电枢

通过PLC软件程序实现电枢降压软起动。

Through the PLC software program armature buck soft start .

送丝速度采用电枢电压和电弧电压反馈进行双闭环PID控制。

Wire feeding velocity performs motor armature voltage feedback and arc voltage feedback respectively by two PI adjusters .

基于MATLAB电励磁双凸极电机发电运行电枢反应研究

Research on Armature Reaction of Doubly Salient Electro Magnetic Generator Based on MATLAB

电动机的目标电流是根据助力特性曲线确定的，电动机的电流控制通过调节电动机的电枢电压以PWM方式来实现。

The goal current of electromotor is determined by assistant torque curve map .

在此基础上考虑电机电枢反应引起的id、iq轴电感参数的变化，分析其对电机弱磁性能和车辆加速性能的影响。

Change of inductance parameter in d axis and q axis with armature reaction was considered , which influenced flux-weakening performance of PMSM .

基于永磁直流微电动机电枢铁损的Taguchi参数设计

The Taguchi parameter design of armature core loss in permanent magnetism DC micro-motor

以大功率GM系统为对象，提出了电枢电流模糊反馈和电机负荷均衡控制的问题。

The problem about the Fuzzy feedback of armature current and load balance control is studied , taking the G M high power system as the object .

给出了以保证电机电枢电流连续和实现开关损耗最低为目标的PWM开关频率的确定方法。

To ensure continuous current in the generator armature and minimize the switch loss in the IGBT , the determination method for the PWM frequency was given out .

对直流PWM功率放大器常用控制模式特性进行了分析，并对双极模式下电机电枢电流进行了定性分析。

The analysis of control mode character of direct current PWM amplifier and the qualitative analysis of electromotor armature current under bipolar mode can be obtained in the thesis .

d-q轴励磁的同步电机气隙磁场与电枢反应电抗的计算

Calculation of air-gap magnetic fields and armature reaction reactances of synchronous machines with d-q axes excitation

FCG电枢膨胀过程流体计算

Hydrodynamic Calculation of the Armature Expansion Process

针对电枢控制式直流电机的位置控制，依据伪微分反馈（PDF）控制理论设计控制系统结构形式。

For the position control of an armature-controlled DC motor , the configuration of the control system is designed according to the Pseudo-Derivative-Feedback ( PDF ) control algorithm .

本文建立了方波驱动无刷直流电动机的数学模型，根据所建立的模型，用龙格-库塔方法和编制FORTRAN语言程序，采用计算机对电机运行时的电枢电流、电磁力矩及转速进行数值计算。

It established mathematical model of brushless dc motor in square wave drive , by means of Runge-Kutta and FORTRAN program , according to the model with computor .

然后介绍了GEC柜改造的详细设计方案，提出了能量控制的方法，采用最小二乘法辨识出了电枢电流控制器的传递函数。

Secondly , it introduces the solution of the system improvement . An energy control method is proposed .

建立了爆炸磁压缩装置（FCG）的2D轴对称有限元模型，应用显式非线性动力分析程序进行求解，得到了爆磁压缩装置电枢膨胀过程的图像。

A 2 D axisymmetric nonlinear explicit finite element dynamic analysis program is applied to compute the armature expansion process of the magnetic flux compression generator ( FCG ) .

用有限元法（FEM）对该电机的磁场分布、永磁磁链、反电势和电感特性进行了计算和分析，计算中考虑了永磁磁场和电枢反应的相互作用。

Its characteristics , including PM flux linkage , back EMF , and inductance , are analyzed by using the finite element method ( FEM ) in which the interaction between the PM field and the armature field are taken into account .

同步电机稳定极限对应于与V型曲线上稳定极限区相对应的励磁电流If和电枢电流IM，稳定极限的计算传统上有两种方法：电势向量图法和实测法。

Stability limit of synchronous electric machine matches with the exciting current If and armature current IM in the stability limit area of V-curve , traditionally , there are two methods to solute the stability limit : drawing potential vector and field exploring .

论述了FHD仿真的详细模型和准稳态模型，并对励磁、电枢电流限制器和综合负荷进行了建模。

Detailed and quasi steady-state models of FHD simulation are discussed , and over-excitation limiter , armature current limiter and synthetic load are modeled .

XEC-788电机用电枢线圈绝缘结构及工艺研究

Research on an Armature Winding Insulation System and its Production Process of XEC-788 Motor

通过单片机控制步进电机的旋转、电磁铁的吸合，对电枢进行试验和测定，并通过RS232接口与专用测试仪器通讯将所测结果进行显示、存储、比较判断，最后打印出结果。

The step motor and electromagnet are controlled through the singlechip so as to test and mensurate armature . The tested results are shown , stored compared with each other by RS232 and special testing instrument , finally printed .

本文从原理和实验两个方面都证明采用GTR斩波器，自动调节他励直流电动机电枢回路附加电阻Rc，使其等效阻值与转速成线性变化。

This paper demonstrated that with a GTR chopper and the autoregulations of the external resistance Rc in the amature circuits of a separately excited DC motor , the equivalent values of Rc varied with the motor speed linearly from principles and experiments .

文章对这种电机结构原理、电磁计算进行了详细分析，通过对双绕组电枢反应的d-q轴电磁解耦，推导出其电磁计算的数学模型，得出各绕组输出电压的数学公式。

The structure principle and electromagnetism calculation are detailedly analyzed . A model for electromagnetic calculation and formulas for voltage are obtained by dealing with the d-q axis electromagnetic coupling of the double - winding armature reaction .

介绍了ZD108A直流牵引电动机电枢线圈的加工过程，可供同类型电枢线圈的加工制作时参考。

The paper introduces the armature winding processing for ZD108A traction motor and can be referred by same kinds of armature winding processing .

结果表明Powerformer的电枢反应电抗可以采用传统电机设计方法计算，半圆形槽漏抗可以根据传统圆形槽和矩形槽漏抗的计算方法来确定，端部漏抗适宜采用有限元方法计算。

The result shows that armature reaction reactance can be calculated by traditional electrical machine design method ; leakage reactance of semicircular slot can be determined by round-shape slot and rectangle slot leakage reactance ; and FEM is more suitable for end region leakage reactance calculation .

讨论了单相、两相/四相和五相DSEG单元电机新结构定、转子配合关系，定子极宽与定子极距之比以及电枢绕组元件连接方式。

The combinations between stator pole and rotor pole , the ratio of stator pole arc width to pole distance and the phase winding connections are further analyzed for the new element generators with single-phase , two or four-phase and five-phase DSEG .

本文分析了YCT电机空载和在不同电枢反应影响下磁场分布情况，尤其是分析了主磁通分布和受电枢反应影响的变化情况，为在工程上统一设计方法奠定了基础。

This paper has analysed the magnetic field distribution in YCT under noload and the influence of different armature reactions , and especially , the main flux variance with armature reaction . We provide the foundation to unify the design for engineering .

稀土永磁同步电机的电枢电流分析

Analysis of Armature Current for Rare Earth Permanent Magnet Synchronous Machine

永磁推进电机的电枢反应与应对措施

Armature Response of Permanent Magnet Propulsion Motor and its Solving Measure

对部分教科书中电枢反应和相带概念的辩证

Concept of Dialectic on Armature Reaction and Pole-phase Band in Textbook

电磁发射中固体电枢的设计和实验

Design and experiment of solid armature in the electric magnetic projection