永磁双凸极电机是一种新型交流无刷电机。
The doubly salient permanent magnet motor(DSPM) is a new kind of AC brushless motor.
②混合励磁双凸极电机的控制策略及容错性能。
The control strategies and fault-tolerant performance of HEDS machine.
双凸极电机的径向磁吸力是电机产生振动与噪声的主要来源。
The radial magnetic force is the primary source of vibration and noise in doubly-salient motor.
介绍了定子双馈电双凸极电机(SDFDS)的结构、原理和弱磁调速控制方法。
In the paper, the structure, operation principles and flux weakening control methods for the stator doubly-fed doubly salient (SDFDS) motor are introduced.
本文首先简要介绍了电励磁双凸极电机的结构、数学模型以及电动和发电工作的原理。
First, this thesis introduces the basic structure, static characteristic, operation principle of Doubly Salient Electro-Magnetic Motor and Generator.
双凸极电机的凸极结构及其供电电源的开关形式 ，导致了在输出转矩中存在稳态转矩脉动和换向转矩脉动。
The torque-ripples of the double-salient motor are inevitable for its double salient structure and switch power source.
开关磁阻电机是由功率开关电路、双凸极磁阻电机及控制器构成的新型调速电动机系统。
The switched reluctance drive is a new variable-speed motor system which consists of power electronically-switched circuits, doubly salient reluctance motor and controller.
本文正是从实际应用的角度出发，来研究凸极同步电动机在起动过程中的电磁场和电机转子温升变化规律。
From the aspect of practical application, this paper studies electromagnetic fields and rotor temperature rise change of salient synchronous motor in the process of starting.
双凸极永磁电机(DSPM)是一种新型交流无刷电机。
Doubly salient permanent magnet motor (DSPM) is a mew type of AC sensorless motor.
研究采用高频注入法的无传感器直接转矩控制系统，通过注入特定的高频信号来追踪电机转子的空间凸极效应，以此得到转子位置和速度值。
In the sensorless control system, a specified high frequency signal is injected in to trace the magnetic anisotropy of the motor, by which we can get the value of rotor speed and position.
双凸极永磁电机的功率控制器通常采用电流滞环斩波控制。
Hysteretic current PWM control is often used in doubly salient permanent magnet motor drive.
该方法采用发电机的恒定模型，并且考虑了发电机的暂态凸极效应。
This method USES the generator model of constant voltage and the saliency of generator is included.
双凸极永磁电机是在开关磁阻电机安装永磁体而构成的一种新型电机。
Doubly salient permanent magnet machine is based on Switched Reluctance Motor as add two pieces of permanent magnet in it.
本文用数值计算方法研完了凸极同步发电机阻尼绕组对电力系统自动重合闸暂态过程的影响。
In this paper, the effect of damper windings of salient-pole synchronous generator on transients of the recloser in power system is considered by numerical calculation method.
文中首先介绍了电励磁双凸极发电机的结构、特性以及调压器的工作原理。
Firstly, this thesis introduces the basic structure, static characteristic and the regulator operation principle of doubly salient electro-magnetic generator system.
电机为定转子双凸极结构，转子上无绕组及永磁体，定子上有集中绕组，电机结构简单可靠。
Motor for the stator and rotor doubly salient structure, the rotor windings and no permanent magnet, the stator windings have focused on the electrical structure of simple and reliable.
并且提出了一个关于凸极发电机V形曲线与隐极发电机U形曲线区别的新观点。
The paper also introduces the usage of the diagrams and the difference between the U - shape curve and V-shape curve of generators.
本文将4／6极和8／12极两种不同结构双凸极永磁电机进行详细比较，从而为该电机的优化设计进一步深入研究提供理论依据。
This paper will compare 8/12 DSPM with 4/6 DSPM in detail, and provide theoretic basis for design and research deeply of DSPM.
就转子过电压危险的程度而言，隐极同步发电机比凸极同步发电机要小。
So far as the dangerous level of rotor overvoltage is concerned, no-salient pole has a small value by comparison with salient pole synchronous generator.
凸 极永磁电机是一种新的机电一体化可控交流调速系统。
Doubly salient permanent magnet motor is a novel electromechanical controllable AC variable speed systems.
双凸极永磁电机是在开关磁阻电机安装永磁体而构成的一种新型电机。
The double salient motor is a new kind of AC brushless motor invented in nineties last century.
与其他永磁电机相比，由于结构和运行原理的不同，双凸极永磁电机齿槽转矩的削弱方法也有所不同。
Because of the differences on structure and operational principle, the ways of reducing cogging torque in DSPM is different from other permanent magnet motor.
从凸极率角度出发，对内部磁极结构电机提出了新的设计方法。
The new method was proposed to design linear synchronous motor with interior permanent under the flux-weakening speed control from the saliency ratio.
结果表明，制作出的ALA转子电机具有很高的凸极比（不饱和值达到11.8），并有潜在的优异性能。
Results show that the motor has a high saliency ratio(11.8 unsaturated), which make it available for a potential high-performance application.
主要介绍了现代同步发电机的四凸极整体转子绕组结构，设计了该绕组绕制用的转子铁心固定夹具和绕线模。
The unitary 4-salient pole rotor winding structure of modern synchronous alternator was mainly introduced, and the rotor iron core clamp mould and coiling mould for coiling rotor winding was designed.
主要介绍了现代同步发电机的四凸极整体转子绕组结构，设计了该绕组绕制用的转子铁心固定夹具和绕线模。
The unitary 4-salient pole rotor winding structure of modern synchronous alternator was mainly introduced, and the rotor iron core clamp mould and coiling mould for coiling rotor winding was designed.
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