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Development of microwave phase shifter based on SOI 0.18-micron technology  

Authors
 Efimov A.G.
 Koptsev D.A.
 Kuznetsova O.
Date of publication
 2016

Abstract
 Considered and determined the basic design implementation decisions fazovraschayuschih microwave devices. This article presents the results of simulations developed digital phase shifter. Modelling of the switching circuit element. The algorithm of optimization parameters. Modelling conducted among Cadence Virtuoso. Relevance of the work lies in solving the problem of import of components for chips. The aim of the article is to find designs that will implement the 6-bit phase shifter for semiconductor frequency X-band based on domestic technology 0.18 micron SOI JSC "NIIME" and Micron.
The paper substantiates the use of a silicon CMOS SOI technology with topological 0.18 microns. The advantages of SOI technology for manufacturing microwave IC.
Keywords
 semiconducting phase shifter, SOI technology, the microwave range, MFCC.
Library reference
 Efimov A.G., Koptsev D.A., Kuznetsova O. Development of microwave phase shifter based on SOI 0.18-micron technology // Problems of Perspective Micro- and Nanoelectronic Systems Development - 2016. Proceedings / edited by A. Stempkovsky, Moscow, IPPM RAS, 2016. Part 3. P. 33-38.
URL of paper
 http://www.mes-conference.ru/data/year2016/pdf/D172.pdf

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