Accession Number : ADA329534
Title : Domain-Inverted Electrooptic Polymers for High-Speed Polarization-Insensitive 2X2 Cross Bar Switches
Descriptive Note : Final rept. 1 Aug 96-30 Apr 97
Corporate Author : RADIANT RESEARCH INC AUSTIN TX
Personal Author(s) : Tang, Suning
PDF Url : ADA329534
Report Date : 1996
Pagination or Media Count : 87
Abstract : The primary objectives of the Phase I work were to explore the feasibility and advantages of using domain inverted polymers, to improve the performance of electrooptic modulators, and to establish the technical foundation for the design and fabrication of a new class of electrooptical modulators with improved performance, simplified structure, and relaxed fabrication tolerance. The improved performance includes high modulation efficiency, a highly linearized modulation transfer curve, high-speed operation, low driving voltage, and polarization-insensitive operation. By accomplishing the tasks of the Phase I effort, we have established the theoretical and technical foundation for the realization of high performance Y-branch waveguide modulators based on domain-inverted polymers and a uniform traveling-wave electrode. At present, all the building blocks essential for the fabrication and modeling of the proposed innovative devices are available. The achievements strongly encourage us to pursue further R&D efforts in Phase II, aimed at the fabrication of high performance EO modulators as required by BMDO and Air Force for their advanced RF photonic system. High-speed optical analog modulators also play an important role in a wide variety of practical applications, including CATV fiber optic links, optoelectronic interconnects and microwave instruments.
Descriptors : *FIBER OPTICS TRANSMISSION LINES, *LIGHT MODULATORS, ELECTROOPTICS, POLYMERS, FABRICATION, MODULAR CONSTRUCTION, MICROWAVE EQUIPMENT, OPTICAL WAVEGUIDES, CIRCUIT INTERCONNECTIONS, RADIOFREQUENCY, ANALOG SYSTEMS, TRAVELING WAVES.
Subject Categories : Electrooptical and Optoelectronic Devices
Mfg & Industrial Eng & Control of Product Sys
Distribution Statement : APPROVED FOR PUBLIC RELEASE