介绍了一种新型步进电机控制驱动器。
This article introduces a new kind of stepping motor control driver.
概括阐述了直线感应电机控制中的问题。
实现PWM波的产生，可用于电机控制。
Realization of PWM wave generation, can be used for motor control.
该系统可应用于步进电机控制的大多数场合。
This system can be widely used in stepping motor controlling.
熟悉电机控制、变频驱动系统原理、算法和实现方法。
Be familiar with inverter driver system principle, algorithm, and implementation methodology.
与其它电机控制方式相比较，具有更多的优点和竞争力。
Be compared with other motor control project, it had it's strong suit, and competitive power.
目前，电机控制是自动控制领域中极其重要的组成部分。
At present, the control of motor is an important part in auto control field.
介绍了一种适用于大功率牵引电机控制的矢量控制方法。
A vector control system applicable for high-power pulling motor was presented.
中文摘要在无刷直流电机控制中，转子位置的检测至关重要。
The detection of rotor position plays an important part in the control of BLDCM.
因而，本文研究滑模变结构控制在永磁同步电机控制中的应用。
Thus, this paper mainly researches the application of SMC to PMSM control.
运动速度可采用恒速，也可以通过步进电机控制变速运动方式。
The speed can be constant or be changed by the controlling of step motor.
采用高性能伺服电机控制的送标器，确保其拥有高速、精度的特点。
Due to the high performance servomotor in labeling module, the labeling system embraces the high speed and precision.
IGBT驱动电路性能分析，这对做电机控制或电源的人来说很有用。
IGBT drive circuit performance analysis, to do motor control or power of the people very useful.
步进电机控制实验是微机原理与接口技术课程中一个非常重要的实验。
Stepping Motor control experiment is a very important experiment in microcomputer principle and interface technology course.
应用：电力整流电路、大功率变流器、电机控制、充电设备、变电站。
Applications: Power Rectifying Circuit, High Power Converters, Motor Control, BatteryChargers, Trackside Substations.
数字信号处理器(dsp)已经广泛应用于电机控制、开关电源等领域。
Digital signal processors (DSP) have been extensively used in areas of motor control and power switch supply control system.
本文介绍了由计算机对步进电机控制从而实现多自由度运动的系统的设计。
A design of many-degree-of-Freedom stepping motor motion system, controlled by computer is introduced in this paper.
并结合直线开关磁阻电机控制特点，分析了斩波控制情况下的动态力速特性。
According to the control characteristic of linear switched reluctance motor, the dynamic thrust-speed characteristic is analyzed in chopping control.
选用动态混合时，采用新型混合器，伺服电机控制，转速可调，而且噪音很小。
The dynamic hybrid, using a new type of mixer, servo motor control, speed adjustable, and the noise is very small.
在几种常见的电机控制方式中，最终选定了转差频率控制方式的变频调速技术。
Slip frequency as a technique of frequency conversion is finally adopted among several control methods of motor.
系统主要由主控制盒、电机控制盒、显示盒、步进电机、接近开关、行程开关等相关部件组成。
Mainly by the main control box, the electrical control box, show boxes, stepper motor, close to the switch, Switching itinerary, and other related component parts.
在分析步进电机控制原理的基础上，提出了一种新的卷积算法，并推导了卷积系数。
Based on analyzing the control principle in stepping motor, a kind of new convolution algorithm is proposed and corresponding convolution coefficient is also deduced.
说明：步进电机微调程序，用于步进电机控制与检测。测试步进角度和自动计算机角度。
Stepper motor tuning program for stepper motor control and testing. Step angle and automatic computer testing point of view.
最后，对永磁容错电机内谐波漏感进行了量化分析，为后续的电机控制及其热分析打下基础。
Finally the harmonic leakage of FTPMM is analyzed quantitatively, which provides a foundation for subsequent motor control and heat calculation.
小脑是大脑的一个区域，在电机控制中起着重要的作用，同样在平衡，语言，行为方面也起着重要的作用。
The cerebellum is a region of the brain that plays an important role in motor control, and is also involved in balance, language and behavior.
目前，市场上的大部分速印机的图像处理和电机控制芯片是分立的，并且无电脑直接打印功能。
At present, most of the stenographs on the market have separate image processing chip and motor controlling chip, and cant print via a computer.
采用DSP微处理器对交流异步电机矢量控制，从速度和外设的丰富程度更适合数字式电机控制。
It is more suitable for AC asynchronous motors vector to be controlled with DSP microprocessors in the light of speed and richness of peripherals devices.
分析了永磁同步电机用于矢量控制的数学模型，并建立了基于其数学模型的电机控制仿真软件包。
The mathematic model of PMSM used in vector control is analyzed, and electrical machinery simulation control software package is established based on its mathematical model.
介绍了基于数字信号处理器TMS320F240的数字化电机控制开发与试验平台的软硬件设计。
This paper presents a software and hard ward design of a development and experiment platform for digital motor control based on TMS320F240 DSP.
介绍了基于数字信号处理器TMS320F240的数字化电机控制开发与试验平台的软硬件设计。
This paper presents a software and hard ward design of a development and experiment platform for digital motor control based on TMS320F240 DSP.
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