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A Self-Powered Wireless Gas Sensor Node Based on Photovoltaic Energy Harvesting

机译:基于光伏能量收集的自动无线气体传感器节点

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In this work, we present a compact self-powered wireless gas sensor node based on photovoltaic (PV) energy harvesting (EH). Instead of a bulky and power-hungry gas sensor with separate gas signal processing (GSP) circuits, a mm3-sized colorimetric sensor film is integrated with a PV cell, and the GSP function is seamlessly embedded within EH circuits. Also, a dual-input shared-inductor boost converter is used to improve the EH efficiency under gas exposure. Offset cancellation is performed in GSP circuits to provide accurate gas-sensing readout without any external trimming.
机译:在这项工作中,我们介绍了一种基于光伏(PV)能量收集(EH)的紧凑型自动无线气体传感器节点。 而不是具有单独的气体信号处理(GSP)电路的笨重和耗电的气体传感器,一个mm 3 -Sized ColoriCrecric传感器膜与PV电池集成,GSP功能无缝地嵌入EH电路内。 此外,双输入共享电感器升压转换器用于提高气体曝光下的EH效率。 在GSP电路中执行偏移消除,以提供准确的气体传感读数,而无需任何外部修剪。

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