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Research and Design of Electric Vehicle Controller Based on Brushless DC Motor

机译:基于无刷直流电动机的电动汽车控制器的研究与设计

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This article deals how to design a complete e-bike controller system by STM32 chip microcomputer. The circuit is mainly used for controlling the brushless DC motor, when we design the power inverted circuit, we usually check resistors voltage to detect the current and then send the data to CPU to complete the current closed loop system. However, when the controller is used in high power levers, the heavy current will cause some power loss. In order to improve this problem, we can detect the current according to the MOSFET tube resistance, and then we put the signal into the differential amplifier to make the signal accurate. Finally we may make the controller available on aluminum base board.
机译:本文涉及STM32芯片微型计算机设计完整的电子自行车控制器系统。该电路主要用于控制无刷直流电动机,当我们设计功率倒电路时,我们通常检查电阻电压以检测电流,然后将数据发送到CPU以完成当前闭环系统。但是,当控制器用于高功率杆时,重电流会导致一些功率损耗。为了改善这个问题,我们可以根据MOSFET管电阻检测电流,然后我们将信号放入差分放大器以使信号精确。最后,我们可以使控制器在铝制底板上提供。

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