salient pole造句
1 The voltage equation of salient pole synchronous motor without damping windings not only is based on composite magnetic field, but also is deduced by coupling circuit concept.
2 Based on the thought of salient pole tracking, the paper studied the application of this method in sensorless control of PMSM in detail.
3 Double salient pole pulsed DC motor consists of a salient pole stator with DC winding and a salient pole rotor without armature winding.
4 The air-gap magnetic field of a salient pole synchronous generator whose stator slot is fractional with the consideration of turn insulation is calculated by the finite element method in this paper.
5 The calculation of salient pole synchronous machine electromagnetic parameter by finite elements method is presented.
6 A salient pole synchronous machine with P windings is studied by simulation and experiment, therefore the correctness of the model is proved.
7 The relationship between electromagnetic torque and torque angle is deduced and analyzed in details, it is based on the mathematical model of the salient pole synchronous motor.
8 And finally in the paper is discussed the precision of the Park's model in case of a salient pole synchronous machine with damper circuits.
9 SR machines can offer a wide variety of aspect ratios and salient pole topologies.
10 And finally in the paper is discussed the precision of the Park's model in case of a salient pole synchronous machine with damper...
11 This paper studied the relationship between torque and voltage, when the solid rotor synchronous motor involving non salient pole started asynchronously.
12 The computer simulation method for calculating temperature rise of salient pole synchronous motor starting winding is described in this paper.
13 So far as the dangerous level of rotor overvoltage is concerned, no-salient pole has a small value by comparison with salient pole synchronous generator.
14 Thirdly, the inductance parameters of the DFBM with different structure rotors, the salient pole reluctance rotor, ALA reluctance rotor and cage rotor, are studied in details.