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Design of rapid charge system for lithium battery based on TMS320F2407

机译:基于TMS320F2407的锂电池快速充电系统设计

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Owing to the characteristics of nonlinear and time varying of different parameters in processing of storage battery charging, in order to realize rapid charge for lithium battery with high efficiency, the idea of charge system for lithium battery based on TMS320F2407 is proposed in this paper. Fuzzy control of recursive neural network based on immune genetic algorithm is adopted, to solve some problems occurred in the rapid charging system. Controlling circuits and corresponding system software are designed. The ability of real-time processing for rapid charge and peripheral function of controller are put into one set, and it is proved that the proposed method is feasible through practical experiment.
机译:鉴于蓄电池充电过程中非线性和不同参数随时间变化的特点,为实现锂电池的高效快速充电,提出了基于TMS320F2407的锂电池充电系统的思想。采用基于免疫遗传算法的递归神经网络模糊控制,解决了快速充电系统中出现的一些问题。设计了控制电路和相应的系统软件。将快速充电的实时处理能力和控制器的外围功能合二为一,通过实际实验证明了该方法的可行性。

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