Crosstalk in Multiconductor Microstrip Transmission Lines.

摘要

This document was submitted by the author to the College of Engineering, West Coast University in partial fulfillment of the requirements for the degree of Master of Science in Electrical Engineering. This document describes the theory of crosstalk in multiconductor microstrip transmission lines. Equations are used to describe the behavior of signals propagating in a transmission line and to estimate the magnitude of crosstalk in the line. Symmetric two-conductor lines are discussed first to illustrate the general theory of the multiple lines. The results of the theoretical calculations and experiment show that the magnitude of crosstalk is a function of the following: (1) dielectric constants, (2) line geometry, (3) amplitude and rise time of the applied signal, and (4) termination of the line. (RH)