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Learn to design E-plane circuits using low-loss, highly flexible and economical fin lines. E-Plane Integrated Circuits shows you how with the 69 most informative papers available on the design, analysis and synthesis of E-plane circuits and transmission lines. E-Plane Integrated Circuits gives you the know-how to switch from limiting, conventional circuits to E-plane circuits that have higher matching efficiency, lower transmission loss, greater flexibility in biasing active devices, low design costs and suitability for small size, mass production. Researchers, designers and students of E-plane circuits will benefit from a comparison of several methods of analysis and synthesis. Organized for easy use as a course text or as a desktop reference, E-Plane Integrated Circuits illustrates each practical applicaion with 380 equations and 205 figures. You can quickly find the exact paper you need to solve a specific design problem.
Table Of Contents
Preface. Millimeter Waves and Finlines. Analysis. Synthesis Techniques. Discontinuities. Measurements. Passive Components. Active Devices.
Prakash Bhartia is the executive vice president at Natel Engineering in Chatsworth, CA. He has held several director level positions during his 25 year career in the Canadian Department of Defense including Director General of the Defense of R& D Laboratories in Halifax and Ottowa. He received his B. Tech in electrical engineering from Indian Institute of Technology, Bombay, India, and received his M.S.c and Ph.D in electromagnetics from University of Manitoba, Winnipeg, Manitoba, Canada.