Folded Unipole Antennas: Theory and Applications

Harness the Latest Advances in Folded Unipole Antenna Technology, Including New Detuning, Geophysical and Biomedical Applications

Folded Unipole Antennas: Theory and Applications is the first comprehensive sourcebook on the design and uses of folded unipole antenna technology, featuring never-before-published mathematical equations and configurations.

Written by Jeremy K. Raines, an internationally recognized antenna expert, this unique ?one-stop? reference offers you a detailed account of the physics underlying the remarkably compact, broadband, and versatile folded unipole antenna, as well as mathematical models suitable for design and analysis. Filled with helpful illustrations, Folded Unipole Antennas features:

• Never-before-published electromagnetic field equations that remove obstacles to improving design and extending use
• A full chapter on detuning, a process that reduces radar scattering cross section and electronically eliminates structures causing unwanted radiation and interference
• A full chapter about arrays of folded unipoles, featuring a new and easier approach to describing the electromagnetic coupling between elements
• A wide range of folded unipole antenna applications, including detuning, multiplexing, geophysical prospecting, and biomedical sensing

Inside This Landmark Antenna Engineering Guide

? Introducing the Folded Unipole Antenna ? The Simplest Configuration ? The Two-Stage Unipole ? The Three-Stage Unipole ? The N-Stage Unipole ? The Most General Configuration ? Antenna End Effect and Top Loading ? Arbitrary Cross Sections ? Detuning ? Arrays of Folded Unipoles ? Present and Future Applications

Table of Contents:

Preface

Acknowledgments

Chapter 1: Introduction

Chapter 2: The Simplest Configuration

Chapter 3: The Gamma Match Antenna and the Two-Segment Folded Unipole

Chapter 4: The Double Gamma Match Antenna

Chapter 5: The N-Segment Folded Unipole

Chapter 6: The Most General Configuration

Chapter 7: Characteristic Impedance

Chapter 8: Reradiation and Detuning

Chapter 9: Arrays of Folded Unipoles

Chapter 10: Synergy

Index