基于Proteus的电池电量检测装置设计与仿真

Design and Simulation of Battery Power Detection Device Based on Proteus

日常生活中对干电池的需求量越来越大,为了便于分类使用不同电量电池,提高电池使用效率和延长使用时间,设计了一种能够对电池剩余电量进行检测并分类收纳的装置。该装置通过测量电池电压确定电池剩余电量,并通过LED灯指示和继电器控制存放盒门的开关,其电路结构简单,无需MCU器件即可实现电量检测及分类控制功能,实现低成本电池的分类收纳。结合EDA现代电子技术,设计的电路在Proteus软件中进行了仿真测试,测试结果表明该电路可以准确判断电池电量并实现分类控制。

In daily life, the demand for dry cell is increasing. In order to facilitate the classified usage of different power battery, improve the usage efficiency and prolong the usage time, this paper designs a kind of device which can detect and classify the residual capacity of the battery. The device determines the remaining battery power by measuring the battery voltage. It controls the storage box door switch through the LED lamp indicator and the relay. The circuit structure is simple. The devices can realize the power detection and classification control function without MCU. It a- chieves the classification of the battery at low cost. Combining with the modem EDA electronic technology, the circuit of the design is simulated in the Proteus software. The test results show that the circuit can accurately judge the battery power and complete classification control.