期刊名称：International Journal of Multimedia and Ubiquitous Engineering
印刷版ISSN：1975-0080
出版年度：2016
卷号：11
期号：8
页码：379-396
出版社：SERSC
摘要：Quantum dot cellular automata(QCA) are pledging nanotechnology which has been used widely in digital circuits and systems. Conventional lithography based VLSI model encounter acute challenges of tunneling, variation of doping and shortchannel issue.In a remarkably fast development of VLSI technology, it is the cardinal of the age to reach a stable model with area and low power consumption.QCAis a promising alternative to complementary metal–oxide–semiconductor (CMOS) technology withmany enticing features such as high-speed, low power consumption and higher switching frequency than transistor based technology. The code converters are the basic unit for transformation of data to execute arithmetic processes. In this paper,a novelQCAbased 2-bit binary-to-gray,3-bit binary-to-gray,and 4-bit binary-to-gray code converter have been proposed. The proposed design reduces the number of cells, area,and raises switching speed. The energy dissipation bythe proposed circuitsare evaluatedwhich certifies the prospect of QCA nano-circuit presenting as asubstitute level for the attainment of reversible circuits. The consistency of the proposed circuits is testedunder thermal randomnessthatreveal the functioning effectiveness of the circuits.The proposed circuits are simulated using QCADesigner andMicrowindlitetool which iswidely used for simulation and verification
关键词：Binary to Gray Converter;Quantum Dot Cellular Automata;Gray Code;Power;D;issipation
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