文件名称:51_single-chip_based_on_th_realization_of_lead-aci
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在蓄电池应用领域, 铅酸蓄电池以可靠、电容量大、维护简单等特点占有很大的市场。本文太阳能铅酸蓄电
池的充电方案采用了在单片机领域应用最广的51 单片机, 依靠adc 进行模拟量数据采集并在51 上采用软件实现pwm 算法
对12v 铅酸蓄电池进行( 三段精细) 充电控制, 得到良好的控制效果。基于51 单片机的铅酸蓄电池充电器的实现-Applications in batteries, lead-acid battery to a reliable, large capacity, simple to maintain a large market. In this paper, lead-acid battery charging solar energy program of the use of single-chip applications in the most extensive single-chip microcomputer 51, to rely on analog adc data collection and use of the 51 software pwm algorithm for 12v lead-acid batteries (three fine ) charge control, good control effect.
池的充电方案采用了在单片机领域应用最广的51 单片机, 依靠adc 进行模拟量数据采集并在51 上采用软件实现pwm 算法
对12v 铅酸蓄电池进行( 三段精细) 充电控制, 得到良好的控制效果。基于51 单片机的铅酸蓄电池充电器的实现-Applications in batteries, lead-acid battery to a reliable, large capacity, simple to maintain a large market. In this paper, lead-acid battery charging solar energy program of the use of single-chip applications in the most extensive single-chip microcomputer 51, to rely on analog adc data collection and use of the 51 software pwm algorithm for 12v lead-acid batteries (three fine ) charge control, good control effect.
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基于51单片机的铅酸蓄电池充电器的实现.pdf