1.
A Study on the Single Cell Charging System of the Battery String Based on Magnetic Amplifier and High Frequency Bus;
基于磁放大器和高频母线的蓄电池组单体充电系统的研究
2.
Alkaline secondary cells and batteries--Sealed nickel-cadmium cylindrical rechargeable single cells
GB/T11013-1996碱性二次电池和电池组圆柱密封镉镍可充单体电池
3.
The more convenient and affordable MD Walkman, only for playing back, allows you to use both dry and rechargeable batteries installed in the main unit.
一款更为方便和低廉的MD,作为一款单放机,它能够安装普通干电池和充电电池在本体内.
4.
Intelligent Cellphone Battery Charge System Based on Singlechip;
基于单片机的智能手机电池充电系统
5.
Design of Li-ion battery charger based on single chip
基于单芯片的锂电池/组充电器设计
6.
A Design for the Single-Chip Microcomputers Power Supply Based on the Ultra-Low-Voltage Charge Pump
基于超低电压充电泵的单片机供电电源设计
7.
NEW FAST CHARGING SYSTEM CONTROLLED BY BATTERY CHARGING CURRENT ACCEPTANCE
一种新型快速充电体制的研究:以充电电流接受力控制的充电
8.
The Intelligent Charger with PIC16711 Chip Microprocessor;
PIC16C711单片机构成的智能充电器
9.
A smart mobile phone battery charging system based on MCU
一种基于单片机的手机电池智能充电系统
10.
Design of Electric Bike Charger Based on MSP430 Microprocessor
基于MSP430单片机的电动自行车充电器设计
11.
Design for Symmetrically Charging Management of Storage Battery Based on Single Battery
基于单只电池的蓄电池组均充管理的研制
12.
The Transport Model of Charge in Polypropyrene Electret During and After Constant Voltage Corona Charging
聚丙烯驻极体在充电期间和充电后电荷在体内的输运
13.
An equipment of charging 12V integer battery-storages the technique of chargeing the single battery-storage at the same time
12V一体式蓄电池组分只同时均充电机
14.
Research on Charging Controller in P-V System Based on SCM;
基于单片机的IGBT光伏充电控制器的研究
15.
On Design and Application of Intelligent Charge Controller Based on Single-chip Computer;
基于单片机的智能充电控制器的设计与应用
16.
Design of an Intelligent Charger Based on UCC3895 and PIC
基于UCC3895与PIC单片机的智能充电器的设计
17.
Rechargeable Battery Capacity Test Circuit Design;
基于单片机控制的充电电池容量测试电路的设计
18.
Provides a signal to the PCM corresponding to the battery temperaturRefer to Group 8C, Charging System for additional information.
提供一个与电池温度对应的信号给PCM。关于充电系统的附加资讯，请参考单元8C，充电系统。