A new full current mode sense amplifier with compensation circuit

Yiqi Wang,Fazhao Zhao,Mengxin Liu,Zhengsheng Han

ASICON（2011）

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摘要

Full current mode sense amplifier was presented previously which is proved to achieve low power and high speed. However, reliability problem constrains the use of this kind of sense amplifier. In this paper a new full current-mode sense amplifier with compensation circuit is proposed to resolve this problem. Simulation results based on the 0.18um CMOS process have verified that its sensing delay and power consumption are almost independent of bitline and dataline capacitances in the premise of guaranteeing the reliability.

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关键词

cmos analogue integrated circuits,cmos process,integrated circuit reliability,power consumption,compensation circuit,amplifiers,reliability problem,low-power electronics,bitline capacitances,dataline capacitances,full current mode sense amplifier,size 0.18 mum,sensing delay,integrated circuit design,current-mode circuits,low power electronics,cmos technology,cmos integrated circuits,reliability

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