent Sources
Preview
17.27
Superposition Theorem with Dependent Sources - Methodology
Preview
17.51
Superposition Theorem with Dependent Sources - Problem 1
Preview
15.01
Superposition Theorem with Dependent Sources - Problem 2
Preview
20.58
Superposition Theorem with Dependent Sources - Problem 3
15.42
Superposition Theorem with Dependent Sources - Problem 4
22.18
Superposition Theorem with Dependent Sources - Problem 5
15.36
Superposition Theorem with Dependent Sources - Problem 6
17.37
Superposition Theorem with Dependent Sources - Problem 7
25.13
Problem No.1 based on Superposition
Preview
18.47
Problem No.2 based on Superposition
Preview
16.01
Problem No.3 based on Superposition
15.45
Problem No.4 based on Superposition
11.25
Problem No.5 based on Superposition
15.09
How to solve Independent Source Circuit using Thevenin's, Norton's & Maximum Power Transfer Theorem
Preview
27.4
Problem No.1 based on Thevenin's Theorem
Preview
19.15
Problem No.2 based on Thevenin's Theorem
15.07
Problem No.3 based on Thevenin's Theorem
13.04
Problem No.1 based on Norton's Theorem
Preview
16.54
Problem No.2 based on Norton's Theorem
15.52
Maximum Power Theorem - Problem 1
Preview
13.51
Thevenin's and Norton's Theorem with Dependent Sources Problem 1
Preview
11.34
Thevenin's and Norton's Theorem with Dependent Sources Problem 2
Preview
9.33
Thevenin's and Norton's Theorem with Dependent Sources Problem 3
Preview
6.26
Thevenin's and Norton's Theorem with Dependent Sources Problem 4
8.26
Thevenin's and Norton's Theorem with Dependent Sources Problem 5
13.28
Thevenin's and Norton's Theorem with Dependent Sources Problem 6
17.2
Thevenin's and Norton's Theorem with Dependent Sources Problem 7
11.27
Maximum Power Transfer Theroem With Dependent Sources (Problem 01)
Preview
19.15
Source Transformation with Dependent Source (Problem 01 )
Preview
10.02
Source Transformation with Dependent Source (Problem 02 )
Preview
10.53
Source Shifting For Current ( Source )
Preview
8.47
Source Shifting For Voltage Source
Preview
4.12
Millman's Theorem
Preview
4.11
Millman Theorem ( Problem 01 )
5.28
Millman Theorem ( Problem 02 )
7.14
Reciprocity Theoorem with Problem
15.53
Telegen's Theorem with problem
Preview
7.53
Basic concepts of initial conditions of Inductor and Capacitor
Preview
16.02
Transient Analysis - Time Domain Analysis - Problem 1
Preview
16.06
Transient Analysis - Time Domain Analysis - Problem 2
Preview
8.56
Transient Analysis - Time Domain Analysis - Problem 3
Preview
11.03
Transient Analysis - Time Domain Analysis - Problem 4
11.5
Transient Analysis - Time Domain Analysis - Problem 5
12.31
Transient Analysis - Time Domain Analysis - Problem 6
18.59
Transient Analysis - Time Domain Analysis - Problem 7
31.3
Transient Analysis - Time Domain Analysis - Problem 8
18.56
Transient Analysis - Time Domain Analysis - Problem 9
18.55
Transient Analysis - Time Domain Analysis - Problem 10
19.09
Analysis of series RL Circuit - Concept
Preview
28.53
Analysis of series R - L Circuit (External Excitation)
Preview
7.29
Analysis of series RL Circuit - Problem 1
Preview
11.32
Analysis of series RL Circuit - Problem 2
Preview
13.5
Analysis of series RL Circuit - Problem 3
Preview
16.21
Analysis of series RL Circuit - Problem 4
13.21
Analysis of series RL Circuit - Problem 5
19.04
Analysis of series RL Circuit - Problem 6
11.32
Analysis Of R-L Circuit Problem 7 (External Excitation)
12.37
Analysis Of R-L Circuit Problem 9 (External Excitation)
Preview
8.06
Analysis Of R-L Circuit Problem 10 (External Excitation)
13.15
Analysis of series RC Circuit & it's Concept
Preview
22.29
Analysis of RC Circuit - Problem 1
Preview
19.14
Analysis of RC Circuit - Problem 2
Preview
10.4
Analysis of RC Circuit - Problem 3
Preview
10.07
Analysis of RC Circuit - Problem 4
12.47
Analysis of RC Circuit - Problem 5
20.58
Analysis of R-C Circuit - Problem 7 (External Excitation)
14.03
Analysis of series RLC Circuit - Concept
Preview
43.17
Analysis of series RLC Circuit - Problem 1
Preview
45.57
Analysis of series RLC Circuit - Problem 2
Preview
22.05
Analysis of series RLC Circuit - Problem 3
