The Rf And Microwave Circuit Design Cookbook
In the fast-paced, "I-need-it-done-by-yesterday" world of microwave engineering, it's more important than ever to get your circuit designs up-and-running on time and to specifications. Authored by a well-known expert in the industry, this unique new book helps you do just that by presenting no-nonsense, proven-under-fire microwave circuit design "recipes" that you can follow for fast design results — without having to wade through pages of theoretical or academic rhetoric.

The RF and Microwave Circuit Design Cookbook is written solely for today's practicing engineer. Using a lively, easy-to-read style, it reveals practical, tested methods for designing and implementing a wide range of nonlinear RF and microwave circuits, including all types of mixers, frequency multipliers, and more. A special feature is a complete treatment of FET resistive mixers, which offer the lowest intermodulation distortion of all types of mixers. You also get hard-to-find information on creating both square law and envelope diode detectors.

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The Rf And Microwave Circuit Design Cookbook
In the fast-paced, "I-need-it-done-by-yesterday" world of microwave engineering, it's more important than ever to get your circuit designs up-and-running on time and to specifications. Authored by a well-known expert in the industry, this unique new book helps you do just that by presenting no-nonsense, proven-under-fire microwave circuit design "recipes" that you can follow for fast design results — without having to wade through pages of theoretical or academic rhetoric.

The RF and Microwave Circuit Design Cookbook is written solely for today's practicing engineer. Using a lively, easy-to-read style, it reveals practical, tested methods for designing and implementing a wide range of nonlinear RF and microwave circuits, including all types of mixers, frequency multipliers, and more. A special feature is a complete treatment of FET resistive mixers, which offer the lowest intermodulation distortion of all types of mixers. You also get hard-to-find information on creating both square law and envelope diode detectors.

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The Rf And Microwave Circuit Design Cookbook

The Rf And Microwave Circuit Design Cookbook

The Rf And Microwave Circuit Design Cookbook

The Rf And Microwave Circuit Design Cookbook

Hardcover

$175.00 
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Overview

In the fast-paced, "I-need-it-done-by-yesterday" world of microwave engineering, it's more important than ever to get your circuit designs up-and-running on time and to specifications. Authored by a well-known expert in the industry, this unique new book helps you do just that by presenting no-nonsense, proven-under-fire microwave circuit design "recipes" that you can follow for fast design results — without having to wade through pages of theoretical or academic rhetoric.

The RF and Microwave Circuit Design Cookbook is written solely for today's practicing engineer. Using a lively, easy-to-read style, it reveals practical, tested methods for designing and implementing a wide range of nonlinear RF and microwave circuits, including all types of mixers, frequency multipliers, and more. A special feature is a complete treatment of FET resistive mixers, which offer the lowest intermodulation distortion of all types of mixers. You also get hard-to-find information on creating both square law and envelope diode detectors.


Product Details

ISBN-13: 9780890069738
Publisher: Artech House, Incorporated
Publication date: 08/31/1998
Series: Artech House Mobile Communications Series
Pages: 292
Product dimensions: 6.00(w) x 9.00(h) x 0.81(d)

About the Author

Stephen Maas is president of Nonlinear Technologies, Inc., California, a high-tech consulting company specializing in the design and analysis of nonlinear and low-noise RF/microwave components and systems. He earned his Ph.D. in electrical engineering from UCLA.

Table of Contents

Contents: Microwave Circuits and Circuit Elements. Solid-State Devices. Diode Mixers. Diode Frequency Multipliers. Other Diode Applications. Active Mixers. FET Resistive Mixers. Active Frequency Multipliers.

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