Description
Gain access to practical high-frequency engineering knowledge with this comprehensive and expertly compiled one-stop resource. It provides you with essential papers in the field, covering the applications, design, and analysis of ferrite/powdered iron circuits, RF transformers, power splitters, power combiners and directional couplers. The papers included have been culled from decades of journals and conference proceedings - many of which are now all but impossible to locate without exhaustive searches. You get over 100 fundamental works packed with core techniques, design solutions, and data for the full range of HF components, from toroidal-wound inductors, multielement transmission lines, and broadband balun transformers, to hybrid power dividers and directional channel-separation filters.
What's more, this one-of-a-kind encyclopedic guide features current, context-providing introductions and commentary that help you assess the pros and cons of various available solutions to the design challenges you face. You also find informative insight into next-generation RF transformers, splitters/combiners, and directional couplers. Sure to become the reference Bibleù in the field, this volume delivers a wealth of must-have information critical to your work.
Table Of Contents
Introduction. ; Historical Papers. Electrical Properties. Design with Ferrite/Powdered Iron Loaded Circuits. Analysis of Ferrite/Powdered Iron Loaded Circuits ; Use of Ferrite/Powdered Iron in High Power RF Circuits ; RF Transformers. Historical Papers. Synthesis of RF Transformers. Analysis of RF Transformers. Physical Realization of RF Transformers. Applications of RF Transformers Editors ' Commentary on Next-Generation RF Transformers.; ; Directional Couplers.Historical Papers. Directional Coupler Architectures Editors ' Commentary on Next-Generation Directional Couplers
Author
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Daniel Myer
Dan Myer is president of Communication Power Corporation in Hauppauge, New York, and has 24 years of experience in the design and manufacture of broadband RF/microwave power amplifiers. He holds a B.S. in electrical engineering from Polytechnic University, New York and an A.A.S. in electrical engineering technology from SUNY Farmingdale.
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Frederick Raab
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Chris Trask
Chris Trask is a designer of analog, RF, and microwave circuitry for Sonoran Radio Research, Tempe, Arizona. He has over 25 years of experience in the field and holds an M.S. in electrical engineering from Pennsylvania State University.
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John L. B. Walker
John L.B. Walker is RF division manager for Semelab plc, Lutterworth, England. He holds a B.Sc. in electrical engineering, an M.Sc. in microwaves and communications, and a Ph.D. in microwave directional filters, all from Leeds University.