FinFET绝热电路中的功率门控

Nikhil Deo, Rusni Kima Mangang, K. Murugan
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引用次数: 4

摘要

在本文中,我们在基于FinFET的绝热电路中实现了功率门控。功率门控是一种低功耗设计技术,用于具有待机/睡眠模式的电路。与CMOS逻辑相比,绝热逻辑具有非常低的开关功耗,而且当使用FinFET器件代替MOSFET时,功耗可以进一步降低。因此,我们将所有这些技术结合起来设计低功耗数字电路。为了验证我们的想法,我们设计了两个功率门控绝热电路,第一个是IPFAL逆变器,第二个是IPFAL 2:1多路复用器,使用PTM 45nm技术节点用于批量MOSFET和FinFET。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Power gating in FinFET Adiabatic circuits
In this paper, we have implemented power gating in FinFET based Adiabatic circuits. Power gating is a low power design technique used in circuits having standby/sleep mode. Again adiabatic logic has very low switching power dissipation than compared to CMOS logic, also when FinFET devices are used in place of MOSFET then power dissipation can be further reduced. So we have used the combination of all these techniques to design low power digital circuits. For validating our idea we designed two power gated adiabatic circuits, first one is IPFAL Inverter and the second one is IPFAL 2:1 Multiplexer using PTM 45nm technology node for bulk MOSFET as well as FinFET.
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