感应式电动机

首先浅析感应式电动机的工作原理，然后介绍几种不同的节电方式，并说明选择节电方式要本着因地制宜的原则。

Firstly the paper analyzed briefly the working principle of induction motor , then introduced several different electricity saving methods , expatiated that selecting electricity saving methods should comply with proper rules .

本文介绍了一种新型的矢量控制PWM逆变器供电的感应式电动机传动系统。

This paper describes the drived system of a vector controlled PWM inverter .

节省能源使用效率PMAC的传统感应式电动机！

SAVE ENERGY by using efficient PMAC motors over traditional induction type !

本文介绍了矢量型变频器在感应式异步电动机伺服系统的运用，该系统采用PLC控制、高性能变频器调速以及上位机监控技术，提高了系统的灵活性与工作可靠性，取得了良好的效果。

Application of vector inverter in asynchronous motor servo system are introduced , the system has adopted PLC control , variable frequency speed regulation and graphical monitor technology , advancing flexibility and reliability for system , acquiring better effect .

感应式异步电动机无功就地补偿技术的应用

Application of no-work compensation in induction asynchronous motor

推斥起动感应行驶式电动机

Repulsion start induction run motor

这是由感应式异步电动机的性能和特征决定，其次是由于所带的负载对电机调速的负荷适应性所决定。

This is asynchronous induction motor performance and characteristics of the decision , followed by the load carried on as a result of motor adaptation determined by the load .

永磁转子感应子式同步电动机的气隙磁场

The Air-gap Field of a Synchronous Inductor Motor with Permanent Magnet Rotor

所设计的自动平衡头中采用永磁感应子式步进电动机作为驱动元件，以红外线遥控方式传送控制信号，可充电NiCd电池提供能量，使电路结构简单，工作可靠。

Hybrid stepping motors are adopted for driving elements in designed automatic balancing head , remote infrared ray to transfer control signals , and rechargeable NiCd batteries for power supply , to make the circuit to be simple and reliable .

高可靠性低速感应子式步进电动机的设计

Design of High Reliable and Low Speed Stepping Motor

分析了永磁感应子式步进电动机统组电势与转子位置的对应关系，提出了采用电势换相技术的自同步运行方法。

The relation between rotating EMF and the rotor position of the PM hybrid stepmotor is analyzed in this paper .