低电源电压下180nm低功耗高速比较器的分析与设计

Sagar Kumar Vinodiya, R. Gamad
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引用次数: 3

摘要

随着对低功耗、高速模数转换器(adc)需求的不断增加,对CMOS比较器进行了分析,并给出了不同类型比较器的仿真结果,从而推动了CMOS比较器能够在低电源电压下以最高速度工作,并具有较高的功率效率。仿真由Cadence Virtuoso模拟设计环境完成,采用SCL 180nm技术,在1.2伏电源电压下进行仿真。该比较器的最小功耗为96.5pw,延迟为0.56ns。在此期间,时钟频率为250 MHz。作者还分析了直流响应和瞬态响应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis and design of low power, high speed comparators in 180nm technology with low supply voltages for ADCs
This paper presents the analysis of different types of comparator and their simulated results as the requirement for low-power, high speed analog to digital converters (ADCs)is increasing, this drive towards the CMOS comparators which are capable to work in Low supply voltage at maximum speed with high power efficiency. Simulation is done by Cadence Virtuoso Analog Design Environment using SCL 180nm technology and simulation done at 1.2 Volt supply voltage. The comparator has least power consumption of 96.5pw with a delay of 0.56ns. During this the clock frequency was 250 MHz Also authors have analyzed DC responses and transient responses.
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