CMOS技术中压电和摩擦电采集器的同步调理电路

É. Lefeuvre, D. Galayko
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引用次数: 0

摘要

这篇为“能量收集和电力高效电子”这一主题而提出的重点论文论述了基于有源能量提取技术的新一代调节电路,这种电路被称为“同步调节电路”。这些技术最初是为了提高具有内在质量差的压电换能器的能量产量而提出的,现在不仅是压电器件的现有方法的一部分,而且也是摩擦电换能器的一部分。他们最近的成功是由于大量使用针对低能量功率转换器优化的集成CMOS技术,即使在输入能量只有几微瓦的情况下,也可以构建高效的系统。本文简要介绍了同步能量提取技术及其应用,然后讨论了最近在CMOS技术上的成功实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Synchronous conditioning circuits for piezo- and triboelectric harvesters in CMOS technologies
This focus paper proposed for the track “Energy Harvesting and Power Efficient Electronics” addresses the new generation of conditioning circuits based on active energy extraction techniques, designed by the term “synchronous conditioning circuits”. Initially proposed for enhancing energy yield of piezoelectric transducers having intrinsic poor quality, these techniques are now a part of the established method not only for piezoelectric devices, but also for triboelectric transducers. Their recent success is due to intensive use of integrated CMOS technologies optimized for low-energy power converters, which allowed to build highly efficient systems even in the case when the input energy is of few microwatts. This paper shortly reviews the synchronous energy extraction technique and their applications, and then discusses recent successful implementations in CMOS technologies.
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