Microwave Solid-State Device Studies.
Abstract
The objectives are to investigate theoretically and experimentally new solid-state phenomena and techniques having application to microwave generation, amplification and control. Current tasks under the program are: (a) Microwave noise emission from indium antimonide (A method of estimating mobility from the transverse magnetoresistance characteristics is included in report); (b) Instabilities in germanium; (c) Transverse and magnetic field effects on instabilities in bulk semiconductors; (d) Gunn-effect oscillators and frequency converters (Includes a large-signal analysis of quenched-domain mode of Gunn-effect devices); (e) Gunn-effect devices; (f) High-power Gunn-effect devices; (g) Avalanche-diode devices; (h) High-power avalanche diodes; (i) High-efficiency avalanche diodes; (j) Solid-state device construction. (Author)
Document Details
- Document Type
- Technical Report
- Publication Date
- Nov 01, 1969
- Accession Number
- AD0863199
Entities
People
- George I. Haddad
Organizations
- University of Michigan