Principles of Electrical Transmission Lines in Power and Communication

Content: 
THE COMMONWEALTH AND INTERNATIONAL LIBRARY, Page i
Front Matter, Page iii
Copyright, Page iv
Preface, Pages vii-viii
Synopsis, Page ix
Acknowledgements, Page x
CHAPTER 1 - Propagation on Loss-free Lines I (The Infinite Loss-free Line), Pages 1-21
CHAPTER 2 - Propagation on Loss-free Lines II (Effect of Terminations and Junctions), Pages 22-49
CHAPTER 3 - Finite Loss-free Lines: An Introduction, Pages 50-59
CHAPTER 4 - Sinusoidal Excitation of Dissipative Lines I (Steady-state Solution of General Equations), Pages 60-70
CHAPTER 5 - Sinusoidal Excitation of Dissipative Lines II (Characteristic Impedance, Attenuation, Distortion), Pages 71-92
CHAPTER 6 - Potential and Current Distribution: Standing Waves, Pages 93-101
CHAPTER 7 - Lumped-circuit Equivalents, Pages 102-132
CHAPTER 8 - Low-frequency Transmission Lines I (Steady-state Operation of Power Transmission Lines), Pages 133-165
CHAPTER 9 - Low-frequency Transmission Lines II (Stability of Transmission Systems), Pages 166-183
CHAPTER 10 - Audio-frequency Lines, Pages 184-197
CHAPTER 11 - The Transmission Line at Radio Frequencies I (Introductory), Pages 198-215
CHAPTER 12 - The Transmission Line at Radio Frequencies II (Propagation Characteristics), Pages 216-234
CHAPTER 13 - The Terminated Radio-frequency Line, Pages 235-273
CHAPTER 14 - Measurement of Standing-wave Ratio, Pages 274-283
CHAPTER 15 - Travelling Waves on Electrical Power Lines, Pages 284-296
CHAPTER 16 - Transmission-line Parameters, Pages 297-335
APPENDIX I - The Growth of Current in an Inductive Termination, Pages 336-341
APPENDIX II - Solution of a Wave Equation by the Method of Laplace Transforms, Pages 342-344
APPENDIX III - Useful Expressions: Hyperbolic Functions, Page 345
Answers to Exercises, Page 346
Index, Pages 347-349