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Design of Micro Electromagnetic Vibration Energy Harvester and Storage System Based on Human Motion

机译:基于人体运动的微电磁振动能量采集与存储系统设计

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According to Faraday's law of electromagnetic induction,the electromagnetic vibration energy harvester can convert the mechanical vibration of human running or walking to electrical energy, the harvester output is through detection/rectification, two-stage of energy storage, stabilize voltage which is able to reach stable voltage of 4.2V,current of 355mA.The whole system doesn't need external power supply, the electromagnetic vibration energy harvester has produced two part the electric energy, a part used to storage, and another part provided power supply for circuit chips. Characteristic of the selected chip is low power and high stability. Analyzing the energy harvester's structure and principles, a basic electronic circuit for storing the electrical energy is also The amount of output electrical energy about energy harvester is controlled by magnetic field strength, amplitude and frequency of human movement.
机译:根据法拉第电磁感应定律,电磁振动能量采集器可以将人体行走或行走的机械振动转换为电能,该采集器的输出是通过检测/整流,二级蓄能,稳定电压达到的。稳定的电压为4.2V,电流为355mA。整个系统不需要外部电源,电磁振动能量采集器产生了两部分电能,一部分用于存储,另一部分为电路芯片提供了电源。所选芯片的特点是低功耗和高稳定性。通过分析能量收集器的结构和原理,还可以存储电能的基本电子电路。能量收集器的输出电能的数量由磁场强度,人体运动的幅度和频率控制。

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