Overview of Transmission Lines

A. K. Verma
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Abstract

This chapter provides a very brief historical overview of the classical and modern planar transmission lines. It reviews the classical transmission lines such as a single‐wire line with the earth as a return conductor, coaxial cable, two‐wire line, multi‐conductor lines, and waveguides. The chapter emphasizes the developments of basic concepts, analytical modeling, and theoretical formulations used in the electromagnetic‐theory. The development of the theoretical models of transmission lines inherited the modeling process, and mathematical method of Fourier developed for the transmission of heat in a rod. On knowing the magnetic effect created by an electric current, Faraday argued that the magnetic field can also produce the electric effect. The chapter presents a brief review of the development of planar transmission lines, influencing modern microwave technology. The waveguide is a low‐loss transmission medium capable of handling high power transmission. The chapter also presents an overview on the key concepts discussed in this book.
输电线路概述
本章提供了古典和现代平面传输线的一个非常简短的历史概述。它回顾了经典的传输线,如以地球为返回导体的单线、同轴电缆、两线、多线和波导。本章强调发展的基本概念,分析建模,并在电磁理论中使用的理论公式。传输线理论模型的发展继承了传输线的建模过程,并发展了传输线传热的傅立叶数学方法。在知道了由电流产生的磁效应后,法拉第认为磁场也可以产生电效应。本章简要回顾了平面传输线的发展对现代微波技术的影响。波导是一种低损耗的传输介质,能够处理高功率传输。本章还概述了本书中讨论的关键概念。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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