1) leakage inductance
漏感
1.
1D models of windings AC resistance and leakage inductance in high-frequency transformer;
高频变压器绕组交流电阻和漏感的一维模型
2.
Isolated full bridge boost converter is attractive in single-stage Power Factor correction(PFC) with isolation requirement,but the major disadvantage is that the transformer leakage inductance causes high transient voltage across the bridge switches,which increases the switching rating and decreases the reliability.
提出了一种新型隔离式软开关全桥boost变换器,软开关电路能有效地对桥臂上的电压尖峰进行箝位,并将漏感能量传递到负载端,可以实现所有开关管的零电压关断以及辅助开关管的零电流开通,提高了效率,最后给出了仿真结果。
3.
The leakage inductance of power transformer is one ofthe main interference sources in the circuit.
作为开关电源核心部件的功率变压器的漏感是高频开关电源的主要干扰源之一。
2) leakage inductance
漏磁电感，漏电感
3) leakage inductance
漏电感
1.
Effects of leakage inductances on the dynamic characteristics and parameter identification of induction motor;
不同定转子漏电感比例关系对异步电动机动态特性和参数识别精度的影响
2.
An online identification algorithm for transformer leakage inductance is proposed with recursive weighted least-square algorithm.
利用变压器等值回路平衡方程原理,提出了利用加权递推最小二乘法的变压器漏电感参数辨识方法,给出了变压器漏电感参数辨识的等效模型,对变压器模型参数辨识的可行性进行研究,针对不同的情况,分别提出了归算到一次侧的变压器绕组参数辨识方法及变压器原副边漏电感参数辨识方法。
3.
In this paper,depending on the relation between winding deformation and changing of the leak inductance,the simulation model of iron and windings are described and the algorithm of leakage inductance of transformer windings are presented by software ANSYS.
针对电力变压器运行过程中绕组变形导致绕组漏电感参数发生变化的基本特征,提出利用有限元软件ANSYS对电力变压器铁心和绕组进行建模,仿真计算变压器漏电感参数;同时提出通过改变绕组的基本几何尺寸模拟绕组变形,为电力变压器绕组变形检测的变形判据研究提供一定的理论基础。
4) slot leakage inductance
槽漏感
1.
In order to calculate hundreds of phase slot leakage inductances of a 12/3-phase dual stator-winding induction generator,new analysis methods are utilized to acquire slot leakage permeances and determine relationships between windings and coil sides.
为计算12/3相双绕组异步发电机多达上百的相间槽漏感,在槽比漏磁导求取和绕组与线圈边连接关系确定方面采用了新的分析方法。
5) end-winding leakage inductance
端部漏感
1.
In order to calculate hundreds of phase end-winding leakage inductances of a 12/3-phase dual stator-winding induction generator,new analysis methods are utilized to acquire end-winding inductances between two coils and determine relationships between windings and coils.
为计算12/3相双绕组异步发电机多达上百的相间端部漏感,在两线圈间端部漏感的求取和绕组与线圈连接关系确定方面采用了新的分析方法,此方法具有简单通用等传统方法所不具备之优点。
6) leak inductance
漏电感
1.
Transformer winding deformation occurred during operation may cause the change of leak inductance.
以双绕组单相及三相变压器绕组回路平衡方程为基础,采用最小二乘算法估算原副边绕组电阻、漏电感参数,进而实现变压器绕组变形的在线监测,并针对变压器稳态回路方程模型的不可辨识性提出新的解决方法。
2.
Depending on the relation between winding deformation and leak inductance,it is pointed that the exact and real-time calculation of leak inductance is the key factor of winding deformation monitoring,especially of the technique development from off-li.
结合变压器绕组变形与漏电感参数的变化关系,指出变压器绕组漏电感参数的准确实时计算将成为绕组变形监测,尤其是从离线到在线监测技术发展的关键问题。
补充资料：漏无漏
【漏无漏】
（术语）有漏法与无漏法也。漏为烦恼之异名。三界之诸法为有漏法。三乘之圣道及涅槃界为无漏法。
（术语）有漏法与无漏法也。漏为烦恼之异名。三界之诸法为有漏法。三乘之圣道及涅槃界为无漏法。
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