Design of novel low power dynamic latch comparator using multi-Fin technology

Akanksha Singh, Aushi Marwah, S. Akashe
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引用次数: 2

Abstract

The designing of high speed (ADC) analog to digital converter in low power for improving the performance like speed and power efficiency in dynamic latch comparator. This paper deals in reduction of leakage power and propagation delay of this dynamic latch comparator. Using various techniques designers can simulate and observe the different factors for enhancing the performance of the circuit. The conventional circuit is modified by using FinFET technique and with the help of proposed circuit the performance of the comparator circuit is enhanced. Performance parameters of the comparator like average power dissipation, energy efficiency, delay are being improved by using FinFET technique as compared to that of the conventional comparator circuit. Leakage power obtained using FinFET is 56.84 pW which is very less than that of conventional comparator. Simulation is done in 45-nm CMOS technology which confirms the analysis results.
基于多翅片技术的新型低功耗动态锁存比较器设计
为提高动态锁存比较器的速度和功率效率等性能,设计了低功耗高速模数转换器。本文研究了该动态锁存比较器的泄漏功率和传输延迟的降低。设计人员可以使用各种技术来模拟和观察提高电路性能的不同因素。采用FinFET技术对传统电路进行了改进,提高了比较电路的性能。与传统的比较器电路相比,采用FinFET技术可以提高比较器的平均功耗、能量效率、延迟等性能参数。使用FinFET获得的漏功率为56.84 pW,比传统比较器的漏功率小得多。在45纳米CMOS技术下进行了仿真,验证了分析结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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