Advanced Solid State Microwave Techniques.
CORNELL UNIV ITHACA N Y SCHOOL OF ELECTRICAL ENGINEERING
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This report describes the research accomplished during the third biannual period of a three year research program dealing with advanced concepts of microwave generation and control in solids. A report is made on microwave solid state devices and circuits. Included are GaAs Read Diodes Amplifier Characteristics Measurement of IMPATT Diode Amplifier Parameters Computer Experiments on TRAPATT Diodes High Power and Efficiency CW Transferred Electron Oscillators Compound Semiconductor Transistor Study Automated Network Analyzer Submicron Gate Field Effect Transistor IMPATT Diode Load Characteristics and Interaction of Distributed IMPATT Oscillators. A report is also made on materials and fabrication techniques. The topics discussed are The Epitaxial Growth of Thin GaAs Layers Read Structures and Electric-Current-Controlled LPE Growth of GaAs.
- Electrical and Electronic Equipment
- Solid State Physics