1.
Study of No Load EMF Harmonics of Synchronous Generator Considering Field Current Harmonics
计及励磁电流谐波的同步发电机空载电势分析
2.
On Selection of Back emf of Permanent Magnet Synchronous Motor
永磁同步电动机空载电势最佳取值问题研究
3.
The Calculation of the No Load EMF Waveform Deriation Ratio of Salient-Pole Synchronous Generator
凸极同步发电机空载电势波形畸变率的计算
4.
Calculation of No-Load EMF Waveform and Optimization of Damper Windings for Powerformer
能量变换器空载电势波形的计算及阻尼绕组结构的优化设计
5.
Method of field coupling circuits can consider above factors and calculate no-load EMF accurately.
场路耦合的方法能考虑到上述的各种影响,准确地计算空载电势波形。
6.
Resaerches in the No-Load Slot-Ripple EMF of Salient-Pole Synchronous Generators
凸极同步发电机空载齿谐波电势分析
7.
Analysis of No-load Back Electromotive Force for a Permanent Magnet Linear Motor with Short-pitch Concentrated Windings
短距集中绕组永磁直线电机空载反电势分析
8.
Researches on the no-load tooth-ripple emf of salient-pole synchronous generators in consideration of magnetic saturation and eddy currents in the pole laminations
考虑饱和及叠片涡流的凸极同步发电机空载齿谐波电势研究
9.
Analysis of Powerformer No-Load EMF Waveform With Different Damper Constraints
考虑阻尼绕组约束能量变换器空载电动势波形的分析
10.
low idle voltage arc-welding power supply
低空载电压的弧焊电源
11.
open circuit secondary voltage
次级绕组的空载电压
12.
no-load apparent power
空载视在功率 -电阻焊的
13.
Fault Diagnosis and Prediction for Airborne Electronic Equipment
机载电子设备的故障诊断和趋势预测
14.
It can improve the power factor of the motor when it is under low load or no load running.
能提高电动机在轻载或空载时的功率因素。
15.
Built-in electric load can make the instrument conveniently perform idling/ load conversion.
内置电子负载能方便的进行空、载转换测试。
16.
Built-in electric load can make the instrument conveniently perform idling/load conversion.
内置电子负载能方便的进行空、负载转换测试。
17.
Influence of the Open-circuit Voltage of Source on Plasma arc Characteristic
整流电源空载电压对等离子电弧特性的影响
18.
Analysis and Calculation of No-Load Performance and Electromagnetic Parameter for Powerformer;
Powerformer空载性能及电磁参数的分析计算