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EUP8054ver1.0
- 单节锂电池充电芯片手册 EUP8054 PDF文件-EUP8054 datasheet
CodeCharger
- 共享我自制的充电器程序，此程序可以控制我的四节电池充电， 内部算法适用于小容量的锂电池充电-I share my home-made charger program, this program can control my four batteries, the internal algorithm is suitable for small-capacity rechargeable lithium battery
code
- 主要用于单节锂离子电池充电控制，采用美信半导体公司得锂电池充电芯片，其工作原理如下：有电池插入时，LED亮，蜂鸣器发出提示音，系统进入充电。-Mainly used for single cell Li-ion battery charge control, the use of Maxim Semiconductor chips have lithium batteries, it works as follows: a battery inserted, LED light, buzzer
dfgg
- 锂电池几种正极材料的优缺点 -The advantages and disadvantages of several lithium battery lithium battery cathode material advantages and disadvantages of several cathode materials
4TD
- 是一个单片机8051F410控制锂电池充放电的程序-Is a lithium battery charge and discharge control microcontroller 8051F410 procedures
ATM-DATAFLASH-CH(2009-12-25)
- 智能锂电池的很好的内部资料，只得到家学习和参考-Internal lithium battery good intelligence information, home study and reference only
bq2060-config-EEPROM-slva149
- 智能锂电池的很好的内部资料，值得大家学习和参考-Internal lithium battery good intelligence information, worth learning and reference
55851545655
- 本文从电动自行车能源转变趋势论述了采用超低功耗、高性 能MSP430F20X3设计电动自行车的锂电池充、放电保护电 路的方案。该方案从系统架构、充放电电路、检测及保护电 路设计的每一个细节论述设计的全过程，为电动自行车电源 的设计者提供了比较全面的参考。-L．_ion Battery Charge—discharge Protection Scheme of Electric Bicycle
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.
tynsjcdq
- 太阳能手机充电器，电池，单片机，智能，BUCK变换器 经过DC/DC变换电路处理后，由充电电路为负载供电。锂电池一般不宜采用全过程恒流充电方式，而是采取开始恒流快速充电，待电池电压上升到设定值时，自动转入恒压充电的方式，并且这样有利于保存电池容量。充电过程中采用LED灯、数码管指示，系统中设计有完备的过流过压保护，避免因电池过度充电而损坏，并且充电器采用模块式结构和USB接口，可对手机、MP3、摄像机等多种数码产品充电。-Solar cell phone chargers, batterie
batterytest
- 锂电池模型动力锂电池RC等效模型辨识方法双RC模型的搭建(Lithium battery model, power lithium battery, RC equivalent model identification method, double RC model)
li_battery_charger
- 基于stm8s108的锂电池平衡程序,有兴趣的朋友可以参考(Stm8s108 based lithium-ion battery balancing procedures, interested friends can refer to)
Li-ion
- matlab 锂电池模型 用于soc估算。(Lithium battery model)
battery model
- 本模块对车用动力锂电池的三种主要等效电路模型进行建模和仿真，搭建了相应的仿真模块。(In this module, three main equivalent circuit models of vehicle power lithium battery are modeled and simulated, and the corresponding simulation module is built.)
Inject_Project
- 用于精确检测锂电池注液量，判断OK/NG，并指引机械手进行自动分敛，自动补液机构进行自动补液。(C#,BATTERYWEIGHINGSYSTEM)
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.)
PNGVfangzhenmoxing2
- 这是一个锂电池pngv模型的建模，非常实用，易于移植(This is a modeling of lithium battery PNGV model, very practical and easy to transplant)
tida00449
- TI MSP430+BQ76930锂电池充放电管理代码(BMS code by using TI MSP430+BQ76930)
多功能锂电池充电器程序3.0
- 通过单片机stm32f103rbt6来采集充电回路上的电流和电压，然后经过算法处理后输出相应的PWM信号来驱动开关管，从而控制BUCK电路实现对锂电池的闭环充电控制。(Through the MCU stm32f103rbt6 to collect the charging current and voltage loop, and then through the algorithm outputs the PWM signal corresponding to the driving swi
cleaner
- 5串锂电池供电，474锂电池保护，STM8L051控制，双电机，吸尘电机与风扇电机。(5 sets of lithium battery power supply, 474 lithium battery protection, STM8L051 control, double motor, dust suction motor and fan motor.)