FDTD modeling of RF and microwave circuits with active and lumped components

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Title: FDTD modeling of RF and microwave circuits with active and lumped components
Author: Yajaman, Bharatha
Abstract: The objective of this thesis is to develop a systematic framework for modeling electromagnetic wave propagation m RF and Microwave circuits with active and lumped components using S -parameters using the Finite -Difference Time -Domain (FDTD ) approach , which was originally proposed by K . S . Yee in 1966 . The mediod approximates the differentiation operators of the Maxwell equations with finite difference operators m time and space . This mediod is suitable for finding the approximate electric and magnetic field in a complex three dimensional stmcture in the time domain . The computer program developed in this thesis can be used to simulate various microwave circuits . This thesis provides the theoretical basis for the method , the details of the implementation on a computer and fmally the software itself .
URI: http : / /hdl .handle .net /2346 /12301
Date: 2004-08

Citation

Yajaman, Bharatha FDTD modeling of RF and microwave circuits with active and lumped components. Master's thesis, Texas Tech University. Available electronically from http : / /hdl .handle .net /2346 /12301 .

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