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Investigation into the potential use of integrated switching regulators for low-voltage, low-power phovotovoltaic conversion in space applications

机译:对低压,低功耗洋养福伏型在太空应用中的潜在用途的调查

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With the advent of PoL (Point of Load) technology, several commercial integrated switching regulators already have their space-qualified versions. Apart of its original purpose, other functions can be explored using those integrated circuits. In this work, Solar Array Regulation with Global Maximum Power Point capability is analyzed. Maximum power tracking and input voltage regulation have been studied and verified experimentally in a low-voltage, low-power battery bus configuration. Nano and pico-satellites, like CubeSats, are the main potential users for this approach.
机译:随着POL(负载点)技术的出现,几种商业集成开关调节器已经有其空间合格的版本。除原始目的之外,还可以使用这些集成电路探索其他功能。在这项工作中,分析了具有全局最大功率点能力的太阳能阵列调节。已经研究了最大功率跟踪和输入电压调节,并在低压低功耗电池总线配置中实验进行了实验验证。纳米和微微卫星,如立方体,是这种方法的主要潜在用户。

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