[EMC]EMCEMI Design and Analysis Using FDTD

Abstmct- The integrity of a signal on an interconnect &6Lh>n(  
is affected by coupling due to other interconnects or the 
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PkP5w  
package, as well as discontinuities introduced by imperfect =F/R*5:T  
ground and power planes. Therefore, packaging and the F2Ny=H&G  
speciflc layout of interconnects have a significant impact '|v<^EH  
on the functional characteristics of a product. In order s-x1<+E(  
to prevent system problems, EMC/EMI concerns should ##F$8d)q  
be addressed at the design stage and not left as an afterthought. r]QeP{  
A full wave solution of the electromagnetic L.K|]]u  
flelds provide quantitative results for evaluation of signal KMfRMc&  
integrity such as the current or voltage at speciflc points l6xqc,h!K  
along the line. In addition, it-also provides the electric and 'zMmJl}\vd  
magnetic fields throughout the structure that may lead to %zEy.7Ux  
qualitative insights into the interactions between system {(F}SF{  
components. Such insight may be an invaluable tool for Oo(xYy  
solving EMC/EMI problems. The Finite Difference Time VB8eGMo  
Domain (FDTD) technique is a full wave solver of the electromagnetic l$l6,OzS@  
flelds. This paper will discuss the application 6fBA#Kb  
of FDTD to the TC-9 challeng .. &pz`gn
a  
7OXRR)]V  

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