能量收集电路,功率测量系统

Konstantinos Kozalakis, Ioannis Sofianidis, V. Konstantakos, S. Siskos
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引用次数: 0

摘要

本文提出了一种简单、低成本的功率测量系统技术,用于采集器、采集电路或开关变换器的表征和评估。该系统是一种实验室仪器,通过测量已知电容(V-T)上特定电压差的持续时间,可以测量从它吸取或提供给它的功率。这样,与依赖于电压和电流测量的最直接的方法相比,测量低功率值更容易。该系统仅使用市售的分立元件,并针对uW范围内的功率测量进行了优化,具有uW精度,并得到了实验结果的支持。测试的目的是比较不同的太阳能收集电路,并测量不同光强下的可用功率水平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Energy harvesting circuits power measuring system
The paper proposes a simple and low-cost technique of a power measuring system for the characterization and evaluation of harvesters, harvesting circuits or switching converters. The system is a lab instrument and it can measure the power that is drawn from or provided to it, by measuring the time duration for a specific voltage difference to occur on a capacitor of known capacitance (V-T). This way, it is easier to measure low power values in comparison with the most straightforward method that depends on voltage and current measurements. The system is using only commercially available discrete components and is optimized for measuring power in the uW range with uW accuracy as supported with experimental results. It was tested to compare different solar harvesting circuits and to measure the available power levels for various light intensities.
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