1.
Preparation of spherical nanostructured β-Ni(OH)_2 for high electrochemical performance
纳米结构球形β-Ni(OH)_2制备及高速充放电性能研究
2.
Design of a High-Speed and Automatically Swiched Precharge Sense Amplifier
一种高速自控预充电灵敏放大器的设计
3.
Intelligent quick charge & discharge system based on MAX713;
基于MAX713的微电脑智能快速充放电系统
4.
A Novel High-Speed High-Accuracy CMOS Precharge Comparator
新型高速高精度CMOS预充电比较器
5.
The Research of the High-rate Charge and Discharge Performance of MH/Ni Battery;
MH/Ni电池高倍率充放电性能的研究
6.
Study on Charge and Discharge Characteristic of High Power Nickel Mental Hydride Battery;
高功率Ni/MH电池充放电特性研究
7.
Research on Expeditious Charge/Discharge Measuring System for Multichannel Lithium Ion Batteries;
多通道锂离子电池快速充、放电系统研究
8.
a high-voltage machine in which rectifiers charge capacitors that discharge and drive charged particles through an accelerating tube.
用整流器充满电容器释放并驱使电离子通过加速管的一种高压机器。
9.
In" Advanced" mode you can actually Program the MHC9000 Battery Charger to your Charging and discharging Specifications. See the Programming Diagram below.
在高级模式，用户可以设定各个充放电参数对电池进行充放电。
10.
Study on High-Speed High-Precision Switched-Capacitor Amplifier Circuit;
高速高精度开关电容放大器电路研究
11.
the charging and discharging current of capacitor is obtained by the product of voltage rise rate (dv/dt) and capacitance
电容器充放电电流取决于电容量和电压上升速率的乘积
12.
Research on Rotor Magnetization of High-speed PM Brushless DC Motor
高速无刷直流电机转子充磁方式研究
13.
Research on High Frequency Pulse Energy Charging and Discharging Power Supply for Lead Acid Battery
铅酸蓄电池高频脉冲能量充放电电源的研究
14.
Research on Increasing the Response Speed of the Current Amplifier
提高电流放大器电流响应速度的研究
15.
Design of High Power Factor Li-ion Battery Charger/Discharger System;
高功率因数锂离子电池充放电系统的研制
16.
It is hoped that an ideal new battery featuring rapid charging in a short time, large quantity of electric charge, high quality energy and discharging out of limit will be developed.
希望尽快研制出一种新型短时快速充电、电荷量、质量能和充放电不受限制的车用理想电池。
17.
An Intelligent Distributed Embedded Fast Charge Equalization System for Series Connected Battery Strings;
智能分布式嵌入式串联电池组快速均衡充放电控制系统
18.
Design of CMOS Front-end Amplifying Circuit for Optical Receiver;
CMOS高速光接收机前端放大电路设计