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充电器
- 慢脉冲快速充电方法有效控制电池极化的研究 王 坚1 朱松然2 (1 江苏盐城师院电源技术研究中心 江苏盐城224002) (2 天津大学 化工系 天津300000) 摘 要：本文以铅酸电池为例着重介绍了慢脉冲快速充电方法有效控制电池充电时电池的极化。大电流造成析气反应的电化学极化加剧，抑制析气。慢脉冲的小电流有效地控制离子浓差极化，提高充电效率。由此证实慢脉冲快速充电方法是一种理想的快速充电模式。 关键词：慢脉冲，快速充电，极化，析气
batt.rar
- 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
IBMbattery
- IBM电池解锁 一个很好的软件，解决电池旧了不充电-IBM battery unlock a very good software, to solve the non-charging battery old
asm
- 对镍氢电池进行自动恒流充电,读取电压方法采用电容积分换算,-Ni-MH battery of automatic constant current charging method using capacitance voltage read point conversion,
ChongDianQi
- 尝试过给iPod充电吗？这是个简化的充电程序，可以使用锂电池升压至5V提供电量-Tried to charge my iPod? This is a simplification of the charging process, you can use lithium batteries provide the power boost to 5V
1
- 本设计太阳能备用照明灯以AT89S52为控制核心，光敏传感器实时采集环境的光照强度，实时检测市电，利用ADC0809采集蓄电池的电压的变化。利用LCD液晶显示屏1602显示数据。达到实时监控蓄电池充电的目的。-The design of solar-powered back-up lights to AT89S52 for the control of the core, light sensors collect real-time light intensity environment, r
NickelCadmiumandNickelHydrideBatteryChargingApplic
- HT48R062 在镍氢、镍镉电池充电器中的应用-Nickel Cadmium and Nickel Hydride Battery Charging Applications Using the HT48R062
timedisplay
- 显示实时时钟 DS1302 充电电池可保证时间持续性-Display real-time clock
batterycharge
- 通过单片机程序控制对电池分时充电，并通过热敏电阻实时测温，防止电池充电过程过度发热-MCU programmed by time-charging the battery and, through the thermistor temperature measurement, battery charging process to prevent over-heating
LED_charg_290ma
- 用松翰2501写的一个锂电池脉冲充电程序，调节PWM功能-Sonix 2501 with written procedures for pulse charging a lithium battery, adjust the PWM function
MCE407_01A
- 镍氢电池充电器程序，双路充电，温度，电压，电流多重检测-Ni-MH battery charger procedures, dual charge, temperature, voltage, current multi-detection
SONIX_271-LI_ION-battery-charge
- SONIX 2711锂电池放电保护充电方案，包括电路图，源代码程式，程式注释-LI_ION battery charge for Sonix MCU 2711, including schematics, source code program and program notes
GB
- 电动汽车非车载传导式充电机与电池管理系统bms 协议-Bms protocol for non- vehicle conducted chargers and battery management systems for electric vehicles
程序
- 铅酸电池充电器 源程序 转灯控制 充电流程不可逆 基于STM8S003F3P6(Lead-acid battery charger source program The rotation lamp controls the charging process based on STM8S003F3P6)
bq24196
- TI最新优化充电IC，充电电流大，可以I2c通讯，对锂电池充电做管理。(TI latest optimization charging IC, charging current, you can I2c communication, lithium battery charging to do management.)