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ULTRA LOW POWER ENERGY STORAGE CIRCUIT FOR PIEZOELECTRIC NANOGENERATORS

机译:压电纳米液器材超低功率储能电路

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摘要

MEMS and NEMs devices benefit many applications due to their unique performance and tiny size. We have researched replacing components of a Wireless Sensor Network (WSN) mote with several such devices. In this paper, we present an energy conversion and storage circuit that can be used with piezoelectric nanogenerators for self powered motes. Energy from external vibration or environmental acoustics is capacitively stored and released at certain time intervals according to the application. Stored and lost power is compared against a detailed WSN mote power budget to size the generator and capacitor.
机译:MEMS和NEMS设备由于其独特的性能和微小尺寸而受益匪浅。我们研究了用几种这样的设备更换无线传感器网络(WSN)MOTE的组件。在本文中,我们提出了一种能量转换和存储电路,可以与压电纳米电磁器一起使用的用于自动动力。根据应用,来自外部振动或环境声学的能量以特定的时间间隔地电容存储和释放。将存储和丢失的功率与详细的WSN Motot Power预算进行比较,以尺寸为发电机和电容器。

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