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Two Port Network Theory

Course Reviews

Track :

Engineering

Lessons no : 62

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What will you learn in this course?
  • Understand two-port network parameters and their significance in electrical circuit analysis and design
  • Apply impedance, admittance, and hybrid models to analyze two-port networks effectively
  • Calculate voltage, current, and power transfer in two-port networks using various parameters
  • Interpret the behavior of two-port networks in real-world electrical and electronic systems
  • Utilize equivalent circuit models to simplify complex network analysis and troubleshooting
  • Analyze the frequency response and bandwidth of two-port networks for communication systems
  • Design and optimize two-port networks for specific applications in electronics and telecommunications
  • Evaluate the stability and performance of two-port networks under different loading conditions
  • Implement two-port network analysis techniques in practical circuit simulation and testing
  • Differentiate between symmetrical and asymmetrical two-port networks for accurate modeling
  • Apply two-port theory to analyze filters, amplifiers, and other electronic components
  • Use matrix methods to solve complex two-port network problems efficiently
  • Assess the impact of parasitic elements on the behavior of two-port networks
  • Develop troubleshooting skills for diagnosing issues in complex electrical networks

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Lessons | 62
Y Parameters or Admittance Parameters
00:12:18

Y Parameters or Admittance Parameters
1 Example of Y Parameters
00:12:12

1 Example of Y Parameters
2 Example of Y Parameters
00:10:16

2 Example of Y Parameters
3 Example of Y Parameters
00:12:58

3 Example of Y Parameters
Z Parameters or Impedance Parameters
00:10:55

Z Parameters or Impedance Parameters
1 Example of Z Parameters
00:11:50

1 Example of Z Parameters
2 Example of Z Parameters
00:12:17

2 Example of Z Parameters
3 Example of Z Parameters
00:09:54

3 Example of Z Parameters
4 Examples of Z Parameters
00:11:06

4 Examples of Z Parameters
5 Examples of Z Parameters
00:13:48

5 Examples of Z Parameters
Y Parameters to Z Parameters Conversion
00:06:03

Y Parameters to Z Parameters Conversion
Z Parameters to Y Parameters Conversion
00:05:51

Z Parameters to Y Parameters Conversion
1 Example on Y Parameters and Z Parameters
00:08:23

1 Example on Y Parameters and Z Parameters
2 Example on Y Parameters and Z Parameters
00:09:58

2 Example on Y Parameters and Z Parameters
3 Example on Y Parameters and Z Parameters
00:09:28

3 Example on Y Parameters and Z Parameters
4 Example of Y Parameters and Z Parameters
00:06:23

4 Example of Y Parameters and Z Parameters
H Parameters or Hybrid Parameters
00:15:27

H Parameters or Hybrid Parameters
1 Example of H Parameters
00:10:40

1 Example of H Parameters
2 Example of H Parameters
00:10:17

2 Example of H Parameters
3 Example of H Parameters
00:11:12

3 Example of H Parameters
4 Example on H Parameters
00:12:44

4 Example on H Parameters
H Parameters to Y Parameters Conversion Y Parameters to H Parameters Conversion
00:10:49

H Parameters to Y Parameters Conversion Y Parameters to H Parameters Conversion
H Parameters to Z Parameters Conversion Z Parameters to H Parameters Conversion
00:09:57

H Parameters to Z Parameters Conversion Z Parameters to H Parameters Conversion
g Parameters or Inverse Hybrid Parameters
00:14:42

g Parameters or Inverse Hybrid Parameters
ABCD Parameters or Transmission Parameters or T Parameters or Chain Parameters or Cascade Parameters
00:09:56

ABCD Parameters or Transmission Parameters or T Parameters or Chain Parameters or Cascade Parameters
1 Example on ABCD Parameters
00:12:59

1 Example on ABCD Parameters
2 Example on ABCD Parameters
00:12:03

2 Example on ABCD Parameters
Conditions of Reciprocal Network and Symmetrical Network for Y Parameters
00:09:18

Conditions of Reciprocal Network and Symmetrical Network for Y Parameters
Conditions of Reciprocal Network and Symmetrical Network for Z Parameters
00:10:13

Conditions of Reciprocal Network and Symmetrical Network for Z Parameters
Conditions of Reciprocal Network and Symmetrical Network for H Parameters
00:10:30

Conditions of Reciprocal Network and Symmetrical Network for H Parameters
Conditions of Reciprocal Network and Symmetrical Network for g Parameters
00:09:53

Conditions of Reciprocal Network and Symmetrical Network for g Parameters
Conditions of Reciprocal Network and Symmetrical Network for ABCD Parameters
00:10:44

Conditions of Reciprocal Network and Symmetrical Network for ABCD Parameters
Two Port Network Parameters Y Z H g ABCD
00:07:03

Two Port Network Parameters Y Z H g ABCD
Parallel connections of Two Port Network
00:11:31

Parallel connections of Two Port Network
Series connections of Two Port Network
00:09:09

Series connections of Two Port Network
Cascade connections of Two Port Network
00:10:41

Cascade connections of Two Port Network
Series Input Parallel Output connections of Two Port Network
00:10:33

Series Input Parallel Output connections of Two Port Network
Parallel Input Series Output connections of Two Port Network
00:08:54

Parallel Input Series Output connections of Two Port Network
1 Examples of Two Port Network Y Parameters Shortcut Trick
00:10:48

1 Examples of Two Port Network Y Parameters Shortcut Trick
2 Examples of Two Port Network Z Parameters Shortcut Trick
00:10:48

2 Examples of Two Port Network Z Parameters Shortcut Trick
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Two Port Network Theory course in hindi, in this course Delve into the principles and analysis techniques for understanding the behavior of complex electrical networks in this course.