Design Strategy of Magnetizer for Post-Assembly Magnetization of Spoke-Type Ferrite Magnet Motor

  • Seol, Hyun-Soo; 
  • Kim, Jun-Young; 
  • Liu, Huai-Cong; 
  • Kang, Dong-Woo; 
  • Lee, Ju
Citations

WEB OF SCIENCE

4
Citations

SCOPUS

7

초록

Permanent magnets should receive external magnetic field energy for magnetization. It is a magnetizer that enables magnetization. The performance of magnets is determined by magnetization, and reaching 100% magnetization is very difficult. In this paper, a 3-times magnetizer was used for magnetization of a spoke-type ferrite magnet motor. The size of the permanent magnets and magnetizer winding must be designed appropriately to reach a high magnetization ratio. These parameters are determined using transient analysis, but this technique requires a significant amount of time. Magneto-static field analysis was used in this study with the goal of solving this problem. By using this method, the analysis time was reduced and a strategy for deriving a final model was proposed. The final model was designed using the proposed strategy and the model was manufactured. Finally, the performance of the 3-times magnetizer was confirmed by measuring the magnetization ratio of the magnets, and the proposed design strategy was verified through testing.

키워드

Permanent magnet; magnetization; spoke-type PMSM; post-assembly magnetization; Ferrite; Ferrite devices; Permanent magnets; Transient analysis; Analysis time; Design strategies; External magnetic field; Ferrite magnet; High magnetization; Post-assembly magnetization; spoke-type PMSM; Static fields; Magnetization
제목
Design Strategy of Magnetizer for Post-Assembly Magnetization of Spoke-Type Ferrite Magnet Motor
저자
Seol, Hyun-Soo; Kim, Jun-Young; Liu, Huai-Cong; Kang, Dong-Woo; Lee, Ju
DOI
10.1007/s11664-018-6762-z
발행일
2019-03
유형
Article; Proceedings Paper
저널명
Journal of Electronic Materials
권
48
호
3
페이지
1368 ~ 1374