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ver2.0
- 采用CYGNAL F015单片机，用于一个电池老化试验柜（即循环充放电）的实用程序，实现了SMBUS总线通信协议。-used CYGNAL macroeconomic microcontroller, for a battery aging test counters (that is, charge-discharge cycle), the practical procedures to achieve the SMBUS bus communication protocols.
charge070510
- 充电控制程序，通过MCP3004检测充电电池状态，根据电压变化自动补充，自动关断，适用于镍氢电池组。-charge control procedures, MCP3004 detection rechargeable battery status, voltage automatic replenishment, turn off automatically applied to nickel-hydrogen batteries.
switchpower_mage48.rar
- 应用mage48IC编写的充电器程序功能如下： 1.充电指示 2.电量显示 3.电池保护 4.自动断电 5.充电电压选择12V24V 本程序无任何问题已经量产 ,Application procedures mage48IC function charger prepared as follows: 1. Recharging instructions 2. Electricity display 3. Battery Protection 4. Auto power off 5.
smartcharge.rar
- 笔记本电池通讯软件 samrt charge 可以检测和修改电池信息 ,Notebook battery samrt charge of communications software can detect and modify the battery information
SOC 估算电池SOC的基本方法
- 用matlab/simulink 开发估算电池SOC的基本方法-battery State of Charge calculate method
chongdianqi
- 智能充电器，随着越来越多的手持式电器的出现，对高性能、小尺寸、轻重量的电池充电器的需求也越来越大。电池技术的持续进步也要求更复杂的充电算法以实现快速、安全地充电-Smart charger, as more and more the appearance of hand-held electrical appliances, high-performance, small size, light weight battery charger is also growing demand. Con
AT89C2051
- AT89C2051做控制电路定时器,可做电动车充电器充电时间控制,电饭锅等-AT89C2051 make control circuit timer, electric vehicle battery charger can charge time control, rice cooker, etc.
UMPCMonitor
- 通过串口读取EC传送的电池信息，然后据些绘制动态实时的电池曲线，包括电量，电压，电流，充放电状态等等。-EC to send through the serial port to read the battery information, and then, according to more dynamic real-time mapping of the battery curve, including the power, voltage, current, charge-discharg
LUNWEN
- 设计并制作一个电能收集充电器，充电器及测试原理示意图如图1。该充电器的核心为直流电源变换器，它从一直流电源中吸收电能，以尽可能大的电流充入一个可充电池。-Design and production of electrical energy to collect a charger, charger and test schematic diagram of Figure 1. The core of the charger DC power converters, which flows fro
LM386
- 设计并制作一个电能收集充电器，充电器及测试原理示意图如图1。该充电器的核心为直流电源变换器，它从一直流电源中吸收电能，以尽可能大的电流充入一个可充电池。-Design and production of electrical energy to collect a charger, charger and test schematic diagram of Figure 1. The core of the charger DC power converters, which flows fro
WAVE6000
- 设计并制作一个电能收集充电器，充电器及测试原理示意图如图1。该充电器的核心为直流电源变换器，它从一直流电源中吸收电能，以尽可能大的电流充入一个可充电池。-Design and production of electrical energy to collect a charger, charger and test schematic diagram of Figure 1. The core of the charger DC power converters, which flows fro
BattThread320240
- wince5.0下的电池的上层应用程序，检测是否充电，弹出界面，显示电量大小，是学习ui线程的好例子-wince5.0 battery under the upper application, testing whether the charge, showing the size of electricity is a good example to learn ui thread
CSY
- 针对锂离子电池的抗过充、过放能力弱，应用中要求有较为完善的保护措施和较高精度的充放电控制电路而设计的测试仪汇编原代码。-Lithium-ion battery for the anti-overcharge, over discharge, low application requires a more comprehensive protection measures and high precision charge and discharge control circuit tester
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)
33753169DCDC_Battery
- 电池充放电不隔离拓扑，功能还不错，适合入门者(The battery charge and discharge isolation topology, good features, suitable for beginners)
parallel_battery_SC_boost_converter
- matlab仿真，蓄电池和超级电池协同充放电(Matlab simulation, battery and super battery charge and discharge)
The battery charging model.zip
- 电池充电模型的搭建，可以对电池进行充电同时故障时可对负载供电，可运行。(The battery charging model is built to charge the battery while powering the load and operating.)
BatteryBMS
- 该模型主要模拟蓄电池及其电池管理系统，即BMS，其中包括充放电电流计算、电池温度等，可用于电动汽车、燃料电池汽车模拟，也可用于电池建模计算(The model mainly simulates the battery and its battery management system, namely BMS, including charge and discharge current calculation, battery temperature, etc., which can be us
LTC2944
- LT2944電池計量, 包含充電, 放電, 電池電壓, 溫度(The LTC2944 measures battery charge state, battery voltage, battery current and its own temperature in portable product applications.)
锂电池模型
- 锂电池simulink仿真模型，充放电电流、温度、电池初始电量为输入，电压、电流、SOC等参数为输出。(Lithium battery simulink simulation model, charge and discharge current, temperature, initial battery charge are input, voltage, current, SOC and other parameters are output.)