External Power Gating Technique – An Inappropriate Solution for Low Power Devices

Matěj Bartík
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Abstract

This paper presents an in-sight about one of the most widely used power optimization technique: a power gating. The power gating technique has been used for use cases, where part of a system is required to be (temporally) disconnected from a power source to reduce the overall system's power consumption. However, we discovered an issue which makes a discrete variant (external MOSFET transistors in power supply paths of an integrated circuit) of the power gating technique unsuitable for low power designs such as battery-operated IoT (Internet of Things) nodes.
外部电源门控技术——低功率器件的不合适解决方案
本文介绍了一种应用最广泛的功率优化技术:功率门控。功率门控技术已用于需要(暂时)断开与电源的部分系统连接以降低整个系统功耗的用例。然而,我们发现了一个问题,该问题使得功率门控技术的离散变体(集成电路电源路径中的外部MOSFET晶体管)不适合低功耗设计,例如电池供电的IoT(物联网)节点。
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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