电枢绕组

根据计算结果，得到了超导电枢绕组交流损耗的上限和下限。

The upper and lower limits of ac loss in armature winding will be obtained .

本实用新型在风力发电机的发电电枢绕组上装有短路装置。

A short circuit device is arranged on an armature winding of electric power generation of the fan-driven generator .

对一台现有DS-PMBL样机电枢绕组的饱和电感进行了测定，实验结果验证了有限元计算与理论分析的正确性。

Experimental results verify the FEA and the theoretical analysis by measuring the armature winding inductance of an existing DS-PMBL motor .

讨论了单相、两相/四相和五相DSEG单元电机新结构定、转子配合关系，定子极宽与定子极距之比以及电枢绕组元件连接方式。

The combinations between stator pole and rotor pole , the ratio of stator pole arc width to pole distance and the phase winding connections are further analyzed for the new element generators with single-phase , two or four-phase and five-phase DSEG .

无刷直流电动机的分数槽电枢绕组和霍尔元件的空间配置

Fractional-slot Armature Windings and Hall Elements Placement for Brushless DC Motor

无槽电机电枢绕组中的涡流损耗

Eddy - current loss in armature winding of slotless motor

采用异槽式单迭电枢绕组改善牵引电动机的换向

Single Lap Split Winding Improves Commutation of Traction Motor

产生感应电压的绕组称为电枢绕组。

The winding in which voltage is induced is called the armature winding .

在电枢绕组的各条边所感应的电压是交变的。

The voltage induced in the terms of the armature winding is alternating .

起动机；电枢绕组；短路；判断方法；

Starter Armature winding Short circuit Judging method ;

谐波励磁电流形成的磁场在电枢绕组中感应谐波电势，发电机相电压波形产生畸变。

It produces a magnetomotive force which induces harmonic voltage in the armature windings .

直流电机电枢绕组绝缘的在线检测方法

The on Line Way to Detect the Insulation of Armature Windings for DC Generator

直流电机无槽电枢绕组设计方法分析

DC Motor Slotless Armature Winding Design Procedure

直流牵引电动机电枢绕组通用冷、热压模设计

Design of General Cold and Hot Stamping Die for Armature Winding of DC Traction Motor

被动补偿脉冲发电机无槽电枢绕组瞬态电感的计算

Analytical solution for the transient inductance of armature air gap winding in PASSIVELY COMPENSATED PULSED ALTERNATOR

电枢绕组导线的有效长度

Active length of armature winding

某型直流发电机电枢绕组端部及并头套力学性能研究

Study on Mechanic Properties of End Portions and Connecting Bushes of Bar Type Armature Winding in DC Generators

本文对超导汽轮发电机篮式气隙电枢绕组提出了一种新的换位联接方法。

This paper presents a new transposed connecting method for the diamond airgap armature winding of the superconducting turbogenerator .

实验结果表明电枢绕组谐波电流是产生该电机转子损耗的主要原因。

The experimental results are presented to show that the rotor losses are mainly caused by stator harmonic current .

指出异槽式电枢绕组仅在特定的绕组参数条件下，才能有效地提高电机的换向性能。

The split throw winding can allow to improve the commutating capability of electric machine effectively depending on the given winding parameters .

对因三相电枢绕组位置不对称引起的误差进行了讨论，并给出了校正方法。

The error stemmed from the asymmetry of the three-phase armature windings of the AC exciter is discussed and the corresponding correction method is presented .

该电动机的转子由永磁体和辅助电励磁两部分组成，同轴安装，共用一个电枢绕组。

The rotor of the motor consisted of permanent part and electrical magnetic part , the two parts had the same axis direction and share one armature .

基本组成与普通电机相似，包括定子、转子、电枢绕组、电刷等部件，但结构格外紧凑。

Elements similar to those of ordinary motor , including the stator , rotor , armature winding , brush and other components , but very compact structure .

本文讨论了超导电机的基本方程，稳态参数及瞬态电流的确定方法，在此基础上推导了交流电机电枢绕组端部电磁力的计算公式；磁悬浮开关磁阻电动机电磁力的计算

The basic equations for the superconducting machine and the calculation and test of its parameters are discussed . Calculation for Electromagnetic Force of Magnistor in Reluctance Motor

而感应电机激磁由交流电枢绕组提供，仅仅在转子上应用超导仍需保留常导电机中的铁心。

Because the magnetic field is excited by the armature winding in induction machine , the steel cores should still be reserved when superconductors are used in rotor .

若将他励直流电动机输出功率的机理等效为一个与电动机电枢绕组并联的可变电阻，可以得到他励直流电动机可变电阻型等效电路图。

The output power mechanism of a separately excited DC motor can be equivalent to a variable resistance , which is parallel with the armature winding of the motor .

针对表面安装式永磁同步电机，给出了电机解耦模型，分析了电枢绕组的电感饱和效应，提出了一种判断初始转子位置的综合性方法。

A novel initial rotor position estimate method is proposed on the surface mounted permanent magnet synchronous motor ( PMSM ), which is based on the PMSM de-coupled model analysis .

发电机电压与系统电压之差必须足够小，避免合闸时发电机电枢绕组电流过大，对发电机联轴系统产生冲击。

The voltage between the system and generator must be small enough to ensure minor current in the armature winding of generator , avoiding the impact to the coupling shaft .

列举了三个较为典型的解题及绘图程序、即直流电机电枢绕组的机械特性、起动过渡过程的计算与绘制。对每个程序要解决的教学问题及编程的特点作了扼要叙述。

Three typical programs are given , They can be used to compute and draw the armature winding ofd-c motor , the torque speed characteristics and the starting transients of the motor are given .

通过改变直流电机换向极绕组接线方式，改善了电枢绕组支路电流的不均衡状态及其与换向极磁势的匹配关系。

The non-uniform condition of the branch current in the armature winding and the matching with magnetic potential in the commutating pole are improved by means of changing the connection of commutating pole winding .