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Microwave Semiconductor Engineering

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White, Joseph F.

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Noble

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This unique volume clearly analyzes the complex field of semiconductor microwave engineering. Constants, formulas, derivations, and
practical applications using diode control circuits are covered in an easy-to-follow format. The book focuses on microwave diodes in
switches, limiters, attenuators, phase shifters and delay networks. It covers device physics and operating principles as they relate to
requirements in driving circuitry. Includes CAD techniques, FORTRAN routines, numerous design examples and appendices for basic
constants and formulas, materials, transmission line structures and other key topics.
AUTHORS COMMENTS
I believe that the reader, engaged in any form of microwave and RF engineering but particularly when applied to semiconductors, will
find that these chapters and appendices anticipate questions that inevitably are encountered, questions whose answers will not
otherwise be so conveniently accessible outside the covers of this book. And as it occurs, may the reader find their discovery as
enjoyable and satisfying as I did.
TABLE OF CONTENTS
1 The PN Junction
2 PIN Diodes and the Theory of Microwave Operation
3 Practical PIN Diodes
4 Binary State Transistor Drivers
5 Fundamental Limits of Control Networks
6 Mathematical Techniques and CAD
7 Limiters and Duplexers
8 Switches and Attenuators
9 Phase Shifters and Time Delay Networks
Answers
Appendices
Index

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