介绍了一种基于TMS320LF2407DSP、智能PI控制的新型蓄电池充放电电源的设计方法。
The paper presents a new design method based on TMS320LF2407DSP and intelligent PI control for charging and discharging power supply.
该复合电源结构简单，利用两种电池固有的充放电特性，而不依靠控制电路实现自适应控制。
The hybrid power system is simple, it utilizes the intrinsic charging and discharging characteristics of the two batteries not relys on control circuit to implement adaptive control.
用状态平均法分析了开关电源充放电过程。
Thus state averaging method is used to analyze the charging and discharging processes of the switching power supply.
液晶显示器的电源需要多组不同位准的电压来对液晶进行充放电的动作。
The power sources for LCD panels need different voltage scale to charge and discharge the liquid crystal capacitors.
液晶显示器的电源需要多组不同位准的电压来对液晶进行充放电的动作。
The power sources for LCD panels need different voltage scale to charge and discharge the liquid crystal capacitors.
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