Electronic Scanned Array Design

John S. Williams

ISBN 10: 1785619292 / ISBN 13: 9781785619298

Published by Institution of Engineering and Technology, GB, 2021

About this Item

Electronic Scanned Array Design covers the fundamental principles of ESA antennas including basic design approaches and inherent design limitations. These insights enable better appreciation of existing and planned ESA systems including their application to earth observation. The material describes general design principles of aperture antennas applied to the specific case of ESA design. System applications are discussed to set the framework for requirements allocation and flowdown. Specific examples are cited throughout to relate theory to practice. The book begins by introducing the concept of electronic scanned arrays, giving a brief history of the technology and outlining its scope and applications. Further chapters cover antenna principles; synthetic arrays; antenna figures of merit; mutual coupling effects; errors and tolerances; grating lobes; thinned arrays; beam width and sidelobes; beam shaping and spoiling; reflector applications; design practice; radiating elements; T/R modules; assembly, packaging, power and thermal management; technology base and cost; and ESAs in space. The final chapter offers a comparison between an ESA and a reflector, exploring their benefits, detriments and design trades. The book will be invaluable for radar and antenna engineers and researchers, and advanced students studying ESA design.

Seller Inventory # LU-9781785619298

Bibliographic Details

• Title: Electronic Scanned Array Design
• Publisher: Institution of Engineering and Technology, GB
• Publication Date: 2021
• Language: English
• ISBN 10: 1785619292
• ISBN 13: 9781785619298
• Binding: Hardback
• Condition: New

About this title

Synopsis

Electronic Scanned Array Design covers the fundamental principles of ESA antennas including basic design approaches and inherent design limitations. These insights enable better appreciation of existing and planned ESA systems including their application to earth observation. The material describes general design principles of aperture antennas applied to the specific case of ESA design.

System applications are discussed to set the framework for requirements allocation and flowdown. Specific examples are cited throughout to relate theory to practice. The book begins by introducing the concept of electronic scanned arrays, giving a brief history of the technology and outlining its scope and applications. Further chapters cover antenna principles; synthetic arrays; antenna figures of merit; mutual coupling effects; errors and tolerances; grating lobes; thinned arrays; beam width and sidelobes; beam shaping and spoiling; reflector applications; design practice; radiating elements; T/R modules; assembly, packaging, power and thermal management; technology base and cost; and ESAs in space. The final chapter offers a comparison between an ESA and a reflector, exploring their benefits, detriments and design trades.

The book will be invaluable for radar and antenna engineers and researchers, and advanced students studying ESA design.

About the Author

John S. Williams received his bachelor's and master's degrees in physics from Caltech and the University of California at Irvine respectively and is a Senior Member of the IEEE. He worked on a variety of ESAs since 1980 at Hughes Aircraft Corporation, Raytheon and The Aerospace Corporation. He managed T/R module development, ESA demonstration and manufacturing technology programs. He is now retired.