A power-on-reset circuit with precisely triggered threshold voltages

Ruibin Xie, Qiang Zhao, Y. Ma, Fengbo Xie, Feng Lin, Shengdong Zhang
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引用次数: 3

Abstract

A power-on-reset (POR) circuit, which is an important block in mixed-signal integrated circuits, is used for the correct initialization of critical logic states in digital blocks of mixed-signal circuits. A POR circuit with precisely triggered threshold voltages is proposed. The circuit is designed in a 0.18 μm CMOS technology with a maximum 4 μA quiescent current. The output signal of the proposed circuit is also used to precisely detect whether the power supply is power-on or brown-out. The proposed POR circuit is insensitive to the power ramping time and tolerant to process variations. At typical corner, the proposed circuit reduces the quiescent current by more than 10x and layout area by 38% compared to the previously published designs.
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具有精确触发阈值电压的通电复位电路
POR (power-on-reset)电路是混合信号集成电路中的一个重要模块,用于正确初始化混合信号电路的数字模块中的关键逻辑状态。提出了一种具有精确触发阈值电压的POR电路。电路采用0.18 μm CMOS工艺设计,最大静态电流为4 μA。该电路的输出信号还用于精确检测电源是否上电或断电。所提出的POR电路对功率斜坡时间不敏感,并能容忍工艺变化。在典型的拐角处,与先前发表的设计相比,所提出的电路将静态电流减少了10倍以上,布局面积减少了38%。
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