Simulation model of dses / g has been built with the simulation software of matlab and simulation study has been made 采用matlab仿真软件建立了电励磁双凸极起动/发电机系统的仿真模型,并进行了仿真研究。
Switched reluctance motor ( srm ) has a double salient construction and its working principle is different from traditional ac electrical machines 开关磁阻电机(简称sr电机)具有双凸极结构,工作原理不同于传统的交流电机。
First , this thesis introduces the basic structure , static characteristic , operation principle of doubly salient electro - magnetic motor and generator 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。
But on the other hand , its basic principals are different from dspm . it is the purpose of this paper to reveal the basic operation principals 一方面降低了成本，提高了控制的灵活性，但另一方面其基本理论与永磁式双凸极电机有所区别。
Firstly , this thesis introduces the basic structure , static characteristic and the regulator operation principle of doubly salient electro - magnetic generator system 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。
The use of digital signal processor ( dsp ) controller simplifies the control system , and makes it possible to implement optimized control algorithms 将dsp技术应用于双凸极电机的控制不仅简化了系统的硬件结构，还可以实现各种优化控制方法。
The use of digital signal processor ( dsp ) controller simplifies the control system , and makes it possible to implement optimized control algorithms 将数字技术应用于电励磁双凸极电机的控制不仅简化了系统的硬件结构,还可以实现各种优化控制方法。
The structure and working principle of dspm motor is first introduced , with detailed analysis on it ’ s electrical performances . a new adjustment method of hall sensor is proposed 本文详细地介绍了双凸极永磁电机的结构和工作原理,分析了双凸极永磁电机的电性能和新颖的霍尔传感器调整方法。
The basic structure and operation principle of this doubly salient brushless dc starter / generator is introduced . the statistic characteristics and mathematics model of the motor is analyzed 文中介绍了双凸极无刷直流起动发电机的基本结构和工作原理，分析了双凸极电机的静态特性和数学模型。
Doubly salient electro - magnetic motor is a relatively new type of ac brushless machine , which offers an excellent balance between cost , reliability , power density , and high - speed capability 电励磁双凸极电机是一种新型交流无刷电机，它具有简单的结构、高可靠性、较高的能量密度和高速运行能力。
