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Microwave Electronic Circuit Technology,9780824701017
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Microwave Electronic Circuit Technology


Edition: 1st
Author(s): Konishi
ISBN10:  0824701011
ISBN13:  9780824701017
Format:  Hardcover
Pub. Date:  10/6/1997
Publisher(s): CRC

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SummaryTable of Contents
This practical resource provides a solid grounding in the physics behind the operational principles of high frequency technologies-introducing the latest methods as well as facilitating the research and development of more efficient devices for use in applications from mobile and satellite communications and wireless Local Area Networks (LANs) to energy transformation and sensors. Includes numerous practical examples and useful appendices containing important theories that elucidate the material! Microwave Electronic Circuit Technology discusses in detail guided waves from the perspective of equivalent networks and electromagnetic fields basic network concepts, such as matrices and eigenvalue problems, in connection with circuit energy single and coupled transmission lines as well as multicoupled line theory and the appropriate applications of ceramic filters in mobile communication resonators and filters, elucidating the coupling mechanism essential in the design
Preface iii
1. Basic Knowledge of Guided Waves
1(50)
2. Basic Knowledge of Microwave Network Theory
51(36)
3. Basic Network Characteristics of a Transmission Line
87(58)
4. Principle of Electromagnetic Resonators
145(54)
5. Principle of Filters
199(62)
6. Principle of Practical Circuits
261(94)
7. Practical Applications on Systems
355(16)
Appendix 1: Introduction to Group Velocity 371(2)
Appendix 2: Cavity and Waveguide Perturbation 373(10)
Appendix 3: Relationships Among External Q, Qe, Coupling Coefficient, k, and g Values in BPF 383(4)
Appendix 4: Determination of Capacitances of the Uniform Coupled Lines in the Anisotropic Inhomogeneous Medium by Resistive Sheet 387(10)
Appendix 5: Design of Power Divider with Two Different Output Powers 397(4)
Appendix 6: Principle of Directional Coupler with Two Symmetrical Planes 401(10)
Appendix 7: Faraday Rotation in an Infinite Medium 411(4)
Index 415

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