基于FinFET的4位优先编码器的平均功率、漏功率和漏电流计算

Vishwas Mishra, S. Akashe
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引用次数: 6

摘要

在硬件中实现的4输入3输出优先级编码器通常用作轮询设备,当在片内或片外的输入处接收到多个设备发起的访问请求时,它允许访问单个(硬件)资源。在此背景下,本文设计了一个适用于嵌入式系统应用的4位(4输入3输出)FinFET优先编码器模块,通过Cadence仿真发现,该4位动态FinFET优先编码器的平均功耗为11.56 nW,漏电流为26.19 pA,漏功率为131.1pW。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Calculation of Average Power, Leakage Power, and Leakage Current of FinFET Based 4-Bit Priority Encoder
A 4-input, 3-output priority encoder, implemented in Hardware, often serves as a polling device that permits access to a single (hardware) resource whenever access requests initiated by multiple devices are received at its inputs, either on-chip or Off-chip. In this context, the design of a 4-bit (4-inputs and 3-outputs) FinFET priority encoder module, suitable for embedded system applications is presented in this work and it is found from Cadence simulations that the 4-bit dynamic FinFET priority encoder Average power dissipation is 11.56 nW, Leakage Current 26.19 pA and Leakage Power 131.1pW.
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