Fast and noise-aware power-up for on-die power gated domains

S. Sofer, D. Tzytkin, V. Neiman, Eyal Melamed-Kohen
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引用次数: 3

Abstract

On-die PSO is used for leakage power reduction. The power-up process at PSO exit (gated supply voltage recovery) is usually designed to be relatively slow process. This is done in order to keep quiet continuous power supply of always powered-on devices. We propose a way of acceleration the power-up, while holding the continuous power supply at acceptable level of noise. This is achieved by monitoring the IR droop level of the continuous power supply. It allows significant reduction of the power-up time with no functionality impact. The theoretical background, the arrangement schematics and the simulation results are presented.
快速和噪声感知的上电模块电源门控域
片上PSO用于减少泄漏功率。在PSO出口的上电过程(门控电源电压恢复)通常被设计为相对缓慢的过程。这样做是为了保持始终通电的设备的安静连续供电。我们提出了一种加速上电的方法,同时将连续电源保持在可接受的噪声水平。这是通过监测连续电源的红外下垂水平来实现的。它可以在不影响功能的情况下显著减少开机时间。给出了理论背景、布置原理图和仿真结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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