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基于单片机的直流电能收集充电器的设计与实现
引用本文:夏淑丽.基于单片机的直流电能收集充电器的设计与实现[J].现代电子技术,2014(7):160-162.
作者姓名:夏淑丽
作者单位:徐州工业职业技术学院,江苏 徐州221140
摘    要:设计了一种直流电能充电器,该充电器可将直流电源的能量传递到3.6 V以上的可充电电池中。系统根据输入电压不同采用MC34063和HT7750来构建供电电路给电池充电,经过89C51单片机控制AD0832来检测电源输出电压的大小,从而判断是否对电池进行充电,并且检测时间的长短可以根据用户的需要进行设定,并通过数码管显示出来。为了提高单片机的工作效率,对单片机处于休眠和工作两种状态进行断续的检测。

关 键 词:MC34063稳压电路  89C51单片机  HT7750  单片机休眠模式

Design and implementation of direct current charger based on single chip
XIA Shu-li.Design and implementation of direct current charger based on single chip[J].Modern Electronic Technique,2014(7):160-162.
Authors:XIA Shu-li
Affiliation:XIA Shu-li(Xuzhou College of Industrial Technology,Xuzhou 221140,China)
Abstract:A direct current charger is designed,which can transfer the energy of direct current power source to rechargeable battery above 3.6V. According to entering voltage,the system adopts MC34063 and HT7750 to structure the electricity supplying circuit to charge battery. The AD0832 controlled by 89C51 single chip is used to check the output voltage of power source,so as to judge whether to charge up the battery or not. The detecting time can be set according to demands of users,and displayed by the nixie tube. To improve the work efficiency of the single chip,its two modes of work and sleep are detected spasmodically.
Keywords:MC34063 voltage regulator circuit  89C51 single chip  HT7750  single chip sleep mode
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