搜索资源列表
charger
- 1.2v镍氢电池智能充电器，内含C源代码，原理图以及PCB文档，采用△V方法检测电压变化。-1.2V Ni-MH battery smart charger, includes C source code, schematic and PCB documents, the use of △ V voltage change method.
pinpu
- 频谱仪锂电池电量表,非常适合学习和使用单片机开发的人用-Spectrum Analyzer Table lithium battery, very suitable for the learning and use of single-chip developed with
MCP73831
- MCP73831 是一款高级线性充电管理控制器，它适用于 空间小而对成本敏感的应用场合。MCP73831 提供 8 引 脚2 mm x 3 mm DFN 和5 引脚SOT23 两种封装形式。 由于体积小且外接元件少，MCP73831 非常适用于便携 式设备。MCP73831 也可用于USB 充电设备，它符合 主流USB 总线电源的所有规范。 MCP73831 采用恒流/ 恒压充电算法，并提供预充选项 和充电结
batter
- 单片机 mega16L 电池放电器源码-Singlechip mega16L battery source discharger
AVR-Charger
- AVR官方设计的充电器,为SLA、NiCd、NiMH和Li-Ion电池设计的充电器。-AVR official charger designed for SLA, NiCd, NiMH and Li-Ion battery charger designed.
charger
- 智能快速充电器设计资料，包括NI-CD NI-MH和锂电池，铅蓄电池充电器的设计 -Intelligent fast charger design information, including NI-CD NI-MH and lithium batteries, lead acid battery charger design
chong
- 本程序是下个双通道充电器的原程序,充两节NI-MH电池,-This procedure is the next dual-channel charger for the original procedure, two rechargeable NI-MH battery,
Multisim9dianchidianlu
- Multisim9 电池电路设计 压缩包解压时不能有密码-Multisim9 battery pack compression decompression circuit design can not have a password
bms-1-16
- 基于Labwindows的电池故障诊断系统-Based on Labwindows battery fault diagnosis system
HCQ
- 用PIC单片机18F6520＋ADE7755实现的一个大安培、锂离子电池的化程器。全部源码，C语言，开发环境MPLAB.-With PIC Singlechip 18F6520 ADE7755 realize a big amp, lithium-ion battery-way of the browser. All source code, C language, development environment, MPLAB.
E_display
- 基于AVR单片机的电池容量显示 开发环境 I-Based on the AVR MCU development environment battery capacity display I
OpenCVHaartraining_battery
- 这是利用OpenCV里的基于Adaboost算法的Cascade结构在识别电池上的应用，里面的.xml文件可直接应用识别电池，基与Vision C++ 平台的，特别适合对Adaboost算法感兴趣的研究！-This is based on the use of OpenCV
BatteryStatus.tar
- 电池充电量显示界面，可以用于工业监控界面程序的开发，欢迎大家使用-Battery capacity display interface, the interface can be used for industrial monitoring program development, welcome to use
GM6802
- 低成本串联镍氢镍镉充电器电路图 用于镍氢电池或镍氢电池组的快速充电专用集成电路，具备镍氢电池充电需要的所有功能，使充电过程完全自动化，充电时间短，充电效率高，安全可靠，应用设计简单。-Series of low-cost nickel-metal hydride nickel-cadmium battery charger circuit for nickel-hydrogen batteries or Ni-MH recharge
MAX1898
- 充电器的充电过程主要由MAX1898控制，而单片机芯片主要是对电池起保护作用-Charger charging process control mainly by the MAX1898, and single-chip chip is mainly protective effect on the battery
F310
- F310智能多节哩电池方案本方案采用高速SOC 型单片机C8051F310 做为主控CPU，本方案有更改参数方便、控制 精确、适用性强等优点。-Intelligent Multi-F310 battery program mile section of the program using high-speed single-chip SOC type C8051F310 as a master CPU, the program to
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
16f684
- 具有AD 电池电压采集，电池板电压采集，双路信号采集 -AD battery voltage with the collection, the battery voltage plate collection, two-way signal acquisition
AP4313
- AP4313 是一个恒流恒压控制芯片，可用于锂电池保护电路或用于LED灯控制电压电路-AP4313 is a constant voltage constant current control chip can be used in lithium battery protection circuit or LED lights for the control voltage circuit
95302951nrf905-jl
- 由于本系统用电池供电，对功耗要求较高，在整个系统的软硬件设计时应引起足够的重视-As the battery-powered systems for high-power requirements, in the entire system software and hardware design should attach adequate importance to