相绕组的英文

• phase winding

• "相"英文翻译    looks; appearance
• "绕组"英文翻译    winding
• "单相绕组" 英文翻译 :    single phase winding; single-phase winding
• "多相绕组" 英文翻译 :    polyphase winding
• "分相绕组" 英文翻译 :    split phase winding; split-phase winding
• "三相绕组" 英文翻译 :    three phase winding; three-phase winding
• "单层三相绕组" 英文翻译 :    single layer three phase winding; single-layer three phase winding
• "星形三相绕组" 英文翻译 :    star
• "有中性点引出线的星形连接的三相绕组" 英文翻译 :    star-connected three phase windings with neutral outlet
• "相绕相" 英文翻译 :    phase winding
• "绕组" 英文翻译 :    [电学] winding 双线绕组 bifilar winding; 绕组系数 winding coefficient; 绕组线 winding wire; 绕组元件 element of winding
• "相绕式电动机" 英文翻译 :    phase wound motor; phase-wound motor
• "棒绕组" 英文翻译 :    stick winding
• "波绕组" 英文翻译 :    undulated series winding; wave winding
• "箔绕组" 英文翻译 :    foil winding
• "槽绕组" 英文翻译 :    slot winding
• "场绕组" 英文翻译 :    field winding
• "带绕组" 英文翻译 :    ribbon winding
• "单绕组" 英文翻译 :    simplex winding
• "第绕组" 英文翻译 :    regulating winding
• "迭绕组" 英文翻译 :    lap parallel winding; lap winding; lap-winding
• "叠绕组" 英文翻译 :    lap winding; pile winding
• "端绕组" 英文翻译 :    end winding
• "辅绕组" 英文翻译 :    auxiliary winding
• "副绕组" 英文翻译 :    secondary winding

• Therefore , this thesis provides a detailed verification of the effects of parasitic capacitances of the anti - phase winding on the efficacy of the proposed technique
  因此，反相绕组寄生电容对该技术效能的影响在本文中得到了确认。
• When the electrical functioning smoothly , the electrical inductance of the winding a reverse electromotive force will be formed , the higher the frequency , the greater the reverse emf
  当步进电机运转时，电机各相绕组的电感将形成一个反向电动势，频率越高，反向电动势越大。
• Thirdly , current ripple will be calculated in two current control mode respectively and paper will make a conclusion about its interaction with the voltage , current , frequence and so on . finally this paper will show the design of the controller and test waveforms
  另外，本文分析了在两种电流控制方式下，即pwm控制和滞环控制下电流脉动和相绕组电压、相电流、转速和开关频率的关系。
• For compensating the nonlinear error between winding current and the result magnetic field of stepper motor , the method of minimum square is adopted to fit and correct the error curve of subdivision step angle , and the subdivision precision is improved
  为了补偿步进电机相绕组电流与其产生磁场之间非线性引起的误差，采用了最小二乘法对细分步距角误差曲线进行了拟合与修正，提高了细分精度。
• It is showed that the torque ripple is not only connected with the phase currents , but also with the other factors , such as the instantaneous phase emf ' s in the case of commutation , the angle of commutation and the parameters of the windings
  从一个新的角度分析了绕组换相引起转矩波动的原因，指出换相转矩波动不仅与电机绕组电流有关，还与换相时相绕组感生电势瞬时值、换相位置角、绕组参数等因素有关。
• Considering the above control strategies which make the controller can not be real - time processing because its workload has increased , control circuits of the main switches based on eprom are designed , which can implement control scheme of firing angles and phase voltage . furthermore , it avoids power converter saturation in the process of commutation
  上述控制策略的引入造成控制器运算量增大、难以在线实时控制，又设计了基于eprom的主开关器件通断控制电路，实现了开关磁阻电动机开通关断角控制及对施加于相绕组上电压的优化控制，同时避免了换相时可能引起的功率变换器饱和现象。
• Considering the relations between idle load characteristics and armature winding parameters of the salient pole propulsive synchronous motor ( spsm ) with its structure , stator tooth and magnetic saturation , the analysis of numerical method for the back electromotive force calculation of spsm is given under various exciting current values
  摘要针对凸极式同步推进电机的空载特性及其绕组参数与电机结构、定转子齿槽、磁场饱和等紧密相关的问题，分析了在不同励磁电流下同步推进电机相反电势的数值计算方法，提出了采用电机磁场能量微动法计算相绕组的参数，并对一台十二相同步推进电机的绕组参数及其空载特性进行了计算和测量。