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Contents Module2.1a Chapter2 Help
Modules  Demos  Solved Problems 

 

Chapter 2 Transmission Lines
 


 Interactive Modules
Sinusoidal Waves on a Lossless Coaxial Line
Load Configuration A: Z L=Z0
  M2.1A  module 2.1A   M2.2A  module 2.2A Zi
  M2.3A  module 2.3A V0+   M2.4A  module 2.4A v(z,t)
Load Configuration B: Z L=(0.5 -j 0.5) Z0
  M2.1B  module 2.1B   M2.2B  module 2.2B Zi
  M2.3B  module 2.3B V0+   M2.4B  module 2.4B v(z,t)
Load Configuration C: Z L=(2 +j 1) Z0
  M2.1C  module 2.1C   M2.2C  module 2.2C Zi
  M2.3C  module 2.3C V0+   M2.4C  module 2.4C v(z,t)
Load Configuration D: Z L= 0
  M2.1D  module 2.1D   M2.2D  module 2.2D Zi
  M2.3D  module 2.3D V0+   M2.4D  module 2.4D v(z,t)
Load Configuration E: Z L=
  M2.1E  module 2.1E   M2.2E  module 2.2E Zi
  M2.3E  module 2.3E V0+   M2.4E  module 2.4E v(z,t)
Transients on Transmission Lines
M2.5  module 2.5 Rg=Z0/2, ZL=Z0 
M2.6  module 2.6 Rg=Z0, ZL=2 Z0 
M2.7  module 2.7 Rg=Z0, ZL=Z0/2 
M2.8  module 2.8 Rg=2 Z0, ZL=0.6 Z0 
M2.9  module 2.9 Rg=2 Z0, ZL=0  
 Demos
Sinusoidal Waves on a Lossless Coaxial Line
Load Configuration A: Z L=Z0
  D2.1A  demo 2.1A E(z,t)   D2.2A  demo 2.2A (z,t)
  D2.3A  demo 2.3A H(z,t)   D2.4A  demo 2.4A I(z,t)
Load Configuration B: Z L=(0.5 -j 0.5) Z0
  D2.1B  demo 2.1B E(z,t)   D2.2B  demo 2.2B (z,t)
  D2.3B  demo 2.3B H(z,t)   D2.4B  demo 2.4B I(z,t)
Load Configuration C: Z L=(2 +j 1) Z0
  D2.1C  demo 2.1C E(z,t)   D2.2C  demo 2.2C (z,t)
  D2.3C  demo 2.3C H(z,t)   D2.4C  demo 2.4C I(z,t)
Load Configuration D: Z L= 0
  D2.1D  demo 2.1D E(z,t)   D2.2D  demo 2.2D (z,t)
  D2.3D  demo 2.3D H(z,t)   D2.4D  demo 2.4D I(z,t)
Load Configuration E: Z L=
  D2.1E  demo 2.1E E(z,t)   D2.2E  demo 2.2E (z,t)
  D2.3E  demo 2.3E H(z,t)   D2.4E  demo 2.4E I(z,t)
Transients on Transmission Lines
D2.5    demo 2.5 Rg=Z0/2, ZL=Z0 
D2.6    demo 2.6 Rg=Z0, ZL=2 Z0 
D2.7    demo 2.7 Rg=Z0, ZL=Z0/2 
D2.8    demo 2.8 Rg=2 Z0, ZL=0.6 Z0 
D2.9    demo 2.9 Rg=2 Z0, ZL=0  
Fault Time-Domain Response
D2.10  demo 2.10 Rg=ZL=Z0
D2.11  demo 2.11 Rg=Z0, ZL= 1.5 Z0
D2.12  demo 2.12 Rg= 0.6 Z0, ZL=Z0
D2.13  demo 2.13 Rg= 0.6 Z0, ZL= 1.5 Z0
 Solved Problems
  Problem 2.9: Line parameters
Problem 2.15: Standing-wave ratio
Problem 2.29: Maximum power transfer
Problem 2.35(b): Smith chart
Problem 2.36(b): Smith chart
Problem 2.50: Bounce diagram
Contents 1 2 3 4 5 6 7 8 9 index
Contents Module2.1A Chapter2 Help
Modules  Demos  Solved Problems 
Fawwaz T. Ulaby, Fundamentals of Applied Electromagnetics. Prentice Hall, Upper Saddle River, New Jersey, 2001. Copyright © 2001 Prentice Hall.