[EMC]A Brief History of Work in Transmission Lines for EMC Applications

Abstract—A brief chronology of the application of transmission Gf%o|kX]  
line theory to electromagnetic compatibility (EMC) applications is M?\)&2f[Z  
presented. Transmission line studies in EMC began in the 1950s "3^6  
and 1960s with the frequency-domain analysis of crosstalk in cables. '[juPI(!  
Nuclear electromagnetic pulse (EMP) concerns in the 1970s -d[x09  
caused an increasing emphasis on the study of incident field excitation S3J6P2P  
of the lines. The advent of digital technology in the 1980s lN1zfM  
moved the research emphasis toward the analysis of the transmission Vy/g;ZPU1  
lines in the time domain. Early work concentrated on lossless 71A{"  
lines whose solutions are very simple. After the 1980s, the impact NA3yd^sr  
of high-speed digital technology has driven much of the research )Z;Y,g  
toward the study of ways to incorporate line losses (particularly, \JyWKET::_  
frequency-dependent losses as with skin effect) into the solutions. J]~fv9~P  
In addition, the increasingly complex digital systems have resulted $PTedJ}*Y  
in the study of how to optimize the representation and solution
3oKqj>  
of large interconnected networks of transmission lines. This paper F)%;
gzs  
attempts to put the historical evolution of the study of transmission M,#t7~t  
lines in EMC in a chronological perspective. rmhCuY?f  
Index Terms—Complex frequency hopping, crosstalk, guided _c(=>  
waves, method of characteristics, moments, multiconductor tran .. S"eKiS,z  
+2?0]6EQ  

未注册仅能浏览部分内容，查看全部内容及附件请先 登录 或 注册

多谢楼主资料

非常感谢楼主分享！