采用FinFET技术的高能效移位寄存器

H. Singh, M. Meenalakshmi, S. Akashe
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引用次数: 4

摘要

本文提出了一种基于FinFET的低功耗移位寄存器。这样做是为了提高移位寄存器的性能。先前设计的移位寄存器使用CMOS(互补金属氧化物半导体),与所提出的电路相比,它消耗更多的功率,因此我们需要一个工作在低功耗下的电路。现在我们利用FinFET技术设计了一个移位寄存器,电路显示出降低漏功率的效果。这克服了FinFET移位寄存器在低功耗下运行的电路。fet移位寄存器是数字系统中重要的存储元件。由于采用了FinFET技术,该电路有望实现高速度和高可靠性。移位寄存器和FinFET移位电阻之间的比较采用了CMOS 45nm技术,比以前的晶体管技术降低了41%的泄漏功率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Power efficient shift register using FinFET technology
A low power shift register by using FinFET is proposed in this paper. This is done to achieve improvement in performance of shift register. Previously designed Shift register makes use of CMOS (complementary metal-oxide semiconducter) which dissipates more power as compared to the proposed circuit, so we need a circuit that work on low power. Now we design a shift register by using FinFET technology that circuit show the reducing leakage power. This overcomes circuit of FinFET shift register run on low power. This FinFET shift register is an important memory element in digital system. The proposed circuit is expected to high speed and high reliability due to the using FinFET technology. The comparison between shift register and FinFET shift resister are using CMOS 45nm technology which lower 41% of leakage power then the previous transistor technology.
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