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Lithium-ion-battery-charger-
- 锂离子电池充电器方案的参考源码，程序编写规范，注释详细，可供参考和学习-Lithium-ion battery charger reference source of the program, programming specifications, detailed annotations available for reference and learning
SmartBattery-liion
- Smart Battery 锂离子电池管理系统 Smart Battery Li Ion Power Management System-Smart Battery, Smart Battery lithium-ion battery management system, Li Ion, Power Management System
HC768-3
- 这是锂离子电池测试系统下位机软件。主控制器为ARM7 NXP的LPC2214.包含通讯协议。-This is a lithium-ion battery test systems-bit machine software. The main controller LPC2214 ARM7 NXP.
Program
- 此程序为5s1p锂离子电池保护板源程序，采用PIC单片机，适用于电动工具保护板-Li-ion Program
OZ890-Application-Note
- 凹凸公司OZ8920方案锂动力电池设计参考-OZ890 Application Note 11- Application circuits for 5~13 cells Li-ion battery pack.pdf
Simulation-of-a-Li-air-battery
- 锂-空气电池的仿真实验代码，在持续放电情况下，电池存活时间为50天。内附代码及环境说明文件。-Simulation of aLithium- air battery. In the case of discharging, the battery survives for 50 days. Code and introduction file included
ME4064A_IC
- ME4064单节锂离子电池充电管理芯片技术资料-ME4064 single-cell lithium-ion battery charge management chip technology information
STM32LTC6803
- STM32开发LTC6803锂离子电池管理,3.2寸TFT液晶显示.-STM32 development LTC6803 Lithium-Ion battery management, 3.2 inch TFT LCD.
111
- 锂离子电池及电池储能系统的安全考量Safety of lithium ion batteries and battery energy storage system-Safety of lithium ion batteries and battery energy storage system
3
- 梯次利用锂离子电池电化学阻抗模型及特性参数-Echelon use model and characteristics of electrochemical impedance parameters of lithium ion battery analysis
AN137SW
- 用C8051F300设计锂离子电池充电器的解决方案！给大家参考！-C8051F300 design with lithium ion battery charger solution! For your reference!
c
- 主要可以用于锂离子电池的充电简单的控制程序实现，需要结合相应的电路图来完成测试。-Can mainly be used for lithium-ion battery charging control program to achieve a simple, requires a combination of the corresponding circuit to complete the test.
Li-buttery-design-summary
- 锂离子电池设计总结， 锂离子电池设计总结，锂离子电池设计总结-Lithium-ion battery design summary, lithium-ion battery designed to summarize, summarize the lithium-ion battery design, lithium-ion battery design summary
LPCP134-for-8.4V
- 一款基于富士通8FX单片机的锂离子电池充电器解决方案代码-A microcontroller-based Fujitsu 8FX lithium-ion battery charger solution code
bat_mod
- 一个通用的电池模型，并针对锂离子电池给出了相应的参数。-A generic battery model, and the corresponding parameters for lithium ion battery is presented.
Considerations--3-phase-DC-motor
- Intersil 白皮书：在三相电机应用中集成带锂离子电池的无刷直流电。随着主要用于延长运行时间的无刷电机和锂离子电池的引入，采用了电池给电机供电来驱动的设备产品市场正在快速增长。正在升级到这类新设备的传统市场应用实例包括：电池供电工具（电钻、电锯和鼓风机等）、小型电动车（电动自行车和轮椅等）、不间断电源，当然这只是一部分例子。这些新一代产品还需要经过升级的MOSFET 桥驱动器，以充分发挥其功能优势，同时减少与集成带有锂离子电池的无刷直流（BLDC）电机相关的问题。 -Intersil W
ssc_lithium_cell_1RC
- 锂离子电池一阶RC等效电路模型，也是目前应用较多的一种动力电池模型，适合新手-Lithium-ion batteries first-order RC equivalent circuit model, is currently the more of a power battery model, suitable for beginners
ssc_lithium_cell_2RC
- 动力锂离子电池二阶等效电路模型（MATLAB/simulink环境下运行）-Lithium-ion battery second-order equivalent circuit model (running MATLAB/under simulink environment)
chip-microcomputer
- 针对锂离子电池的充电管理问题，采取了一种基于单片机控制的智能充电方法，通过单片机与充电管理IC的配合，设计并实现了锂离子电池充电保护电路，从而达到了提高充电效率，延长电池寿命和节能的效果-For lithium ion battery charge management problems, take the a microcontroller based intelligent charging method, through the MCU and the charge management
battery-SOC-estimation-based-on-EKF
- 基于扩张卡尔曼滤波的磷酸铁锂蓄电池SOC检测，给出了电池模型和算法实现过程。-The extended Kalman filter (EKF) method for SOC estimation has some problems such as the lack of an accurate model, and model errors due to the variation in the parameters of the model due to the nonlinear behav