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Design and implementation of an automatic control for a laptop battery charger

机译:笔记本电池充电器自动控制的设计与实现

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In the process of charging laptop's battery, there is no automatic settings are disconnected and connecting the laptop charger voltage according to the needs and desires of the user. In addition, the apathetic nature of the laptop users often also lead to battery charging voltage overload on the laptop battery. These conditions will have an impact on the voltage of the battery leakage which will eventually be more easily damaged. In addition, the electrical energy will continue to flow from adaptor to the laptop and the resulting dissipation of electrical energy within a certain period. From some of these problems, the authors had the idea to make the tool as a form of solution that charging automatic controller. The tool is designed to regulate battery-charging time through additional software on the laptop. The method used was an experimental method. Results of this research have shown that these tools not only cut off the voltage from the adapter to the laptop, but also classes decide the flow voltage of 220V AC power adapter to the charger. Therefore, this tool provides two benefits at once, ie maintain the lifetime of the battery and also save electrical energy use.
机译:在为笔记本电脑电池充电的过程中,不会断开自动设置并根据用户的需要和连接笔记本电脑充电器的电压。此外,笔记本电脑用户的冷漠性通常还导致笔记本电脑电池上的电池充电电压过载。这些条件将影响电池泄漏的电压,最终将更容易损坏电池泄漏。此外,电能将继续从适配器流向笔记本电脑,并在一定时间内消耗掉电能。从这些问题中,作者想到了将该工具作为充电自动控制器解决方案的一种形式。该工具旨在通过笔记本电脑上的其他软件来调节电池充电时间。使用的方法是实验方法。这项研究的结果表明,这些工具不仅可以切断适配器到笔记本电脑的电压,而且还可以确定由220V AC电源适配器到充电器的流电压的类别。因此,该工具可同时提供两个好处,即保持电池的寿命并节省电能。

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