September 2010
Intermediate to advanced
298 pages
6h 39m
English
Chapter 2
Time-Domain Analysis of Two-Conductor Lines
In this chapter we study the time-domain solution of transmission lines composed of two conductors of length 
as shown in Fig. 2.1. The two conductors are assumed to be parallel to the z axis of a rectangular coordinate system and of uniform cross section along their lengths. The source driving the line, 
, may have some general waveshape in time, although we generally concentrate on periodic waveforms of trapezoidal shape, as in Fig. 1.1, representing digital clock and data signals. The source will be represented as a Thevenin equivalent circuit consisting of a voltage source 
in series with a source resistor represented by 
. The load will be represented by a resistance 
, although PSPICE can be used to investigate lines terminated at either end in nonlinear, dynamic terminations. The voltage and current along the line will be a function of position along the line, z, and time, t, and . Given the parameters of the source waveform and ...
