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- line charging current 线路无载电流
- Charging current not reaching current limit. 输入电流对小电容值充电。
- Have your selected suitable charging current for the battery type? 你有没有选择符合电池类型的充电电流？
- When line charging power,all differential current setting values increase double with some time delay it can avoid the influence of transient capacitance current on all differential protection. 在线路空充时,将各差动保护的定值提高两倍同时增加一定的时延,可靠躲过暂态电容电流对各差动保护的影响。
- The charging current pulses can be set by charging current regulating switches. 充电电流调节开关可设定充电电流的大小。
- Each strip can be considered a line charge. 每一条可视作一根线电荷。
- My question was when the charger switches off the charging current? After a defined time or at a defined voltage? 我的问题是什么时候充电器会切断冲电电流？是一个设定的时间值还是一个设定的电压值？
- Abstract: The wave process and principle of the transmission line charging in impedance matched and mismatched condition are analyzed. 摘 要： 分析比较了阻抗匹配和失配情况下传输线充电的原理和波过程。
- This meant the interwinding capacitance had no effect upon the charging current. 然后他把初级绕组分成两半，半臂用在屏极电路，另半臂用在阴极线路。
- Wired in parallel, reaches 12 volts at 240 rpm, with 12 amps charging current at 350 rpm. 有线平行，达到12伏，240转，与12安培充电电流在350转。
- It limits the charging current of each capacitor and also protects the relays in case a capacitor becomes short-circuited. 它限制每个电容器的充电电流，并在电容器发生短路时保护继电器。
- Experimental results showed that the bond strength degraded as the charging current density and the polarization time increased basically. 实验结果显示出基本上随著外加电流密度与通电时间的增加，介面握裹强度的折减就越明显。
- It is a three phase H.V.Switch equipment of 12kv.50Hz for breaking or closing load current.no-load transformer cablw charging current and closing short-circuit current. 产品特点： FN12-12D/630-50型户内交流高压负荷开关（以下简称FN12-12D负荷开关）是额定电压为12kv，额定频率为50Hz的三相高压开关设备，用于分合负荷开关，可以承受短路电流。
- Static field with line charge density in angular space of conductor electrostatics is formally described. 对导体平板构成的角域内具有线电荷密度的静电场进行了求解。
- New charges proposed by the regional Bell holding companies to supplement subscriber line charges. 地区贝尔控股公司提议增加新的收费以补充用户线收费。
- The operation principle of the power supply is demonstrated,and the parameters of the charging current are analyzed.The key points of combinatory application of the power supply are discussed. 阐述了它的工作原理,分析了充电电流的参数,讨论了组合应用时的注意事项。
- Using automatic dialup at night or on weekends for large file transfers and data backup can take advantage of lower off-peak tariffs (line charges). 在晚上使用自动拨接或在周末用于大档案传输及资料备份可以得到比较低的离峰费率(线费用)的优点。
- By enhancing the charging current, the pulsant problem for repetitive charging with constant current charging device was solved, and then, repetitive operation experiments were carried out. 在利用恒流充电装置充电的重频实验过程中，通过采用提高充电电流的方法，解决了发生器恒流充电时的充电脉动问题，进而开展了重复频率运行实验研究。
- transmission line charging technology 传输线充电技术
- Low floating charge current, less calorific power and without leakages of acid occur. 浮充电流小，电池发热量少，电解液不发生酸分层；
