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atmel_charger
- 开发充电器的请看：Atmel提供的智能充电器全部资料，用AVR单片机实现。能对镍镉，镍氢，锂电池充电。-development Charger See : Atmel smart charger provided all information with the AVR MCU. Can nickel cadmium, nickel metal hydride, lithium batteries.
changer
- 充电器源代码 才有AVR CPU 控制 可以对大部分电池充电-Chargers source code can be AVR CPU control for most battery charge
app_avrGA8_source_code
- ATMEL AVR 单片机 ni-mh 电池充电控制原代码-ATMEL AVR ni-mh battery charge control source code
F94444 控制两种充电模式的源代码
- 用F9444分别控制 2节和4节镍氢电池充电
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
liprotect.rar
- 锂电池 充电保护板 原理图及PCB图 protel99se 格式 珍藏板 已在工程实际用应用,Rechargeable lithium battery protection board and the PCB schematic diagram protel99se collection plate format has been used in engineering applications
c8051f300chongdian
- 基于c8051f300设计的锂电池充电器的应用笔记。内有源代码和原理图-C8051f300 design of lithium-based battery charger application notes. Within the source code and schematic
an137swf300lionbatterycharger
- 基于C8051F300的锂电池充电解决方案.包含文档和源程序.-C8051F300-based lithium battery solutions. Contains documentation and source code.
6N137_BATTCharger
- 锂电电池充电电路和源代码。不带低电压检测-Lithium battery electric circuit and the source code. Non-low-voltage detection
main
- PIC10f220 完成的电池充电保护 -PIC10f220 complete battery charging protection
Ni-mH_battery_charger
- 镍氢电池充电器方案，含汇编程序，来自ATMEL-Ni-mH battery charger solution, include assembly firmware
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
595643732051
- 充电程序，充满后转为涓流充电，每月分钟表对电池检测一次。
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
Second
- 使用在锂电池充电器上的材料，包括采集等信号处理-Lithium battery charger used in the material, including the collection of signal processing, etc.
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.)
BatteryCharger18V
- IAR编程环境，应用于stm8系列单片机的18V电池充电控制程序(IAR programming environment, applied to stm8 Series MCU 18V battery charge control program)
充电盒
- MCU外加简单的电路即可完成对耳机充电功能。 多重保护 充/放电电池端的过压、过流保护，放电转换效率高(The MCU has a simple circuit to recharge the earphones. Multiple protection Overvoltage and overcurrent protection at charge / discharge battery end, high discharge conversion efficiency)
基于LTC4070的锂离子电池充电电路设计
- 面向锂离子/聚合物电池、易于使用和纤巧的并联电池充电器系统IC LTC4070。该器件以其 450nA 的工作电流，用以前不能使用的非常低电流、断续或连续充电电源，对电池进行充电和保护。增加一个外部 PMOS 并联器件后，LTC4070 的充电电流可以从 50mA 提高(IC LTC 4070 for lithium ion polymer battery, easy to use and flexible parallel battery charger system. The device