开关磁阻电机是一种新型的直流控制电机。
以矢量方式控制电机、传感器的采样信号。
Sampled datum of motor and sensor are processed with vector.
采用先进变频器控制电机，实现节能静音。
The use of advanced inverter control of motors, energy-saving mute.
两个可变电阻的中心控制电机转速和触发电平。
The two variable resistors in the center are for controlling motor speed and trigger level.
电子控制电机的转速，不同负载下保持一致的结果。
Motor speed is controlled electronically to maintain consistent results under varying loads.
本文提供了一些在控制电机中简单使用的数学公式和算法。
This article provides some simple motor in the control of the use of mathematical formulas and algorithms.
介绍了谐波绕组和谐波补偿误差方法对高性能控制电机的作用。
This paper describes the effect of harmonic winding and harmonic compensating error on electrical machines in automatic control system.
PLC输出信号直接控制电机转速，从而达到控制水位的目的。
PLC output signals directly control the motor speed, so as to achieve the purpose of controlling the water level.
介绍了利用绕线转子异步电动机转子频率控制电机转速的新方法。
A new method controlling the speed of a motor by using the rotor frequency of a wound-rotor asynchronous motor is introduced.
直流控制电机的限流与稳速控制方式适用于转矩控制与扭矩测量。
The DC control motor control with cut-off current and speed stabilization can be applied to torsion control and measurement.
主传动机构：主传动采用深圳汇川变频器控制电机，传动每组印版。
Main transmission device: the main transmission device adopts electrician frequency inverter of Shenzhen Henchman to control the vector motor, transferring each group of printing cylinders.
事实证明它能很容易的控制电机的转矩和转速，并能减小转矩脉动。
It has been shown to provide a simple solution to control the torque and the speed of the motor and to minimize torque ripple.
本文第一次提出了电机维修过程中也应控制电机振动及噪声的概念。
The concept of controlling electrical machinery libration and noises in the process of electrical machinery maintenance is first presented in the paper.
通过操作计算机可方便地给出控制指令，控制电机工作在指定状态。
Through the operation on a computer, control instructions can be easily given to control the brushless DC motor.
负载控制加载器，模拟实际工况。也能通过变频器控制电机输出转速。
Loader was controlled with loading, and actual working state was simulated, the motor rev was controlled through transducer.
试验表明，该方法控制精确高，能稳定、可靠、实时地控制电机转速。
Thus accurately control dc motor speed, the experimental result indicates that the method can accurately control high, stable, real-time controlling motor speed.
这是一个可调的PW m波程序，稍作修改就可以控制电机转速或其他设备！
An adjustable PWM wave program. It could be modified to control electronic motor speed or other devices.
举例来说，步进电机需要输入一系列数字脉冲信号来控制电机的位置和速度。
For example, a stepper motor requires a series of digital pulses as an input to control the motor position and speed.
随着对随之而来的推手柄可以方便地控制电机功率，同时指导椅子速度控制器。
With the speed controller on the push handle the attendant can easily control the motor power while guiding the chair.
控制电机的功率因数实质上是对电机转差频率进行控制，使效率保持在最优值。
We find that the principle of the strategy is that it makes the efficiency optimal essentially by controlling the slip frequency.
本文分析了使用DSP控制电机的优点，并给出了驱动电流波形，分析驱动效果。
The Paper discusses the advantages of DSP used to control motor, the wave form of driving current, and the driving effect.
利用PWM驱动方式控制电机的转动，并设计出了直流伺服控制系统硬件电路图。
Using PWM to drive motor, and we design a circuit in DC serve control system.
本课程主要介绍直流电动机、交流电动机、控制电机和变压器的基本结构、工作原理；
The structure and operation principle of DC motor, AC motor, control motor and transformer are introduced in this course.
在设计过程中，首先根据负载、惯量、速度等机械参数选择控制电机和配套的功率驱动器。
There are three steps to construct the hardware platform. First, select the motor and driver according to the parameter of mechanism.
系统采用模糊控制器控制电机，能根据用户需要，快速、精确地调节电机至某一个工作点；
The Fuzzy Controller is used in the system, so Motor can be controlled to run at the certain point according to the user's setting of the speed, torque or power by the system, quickly and precisely.
步进电机是一种数字控制电机，它将脉冲信号转变成角位移，电机的转速由脉冲信号频率决定。
Stepper motor is a motor controlled by digital signal, which converts pulse signal into Angle displacement. The wheeling speed is controlled by the frequency of pulse signal.
所以，在控制系统的设计过程中要综合考虑控制要求、成本等多方面的因素，选用适当的控制电机。
So, in the design of control system during the process of comprehensive consideration of the control requirements, cost factors, choose the proper control motors.
所以，在控制系统的设计过程中要综合考虑控制要求、成本等多方面的因素，选用适当的控制电机。
So, in the design of the control system of process control to comprehensive consideration of the requirements, cost factors, choose the proper control motors.
整个系统分为控制部分与执行部分，在控制部分中包括上位机控制部分与变频器控制电机调速部分。
This system consists of a control part and an executive part. The former one includes the control part of MCU and the timing part where the motor is controlled by the inverter.
整个系统分为控制部分与执行部分，在控制部分中包括上位机控制部分与变频器控制电机调速部分。
This system consists of a control part and an executive part. The former one includes the control part of MCU and the timing part where the motor is controlled by the inverter.
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