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引用次数: 0

摘要

在这项工作中,我们提出了一种用于振动分析的无线能量收集供电解决方案。为了确保最小的功耗,系统配备了我们自己的射频协议,这是为能量收集的需要量身定制的。我们的系统外形小巧,同时包含了无线能量收集传感器单元所需的一切。它有两个可切换的MEMS加速度计,以确保最小的功耗,并在需要时保持宽的频率范围。采用浮点硬件加速器的板载处理单元进行傅里叶变换,提高了振动频谱分析的效率。能量管理单元采用双拓扑设计,使其能够同时接受低阻抗和高阻抗能量采集器(混合采集)。射频模块可以使用我们自己的射频协议或蓝牙标准(蓝牙5,具有长距离PHY的BLE)。
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Self-Powered Vibration Analyser
In this work we present a wireless, energy harvesting powered solution for vibration analysis. In order to ensure minimal power consumption the system is equipped with our own radiofrequency protocol, which is tailored for the needs of energy harvesting.Our system has a small form factor, all the while containing everything needed for a wireless energy harvesting sensor unit. It has two switchable MEMS accelerometers to ensure minimal power consumption and to maintain wide frequency range if needed. The on-board processing unit with floating point hardware accelerator makes Fourier transformation, thus vibration spectrum analysation efficient. The energy management unit is designed with dual topology, making it able to accept both low and high impedance energy harvesters at the same time (hybrid harvesting). The radiofrequency module may work with our own radio frequency protocol or with the Bluetooth standard (Bluetooth 5, BLE with long range PHY).
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