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Magnetic resonant harvesters and power management circuit for magnetic resonant harvesters

机译:磁共振采集器和用于磁共振采集器的电源管理电路

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This paper deals with the design of a vibration minigenerator and its power management electronics. The minigenerator is used as the independent energy source for wireless temperature sensors in NH-90 helicopters. The power management electronics is useful for this purpose as there exists interdependence between the generator output voltage instability and the helicopter vibrations instability. In this respect, it should also be proper to mention the necessity of applying the battery. Further, the presented article provides a description of two principles of the management electronics, namely the power factor corrector and the simple energy storage with a DC/DC regulator. It has been experimentally confirmed the minigenerator together with the electronics can save up to 52% battery energy according to the flight options with the used devices. Using the more efficient generator and electronics it should be up to 100% of the battery energy.
机译:本文讨论了振动微型发电机及其电源管理电子设备的设计。微型发电机被用作NH-90直升机中无线温度传感器的独立能源。电源管理电子设备可用于此目的,因为在发电机输出电压不稳定性和直升机振动不稳定性之间存在相互依存关系。在这方面,还应该提及使用电池的必要性。此外,本文介绍了管理电子设备的两个原理,即功率因数校正器和带有DC / DC调节器的简单储能。实验证明,根据使用的设备的飞行选项,微型发电机和电子设备可以节省多达52%的电池能量。使用效率更高的发电机和电子设备时,电池能量应高达100%。

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