slip frequency的例句大全

Vector control system of slip frequency of using twin-cpu

采用双CPU的转差频率矢量控制系统

Slip frequency as a technique of frequency conversion is finally adopted among several control methods of motor.

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。

The Application of Speed Closed Loop, Slip Frequency Control System on Industrial and Mineral Electrical Locomotive

转速闭环、转差频率控制系统在工矿电机车上的应用

Physical model and mathematical model of doubly-fed brushless machine based on slip frequency rotary coordinate system

基于转差频率旋转坐标系的无刷双馈电机数学模型

Study on Slip Frequency Type Vector Control System Based on Adaptive Rotation Judgement Observer Model For Induction Motor

基于自适应转速判断观测器的异步电机转差频率型矢量控制系统的研究

By analyzing existing slip frequency control strategies, a stator flux orientated control method is proposed.

在分析现有转差频率控制方案优缺点的基础上，提出一种按定子磁场定向的转差频率控制方案。

Experimental Investigation in Double Closed-loop Variable Frequency and Adjustable Speed System of Slip Frequency Controlled Asynchronous motor

转差频率控制的异步电动机双闭环变频调速系统的实验研究

This method is to control the stator current as a vector quantity on the basis of slip frequency control.

在这一控制方法中，定子电流在转差频率控制的基础上作为一个矢量进行控制。

Investigation on Magnetic Rotor's Rotating Error Measurement; Study on Novel Maximum-torque Slip Frequency Control Technology

磁悬浮转子回转误差的测试技术研究基于最大转矩输出的改进型转差频率控制技术

Slip Frequency Sensorless Vector-controlled System of AC Induction Motor

异步电动机转差型无速度传感器矢量控制系统

It can also compensate the change in flux and the inaccuracy in slip frequency instruction.

该系统能够对磁通的变化及转差频率指令的不准确性进行补偿。

This paper discusses the slip frequency control of variable frequency regulating speed system, and analyses the shortage of this control way.

本丈对转差频率控制的变频调速系统进行讨论，分析这种控制方式所存在的不足；

The energy optimization control of asynchronous machine often uses the permanent slip frequency control according to the electrical machinery static model.

感应电机能量优化控制常根据电机静态模型采用恒转差频率控制。

We find that the principle of the strategy is that it makes the efficiency optimal essentially by controlling the slip frequency.

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。

The traditional control of slip frequency is scalar control, but the implementation of control systems make it difficult to ensure good dynamic characteristics.

传统的转差频率控制属于标量控制，但该方法实施控制时难以保证系统获得良好的动态特性。

Using slip frequency control method and SPWM, we give a general design scheme of the slip frequency variable voltage variable frequency control system.

运用转差频率控制方式和正弦脉宽调制算法，提出转差频率变压变频调速系统的总体设计方案。

A slip frequency control system of asynchronous motor used DSP as control center is presented, which apply to the electric tourist car.

介绍一种以DSP为控制核心的异步电动机转差频率控制系统在电动游览车中的应用。

We combine this system with the common inverter based on constant U/ f control strategy to form a slip frequency control system without a speed sensor.

将此系统同传统的电压/频率协调控制的变频器系统结合起来，组成了无速度传感器转差频率控制系统。

Based on the idea of optimal slip frequency control the strategy combines the idea of rotor flux oriented vector control and decoupled control for rapid torque response with optimal slip frequency control for minimum loss.

该策略依据最优滑差频率的控制思想，结合转子磁链定向的矢量控制和磁链解耦控制，以实现兼顾效率的高性能转矩控制。

This system uses the slip frequency control theory to carry on the control, because the DC part of two transducers are parallel, when experiment may engender the energy feedback to achieve the energy conservation goal.

该系统采用差频控制理论进行控制，由于两台变频器的直流部分并联，实验时可构成能量回馈而达到节能目的。