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充电器充电状态指示
- 基于51单片机的充电器充电状态指示，在工程实际中已经稳定使用-MCU chargers charge state instruction of the practical use has been stable
LithiumIonBatteryCharger.zip
- 基于单片机的锂电池充电源代码，仔细阅读会有收获,MCU
em78p153s_8_090828
- 三段式充电器用电流检测定时程序，义隆单片机-Three-stage battery charger with the current detection timing procedures, Elan microcontroller
avr_charger
- avr单片机的充电器设计，内有c和汇编源程序-avr_charger
taiyangneng
- 通过单片机采样电压AD值，控制太阳能板充电，有过流过载保护。-AD through the single-chip voltage sampling value, control charging solar panels, there are over-current overload protection.
abc
- 用at89s52单片机控制步进电机实现1/8细分，可用于太阳能充电电池集光板的设计-Using AT89S52 realize single-chip stepper motor control 1/8 Subdivision, solar rechargeable battery can be used to set the design of optical plate
51_single-chip_based_on_th_realization_of_lead-aci
- 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, si
project_charger
- 本资料是一款充电器的单片机开发项目代码，里面有具体的原理图和开发代码-This information is a single-chip charger development code, there are specific code and the development of schematic
Charger
- 一个基于单片机的充电器程序，能冲各种电池，可以设定模式。-A procedure based on single chip charger can be washed all kinds of batteries, you can set the mode.
F9444_chg
- 用三星单片机F9444控制的充电器程序，汇编源代码。-Samsung MCU control with the F9444 charger program
mcs_PWM
- 本方法的基本思想就是利用单片机具有的PWM端口，在不改变PWM方波周期的前提下，通过软件的方法调整单片机的PWM控制寄存器来调整PWM的占空比，从而控制充电电流-The basic idea of this method is the use of microcontroller has the PWM ports, without changing the PWM square wave cycle, under the premise of the method to adjust by s
ATmega16_Power
- ATmega16 AVR单片机作电源检测。包括充电，电源输出测试等功能-ATmega16 AVR microcontroller for power detection. Including charging, power output test function
batterycharge
- 通过单片机程序控制对电池分时充电，并通过热敏电阻实时测温，防止电池充电过程过度发热-MCU programmed by time-charging the battery and, through the thermistor temperature measurement, battery charging process to prevent over-heating
xudianchikuaisuchongdianxitong
- 单片机快速充电系统的研究，很详细的论述了整个过程的充电系统，欢迎交流-SCM rapid charging system, is discussed in detail the whole process of charging system, welcomed the exchange of
1232
- 用51单片机做的智能充电器，有非常详细的原理图以及用c语言编写的源程序。-zhi neng chongdianqi
Ni-li-battery-charger
- 本程序实现了镍氢电池和锂电池的智能两用充电。采用STC12C5410AD单片机。采用MAX4173-T芯片进行电流采样。-This procedure implements the nickel-metal hydride batteries and lithium batteries intelligent dual-use charge. By STC12C5410AD microcontroller. MAX4173-T chip with current sampling.
智能充电器代码
- 这是基于12单片机的充电器代码，使用lcd1602显示，共有三种状态，首先对锂电池100mA涓流充电15分钟，然后500mA恒流充电，电压达4.2V后进行恒压充电，直到电流降为100mA，充电完成
Clock V4.0
- 一款锂电池供电简易时钟，含锂电池充电电路，数码管驱动电路。采用STM8单片机，功耗4ma。(A simple lithium battery powered clock, including lithium battery charging circuit, digital tube drive circuit. Using STM8 microcontroller, power consumption 4ma.)
stm32f030f4p6 Programming manual
- ST无线充电方案单片机指令集，用于无线充电方案(stm32f030f4 Programming manual)
基于单片机的太阳能寻光充电系统的设计
- 基于单片机的太阳能寻光充电系统的设计Design of solar energy searching and charging system based on single chip microcomputer(Design of solar energy searching and charging system based on single chip microcomputer)