Transmission Line and Its Implementation

P. Debnath, A. Deyasi
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引用次数: 1

Abstract

In unbounded media, wave propagation is supposed to be unguided. The existence of uniform plane wave is considered to be all through the space. Electromagnetic energy related with the wave stretched over a broad area. In TV and radio broadcasting, unbounded medium propagation of the wave is required. Here transmission of information is destined for one and all who may be interested. Another way of transmitting information is by guided media. Guided media acts to direct the transmission of energy from transmitter to receiver. Transmission lines are usually used in low frequency power distribution and in high frequency communications as well as in the ethernet and internet in computer networks. Two or more parallel conductors may be used to construct a transmission line, which connects source to a load. Typical transmission lines consist of coaxial line, waveguide, microstrip line, coplanar waveguide, etc. In this chapter, problems related with transmission lines are solved with the help of EM field theory and electric circuit theory.
输电线路及其实现
在无界介质中,波的传播被认为是无导的。认为均匀平面波的存在遍及整个空间。电磁波的能量与在广阔区域内传播的波有关。在电视和无线电广播中,需要波的无界介质传播。在这里,信息的传递是为了一个和所有可能感兴趣的人。另一种传播信息的方式是通过引导媒体。引导介质的作用是引导能量从发射器传递到接收器。传输线通常用于低频配电和高频通信,以及计算机网络中的以太网和互联网。两个或两个以上的平行导体可以用来构成一条传输线,将电源和负载连接起来。典型的传输线包括同轴线、波导、微带线、共面波导等。在本章中,利用电磁场理论和电路理论解决了传输线的相关问题。
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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