Analysis and Design of Substrate Integrated Waveguide Using Efficient 2D Hybrid Method

Analysis and Design of Substrate Integrated Waveguide Using Efficient 2D Hybrid Method

Xuan Hui Wu, Ahmed Kishk,
ISBN: 9781598299021 | PDF ISBN: 9781598299038
Copyright © 2010 | 90 Pages | Publication Date: 01/01/2010

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Substrate integrated waveguide (SIW) is a new type of transmission line. It implements a waveguide on a piece of printed circuit board by emulating the side walls of the waveguide using two rows of metal posts. It inherits the merits both from the microstrip for compact size and easy integration, and from the waveguide for low radiation loss, and thus opens another door to design efficient microwave circuits and antennas at a low cost. This book presents a two-dimensional fullwave analysis method to investigate an SIW circuit composed of metal and dielectric posts. It combines the cylindrical eigenfunction expansion and the method of moments to avoid geometrical descritization of the posts. The method is presented step-by-step, with all the necessary formulations provided for a practitioner who wants to implement this method by himself. This book covers the SIW circuit printed on either homogeneous or inhomogeneous substrate, the microstrip-to-SIW transition and the speed-up technique for the simulation of symmetrical SIW circuits. Different types of SIW circuits are shown and simulated using the proposed method. In addition, several slot antennas and horn antennas fabricated using the SIW technology are also given.

Table of Contents: Introduction / SIW Circuits Composed of Metallic Posts / SIW Circuits with Dielectric Posts / Even-Odd Mode Analysis of a Symmetrical Circuit / Microstrip to SIW Transition and Half Mode SIW / SIW Antennas

Table of Contents

Introduction
SIW Circuits Composed of Metallic Posts
SIW Circuits with Dielectric Posts
Even-Odd Mode Analysis of a Symmetrical Circuit
Microstrip to SIW Transition and Half Mode SIW
SIW Antennas

About the Author(s)

Xuan Hui Wu, Radio Waves, Inc.

Ahmed Kishk, University of Mississippi

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