点火线圈初级绕组。电流通过线圈，产生一个电磁场，用来在次级线圈中产生高电压。
Ignition coil primary winding. Current flow through the coil produces an electromagnetic field, which is used to induce a high voltage in the secondary coil.
给出测试电感拟合的表达式，推导了绕组的磁链方程、旋转电压方程、电磁转矩方程和状态方程。
The fitting expression of the tested inductance, winding flux linkage equation, rotating voltage equation, electromagnetic torque equation and their state equations are also presented.
电能供给电动机绕组和磁场，产生电磁感应作用，试电动机产生机械能或者转矩。
Motors have electrical energy supplied to their windings and a magnetic field that develops an electromagnetic interaction to produce mechanical energy or torque.
介绍了单双层绕组的特点、应用情况及电磁计算的方法。
The features, applications and electromagnetic computing method of single and two layer winding were introduced.
提出的分析方法也可用于双绕组发电机直流侧短路等电磁转矩的分析。
The method can also be used to analyze electromagnetic torques in double-winding AC-DC generators after shorts or just DC side.
本文对工作绕组为串联或并联的三相扼流磁放大器（带桥式整流输出）的电磁过程进行了理论分析；
This paper presents a theoretical analysis on the electromagnetic process of three-phase magnetic amplifier of the transductor type with bridge rectifier output circuit .
分析了电机绕组在各种状态下检测电流与电机电磁转矩的关系，并进行了实验验证。
The relationship between detection current and electromagnetic torque was analyzed in each state and it's testified by experiment.
分析了汽轮发电机发生转子绕组匝间短路故障时的电磁特性，提出了基于小波分析的故障检测与诊断方法。
Electromagneic characteristic of the interturn short circuit in turbo-generator rotor windings is analyzed. And a method of fault detection and diagnosis based on wavelet transform is presented.
一般电路设计对磁性材料和绕组电流相互之间的电磁相互作用研究较少，而这对逆变器快速瞬态性能有重要影响。
To the general circuit design it is no need to research the interaction of the transformer magnetic material and coil current, but it is very important to the study of transient character of inverter.
在内外定子主要尺寸、磁路结构、绕组设计讨论的基础上，完成了该电机的电磁设计。
After discussing stator size, magnetic circuit and winding design, the electromagnetic design of the motor was presented.
最后得出了端部磁场矢量分布图，端部漏抗值及端部绕组的电磁力分布规律。
Finally vector distribution map, end region leakage reactance and distribution of force on end region winding are achieved.
以电磁学的基本原理为基础，对高温超导变压器的绕组进行电磁优化。
Based on the basic principle of electromagnetics, the windings of the high temperature superconducting transformer are optimized.
广泛应用于电机绕组、电磁线圈、汽车电机等。
Widely used for windings of motors, electromagnetic winding, automobile motor, etc.
对汽轮发电机发生转子绕组匝间短路故障后，电磁特性和电气参量的变化进行了分析。
The electromagnetic characteristic and the relevant electrical parameters are analyzed when inter turn short-circuit fault on generator rotor windings occurs.
无刷直流永磁电机的电源虽是直流电，但其内部绕组中的电流仍是交流电，其旋转部分犹如同步电机的磁极转子，其结构及电磁原理与同步电机相似。
With the power being DC, the current of inner winding of the magneto is AC, and the rotating part is just similar to the magnetic rotor of synchronous dynamo.
网侧绕组和阀侧绕组的电磁线采用H级聚酰亚胺漆包铜扁线，以提高绝缘可靠 性。
The electromagnetic wires of the line side winding and the valve side windings adopt H-grade polyimide enamel covered flat wires so as to improve the insulating reliability.
定子绕组槽漏抗是电机的一个重要电磁参数。
Slot leakage reactance of stator winding is an important constant of a.
由于电磁场的高频效应(集肤效应和邻近效应)，可能导致电流在各并联绕组层中不均分，产生较高的交流电阻。
Because of high-frequency effects (namely skin effect and proximity effect), the current flowing through those windings may be not equally divided among them, resulting in high ac resistance.
对绕组换相时电流波动进行了分析，并计算了电机电磁转矩，给出了抑制电磁转矩脉动的方法。
Current fluctuation is analyzed during coil commutation time and electromagnetic torque is computed and method is given to restrain ripple of electromagnetic torque.
为满足电磁型平面微电机对定子绕组线圈的高深宽比及厚度要求，提出一种利用AZ 4903光刻胶制作电磁平面微电机定子绕组的方法。
Electromagnetic planar micromotors were produced using AZ4903 with high depth-width ratios and thicknesses of the planar micromotors stator windings.
考虑到电机转子的实际结构，电磁力除作用在转子绕组上之外，更主要的是作用在转子铁心的表面和内部。
Owing to the practical construction of rotors, the electromagnetic force ACTS not only on the rotor winding but also on the rotor ferrite core.
编写一份夹具绕组线圈通过削减您3厘米一六厘米一块纸板，折叠它的一半，并确保在与一小块电磁带。
Prepare a jig for winding your coils by cutting a 3 cm by 16cm pieceofcardboard, folding it in half and securing with a small pieceofelectrical tape.
编写一份夹具绕组线圈通过削减您3厘米一六厘米一块纸板，折叠它的一半，并确保在与一小块电磁带。
Prepare a jig for winding your coils by cutting a 3 cm by 16cm pieceofcardboard, folding it in half and securing with a small pieceofelectrical tape.
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