Preview
29.18
Analysis of series RLC Circuit - Problem 4
20.43
Solution of Homogeneous and Non-Homogeneous Linear Differential Equations (Part-1)
21.19
Solution of Homogeneous and Non-Homogeneous Linear Differential Equations (Part-2)
13.26
Type 1 (Combination of Resistance & Inductors)
Preview
6.44
Type 2 (Combination of Resistance and Capacitor)
Preview
9.22
Type 3 (Combination of Resistance, Inductor and Capacitor)
Preview
7.58
Type 4 (Combination of Resistance and Inductor in Steady State)
8.36
Type 5 (Combination of Resistance and Capacitor in Steady State)
8.36
Type 6 (Combination of Resistance, Inductor and Capacitor in Steady State)
Preview
7.32
Type 7 (Combination of Resistance and Capacitor-Inductor in Steady State)
Preview
5.53
Type 8 (Combination of Resistance and Capacitor-Inductor in Steady State)
Preview
8.28
Type 9 (Combination of Resistance and Capacitor-Inductor in Steady State)
Preview
7.29
Type 10 (Combination of Resistance and Capacitor-Inductor in Steady State)
6
Type 11 (Combination of Resistance and Capacitor-Inductor in Steady State)
5.49
Type 12 (Combination of Resistance and Capacitor-Inductor in Steady State)
14.47
Type 13 (Combination of Resistance and Capacitor-Inductor in Steady State)
15.53
Type 14 (Combination of Resistance and Capacitor-Inductor in Steady State)
15.27
Type 15 (Combination of Resistance and Capacitor-Inductor in Steady State)
5.57
Type 16 (Combination of Resistance and Capacitor-Inductor in Steady State)
10.55
Type 17 (Combination of Resistance and Capacitor-Inductor in Steady State)
10.2
Type 18 (Combination of Resistance and Capacitor-Inductor in Steady State)
9.23
Type 19 (Combination of Resistance and Capacitor-Inductor in Steady State)
13.52
Type 20 (Combination of Resistance and Capacitor-Inductor in Steady State)
12.56
Type 21 (Combination of Resistance and Capacitor-Inductor in Steady State)
7.48
Type 22 (Combination of Resistance and Capacitor-Inductor in Steady State)
6.02
Type 23 (Combination of Resistance and Capacitor-Inductor in Steady State)
9.49
Type 24 (Combination of Resistance and Capacitor-Inductor in Steady State)
10.43
Introduction to Z Parameters with Problem
Preview
11.46
Problem No.1 based on Z - Parameter
Preview
13.56
Problem No.2 based on Z - Parameter
10.39
Introduction to Y Parameters with Problem
Preview
19.41
Problem based on Y - Parameter
Preview
13.51
Transmission Parameters (ABCD Parameters) With Problem
Preview
11.4
Problem No.1 based on ABCD or Transmission Parameter
Preview
11.24
Problem No.2 based on ABCD or Transmission Parameter
6.41
Problem based on Cascade Parameter
13.13
Inverse Hybrid Parameters
Preview
4.52
Inverse Transmission Parameters
Preview
4.35
Hybrid Parameters
Preview
4.55
Problem based on Hybrid or H - Parameter
Preview
7.37
Condition for Reciprocity and Symmetry for Z - parameters
Preview
17.47
Condition for Symmetry and Reciprocity for Y - parameters
Preview
14.03
Condition for Symmetry and Reciprocity for ABCD - parameters
Preview
18.18
Condition for Reciprocity and Symmetry for A'B'C'D' Parameters
13.23
Condition for Symmetry and Reciprocity for h - parameters
14.1
Summary Of Reciprocity and Symmetry Condition For All Parameters
4.24
Types Of Any Two, 2-Port Network Interconnection
Preview
5.58
Interrelationships Between Parameters
9.08
Standard T and pi Network
9.2
T and pi Network Problem - 1
7.49
Interconnection of Two -Port network Problem 1
Preview
11.06
Interconnection of Two -Port network Problem 2
Preview
11.24
Interconnection of Two -Port network Problem 3
17.22
Problem based on Parallel Parameter
10.41
Two Port Network Parameters by KVL and KCL Problem 1
12.34
Two Port Network Parameters by KVL and KCL Problem - 2
8.21
Two Port Network Parameters by KVL and KCL Problem - 3
11.42

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Mathematics 3 Parul University - Electronics and Communication Engineering - SEM III

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About the Instructor

Mandar Gupte

Instructor and teacher

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