1) equivalent instantaneous inductance
等效瞬时电感
1.
Analysis of the calculation of equivalent instantaneous inductance in three-phase transformer and a new CT s configuration;
三相变压器等效瞬时电感的计算分析及CT配置新方案
2.
Application of equivalent instantaneous inductance algorithm to the Y/Δ three-phase transformer;
等效瞬时电感算法在Y-Δ接线变压器中的应用
3.
At the same time, the application based on the equivalent instantaneous inductance scheme is limited to identify the inrush.
由于Y,d接线变压器中三角形(△)侧绕组电流不易测量,使得变压器差动保护中存在电流相位补偿的问题,由此计算出的差流不能很好地反映本相励磁涌流的特征,也限制了基于等效瞬时电感变化的励磁涌流判据的应用范围。
2) instantaneous excitation inductance
等效瞬时电感
1.
The new scheme uses correlation coefficients of sampled current values at transformer to distinguish internal faults and external faults,adopts the theory of correlation to extract the variation characteristic of instantaneous excitation inductance for distinguishing magnetizing inrush current and internal faults.
为提高变压器微机保护性能,提出一种基于采样值相关度的变压器差动保护新方案,利用变压器两侧电流的采样值波形的相关度来有效识别变压器内部故障和外部故障,利用相关原理提取等效瞬时电感变化规律来区分励磁涌流和匝间短路故障。
3) equivalent instantaneous leakage inductance
等效瞬时漏电感
1.
On basis of transformer loop equation,a novel principle of transformer protection using equivalent instantaneous leakage inductance is presented.
在变压器回路方程的基础上,提出一种利用等效瞬时漏电感实现变压器保护的新方法。
2.
A novel principle of transformer protection using equivalent instantaneous leakage inductance, based on the transformer model loop equation, is proposed.
在变压器模型回路方程的基础上,应用等效瞬时漏电感,提出了一种新型变压器保护原理。
4) equivalent instant excitation inductance
等效瞬时励磁电感
1.
According to the mechanism of producing transformer excitation surge current caused by saturation of transformer core, the paper put forward a kind of method to discriminate excitation surge current and short-circuit current adopting calculation of equivalent instant excitation inductance average value.
从变压器励磁涌流的产生是由于变压器铁心饱和这一原理出发,提出了一种利用计算等效瞬时励磁电感平均值来区分励磁涌流与短路电流的方法。
5) instantaneous inductance
瞬时电感
6) Equivalent IFOV(instantaneous field of view)
等效瞬时视
补充资料：电感器(见电感和标准电感器)
电感器(见电感和标准电感器)
inductor
diongon印电感器(inductor)见电感和标准电感器。
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