Accession Number : ADA181298
Title : Laser Induced Solid State Plasma for Millimeter-Wave Device Applications.
Descriptive Note : Final rept. 1 May 83-30 Dec 86,
Corporate Author : MARYLAND UNIV COLLEGE PARK DEPT OF ELECTRICAL ENGINEERING
Personal Author(s) : Lee,Chi H
PDF Url : ADA181298
Report Date : 31 Mar 1987
Pagination or Media Count : 74
Abstract : The optical technique offers unique advantages in: (1) near perfect isolation between controlling and controlled devices, (2) elimination of RF feeds in a large array systems, (3) immunity from electromagnetic interference, (4) light weight and compact size, (5) extremely fast response, (6) high power handling capability, and (7) amendability to monolithic integration. The results are summary of the investigation of a number of millimeter wave device concepts based on laser induced solid state plasma in semiconductors. The generation and control of millimeter wave and microwaves by optoelectronic techniques are reported. Complete time synchronization between Radiofrequency and optical signals is achieved. Laser controlled phase shifters, switches and modulators at 94 GHz are described. Keywords: Waveguides, Millimeter wave, Optical control, Phase shifter.
Descriptors : *PLASMAS(PHYSICS), *LASER PUMPING, *MONOLITHIC STRUCTURES(ELECTRONICS), CONTROL, MILLIMETER WAVES, ELECTROMAGNETIC INTERFERENCE, QUICK REACTION, LIGHTWEIGHT, CONTROL SYSTEMS, FEEDING, RADIOFREQUENCY, HIGH POWER, ISOLATION, LASERS, PHASE SHIFT CIRCUITS, ELECTROOPTICS, MICROWAVES, OPTICS, SIGNALS, OPTICAL PROPERTIES, SYNCHRONIZATION(ELECTRONICS), TIME, SEMICONDUCTORS, WAVEGUIDES
Subject Categories : Electrical and Electronic Equipment
Plasma Physics and Magnetohydrodynamics
Distribution Statement : APPROVED FOR PUBLIC RELEASE