搜索资源列表
RTC
- STM32是以Cortex-M3为核的处理器，该例程介绍STM32下如何对实时钟RTC进行操作。RTC可保存时间，由电池供电。-Cortex-M3 based STM32-core processor for the routine introduction STM32 how to operate in real-time clock RTC. RTC to save time, by the battery-powered.
quadrotor_dynamics
- 四轴飞行器Matlab仿真分析,涉及四轴飞行器主要部件如Motor,camera,电池等，分析包括稳定性、动力等-Four aircraft Matlab simulation analysis, involving Four major components of aircraft, such as Motor, camera, battery, etc., analysis, including stability, power,
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
BATTDRVR
- 基于2400的wince4.2的电池电量检测驱动-Based on the 2400 battery wince4.2 detection driver
batt
- wince 电池充电模块，实现了pda的充电显示界面，包括显示电量，充电-wince battery module, achieved a pda charging display interface, including the show power, charging
Battdrvr
- SMDK2442 Battery detect driver
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
lithiumionbatterypaper
- 北京大学化学与分子工程学院 一篇锂离子电池相关论文 -Chemistry and Molecular Engineering, Peking University School of a lithium-ion battery-related papers
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
HT46R52
- 鎳氫電池充電器 含程序-Ni-MH battery charger with the procedures
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
Battdrvr
- windows ce 6.0 2443 battery driver
fs9031-e
- 用于电瓶车的遥控报警系统的完整原程序，是现在正在生产的成熟代码。-Battery for the remote control car alarm system complete the original program, is now a mature production code.
Battery
- For Wm9715 Batter Driver
BatMonitor
- 通过程序读取系统电池状态信息，包括容量，充电充满需要多少时间，放电还可以放多久-Read through the procedures for the system battery status information, including the capacity, how much time required full charge, discharge can also take time
Kalman-Filter
- 利用卡尔曼滤波器计算电池组SOC，详细介绍了卡尔曼滤波器以及电池模型-Use of Kalman filter calculation battery SOC, the detailed introduction of the Kalman filter and battery model
book-charger
- 《智能快速充电器设计与制作》电子书，介绍电池充电器原理及制作。-《Intelligent rapid charger design and production》 e-books, introduce the principle and the production of battery chargers.
ds2786
- 锂电池电量检测芯片ds2786驱动程序(参照linux/driver/power/ds2760_battery.c).在linux-2.6.24内核测试通过.-Lithium battery Detect chip ds2786 driver. Linux-2.6.24 kernel at the test.
matlabsimulation
- 卡尔曼滤波算法的仿真、最小二乘参数估计、整个电池管理系统的simulink仿真-Kalman filter algorithm simulation, least-squares parameter estimation, the whole of the battery management system simulink simulation