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Irreversible logic based 2:4 decoder

机译:基于不可逆转的逻辑2:4解码器

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摘要

Reversible logic has presented with great significance in the recent years because of its characteristics of reduction in power dissipation. Applications of reversible logic circuits lies in the area of Low power CMOS, quantum computing, nanotechnology, DNA computing etc. Wide range of researchers are currently works on sequential and combinational circuits with the help of reversible logic. Decoders are one of the most significant circuits which are used in combinational logic. Various approaches have been proposed for their design. In this article, we have proposed a design of 2:4 decoder. These proposed circuits will be implemented with the help of CMOS BSIM4 model. Proposed design will be efficient in terms of constant inputs, garbage outputs, quantum cost. The reversible logic based design will be implemented and simulated using tanner EDA tool. Performance analysis of the design will be done considering various parameters.
机译:由于其减少功耗的特性,可逆逻辑在近年来具有重要意义。可逆逻辑电路的应用在于低功率CMOS,量子计算,纳米技术,DNA计算等。广泛的研究人员目前在可逆逻辑的帮助下工作在顺序和组合电路上。解码器是组合逻辑中使用的最重要的电路之一。已为其设计提出了各种方法。在本文中,我们提出了2:4解码器的设计。这些提出的电路将在CMOS BSIM4模型的帮助下实现。建议的设计将在恒定输入,垃圾输出,量子成本方面有效。基于可逆的逻辑设计将使用Tanner EDA工具实现和模拟。考虑各种参数,将完成设计的性能分析。

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