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최소 단어 이상 선택하여야 합니다.
최소 단어 이상 선택하여야 합니다.
선택한 단어 수는 30입니다.
최대 10 단어까지만 선택 가능합니다.
최대 10 단어까지만 선택 가능합니다.
제안 방법
- So, in this paper, we compared the irreversible demagnetization characteristics of the SPOKE type BLDC motor with an interior type PM motor (IPM) and surface mounted PM motor (SPM), and confirmed that the SPOKE type motor has a great advantage over the SPM and other IPMs toward the trend of high torque and small size. From the results, the design parameters such as PM positions and structure etc. due to irreversible demagnetizing effects are investigated and applied on the design of the SPOKE type BLDC motor.
- The main object of this paper is to design shape high performance SPOKE type BLDC motors considering the irreversible demagnetization of PMs through a transient analysis including driving circuit. So, in this paper, we compared the irreversible demagnetization characteristics of the SPOKE type BLDC motor with an interior type PM motor (IPM) and surface mounted PM motor (SPM), and confirmed that the SPOKE type motor has a great advantage over the SPM and other IPMs toward the trend of high torque and small size.
- This method coupled magnetic field by FEM with electric circuit considering controlled current phase angle in the voltage source inverter. The spatial distribution of circuit parameters such as the back EMF, as well as self and mutual inductances are calculated using the developed method, and then they there are applied to electric circuit analysis for the instantaneous current and torque controlled by current phase with advanced angle [3].
- In the shape design of the PM type BLDC motor, the irreversible demagnetization characteristic is as important as the maximization of torque and efficiency. Therefore, the irreversible demagnetizing analysis of the proposed barrier type SPOKE type BLDC motor is carried out.
- This paper develops a dynamic analysis method for obtaining optimal current phase. This method coupled magnetic field by FEM with electric circuit considering controlled current phase angle in the voltage source inverter.
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