1) distributed capacitive current
分布电容电流
1.
This paper investigates the mechanism of distributed capacitive current by using the traveling wave theory and presents a novel distributed capacitive current time-domain compensation algorithm based on current traveling wave.
从行波传播的角度分析了分布电容电流的形成机理,在此基础上提出了基于电流行波的新 型分布电容电流时域补偿算法。
2) distributed capacity
分布电容
1.
Influence of distributed capacity to high frequency protection circuit in the long-distance transmission line
远程输电线路分布电容对高频保护的影响
2.
In this paper,the error source of the resistive voltage divider was analyzed;the result shows that the affects produced by distributed capacity and temperature are mainly parts.
分析表明分布电容和温度变化是它最主要的误差源。
3.
By experimental analysis,it is found that the distributed capacity is the main cause of sysematic error of alternating current bridge.
通过实验分析 ,得出分布电容是造成交流电桥系统误差的主要原因 ,选取适当的接线方式 ,可以明显减小该系统误
3) stray capacitance
分布电容
1.
Research on effect of stray capacitance of magnetics components on CM EMI in interleaving PFC;
磁性元件分布电容对交错PFC共模噪声的影响分析
2.
METHODS: A shield guard technique was employed to minimize the shunting effect of the stray capacitance of wires between electrodes and current source.
方法:采用屏蔽驱动的方法减弱电极导线分布电容的分流作用,同时采取输出电流补偿的方法对多路开关上的分布电容分流作用进行补偿。
3.
Leakage inductance and stray capacitance are two major parasitic components.
变压器的寄生参数主要是漏感和分布电容,而设计过程中往往很少考虑分布电容。
4) distributed capacitance
分布电容
1.
Effects of distributed capacitance on fast busbar differential protection in transmission line;
输电线路分布电容对快速母线差动保护的影响
2.
In this paper,the distributed capacitance and inductance of Rogowski coil are calculated by numerical method.
以电磁场数值方式对Rogowski线圈的分布电容和分布电感进行计算。
3.
The problems that caused by distributed capacitance and decaying non-periodic component of 750 kV system were analyzed in this paper.
分析了750kV系统的分布电容和非周期分量问题,提出多种滤波器结合的滤波方法,线路保护采用较大比率制动系数和浮动制动门坎、变压器保护采用初始带制动的比率制动特性和浮动制动门槛、母线保护采用自适应加权的抗饱和措施;分析了750kV变压器励磁涌流和过励磁的问题,针对励磁涌流提出了Δ→Y变换调整变压器差动各侧的电流相位方法,针对过励磁问题提出了软件计算频率和均方根法计算电压的幅值;分析了电抗器保护匝间短路灵敏度,提出了自适应补偿零序功率方向的方法。
5) distributing capacitance
分布电容
1.
Influence of control cable distributing capacitance on protection and its countermeasures;
控制电缆的分布电容对继电保护的影响及防范措施
2.
A kind of double frequency driving method in measuring electroconductibility with conquering distributing capacitance;
一种克服分布电容的双频驱动电导率测量方法
3.
Causes are obtained by analyzing SOE(Sequence Of Events) and protection reports from monitoring system,checking site insulation,injecting AC into DC control system,measuring the distributing capacitance of control system and the actuating parameter of output relay in operation box.
介绍了500kV聊城变电站3次无故障跳闸事故的相关情况,通过分析监控系统SOE(Sequence of Events)及保护报文,进行现场绝缘检查、直流控制系统注入交流试验、控制系统分布电容参数测试及操作箱出口继电器动作参数测试,得出事故原因:因交流电源回路与直流电源回路之间绝缘不良,引起交流窜入直流电源回路,瞬间过高电压造成保护出口继电器的抖动,从而产生无故障跳闸事故。
6) Distribution capacity
分布电容
1.
ECT detecting system without influence of distribution capacity;
不受分布电容影响的ECT检测系统
2.
In EHV transmission lines,distribution capacity can t be neglected.
超高压输电线路中,分布电容的影响不容忽略。
补充资料：电容电流
分子式：
CAS号：
性质：是残余电流(residual current)的主要部分。这种电流是由于对滴汞电极和待测溶液界面上双电层的充电形成的，所以又叫充电电流(charging current)。
CAS号：
性质：是残余电流(residual current)的主要部分。这种电流是由于对滴汞电极和待测溶液界面上双电层的充电形成的，所以又叫充电电流(charging current)。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条