High-Power Gaas Fet Amplifiers

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Engineers compile all the information relevant to designing high- power GaAs field-effect transistor amplifiers, for students and professionals involved in such design, or in the design of microwave devices that use them. After a general overview, the topics include computer-aided design, thermal effects and reliability, combining techniques, and systems applications. Annotation c. Book News, Inc., Portland, OR (booknews.com)
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Product Details

  • ISBN-13: 9780890064795
  • Publisher: Artech House, Incorporated
  • Publication date: 12/1/1993
  • Series: Artech House Microwave Library Series
  • Pages: 388
  • Product dimensions: 6.00 (w) x 9.00 (h) x 1.00 (d)

Table of Contents

Preface
Ch. 1 Introduction and Basic Theory 1
1.2 Analysis of Ideal GaAs FET Class A and B Amplifiers 3
1.3 The Concept of Power per Millimeter of Gatewidth 23
1.4 Small-Signal (Linear) and Large-Signal (Nonlinear) Models for an FET 24
1.5 Overview of Design Techniques 30
1.6 Bandwidth Limitations of Reactively Matched Amplifiers 35
Ch. 2 High-Power GaAs FETs 43
2.2 High-Power FET Design: FET Channel Cross Section Design 48
2.3 High-Power FET Design: FET Pattern Design 77
2.4 Thermal Properties 94
2.5 Manufacturing 97
2.6 Evaluation 113
2.7 Current FETs 123
2.8 Trends in Technology 136
Ch. 3 Computer-Aided Design of GaAs FET Power Amplifiers 147
3.2 GaAs FET Nonlinear Models 148
3.3 A Large-Signal Amplifier Simulation 173
Ch. 4 High-Power GaAs FET Amplifier Design 189
4.2 Budgeting Transmitting Chain RF Performance 189
4.3 Performance Characterization and Modeling 192
4.4 Design Techniques 198
4.5 Scaling 204
4.6 Matching Network Design 208
4.7 Thermal Considerations 212
4.8 Gate Current and Insertion Phase 215
4.9 Dual-Gate FET Power Amplifier 216
Ch. 5 Thermal Effects and Reliability 227
5.2 Thermal Fundamentals 228
5.3 Thermal Calculations for Practical FETs 229
5.4 Pulsed Operation 240
5.5 Measurement of Thermal Resistance and Channel Temperature 243
5.6 Reliability 248
Ch. 6 Combining Techniques 263
6.2 Distributed Amplifier Power Combining 264
6.3 Passive Power Combining/Dividing Networks 281
6.4 Power Combining Methods 292
Appendix 6A 307
Ch. 7 Systems Applications of GaAs FET Power Amplifiers 315
7.2 Satellite Applications 316
7.3 Terrestrial Telecommunications 331
7.4 Radar and EW Applications for High-Power GaAs FET Amplifiers 334
About the Authors 353
Index 357
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