Proposal of Improved Winding Method for VR Resolver

  • Jin, Chang-Sung
  • Jang, Ik-Sang
  • Bae, Jae-Nam
  • Lee, Ju
  • Kim, Won-Ho
Citations

WEB OF SCIENCE

45
Citations

SCOPUS

75

초록

The variable reluctance (VR) resolver is generally used instead of an optical encoder as a position sensor on motors for hybrid electric vehicles or electric vehicles owing to its reliability, low cost, and ease of installation. The commonly used conventional winding method for the VR resolver has disadvantages, such as complicated winding and unsuitability for mass production. This paper proposes an improved winding method that leads to simpler winding and better suitability for mass production than the conventional method. In this paper, through the design and finite element analysis for two types of output winding methods, the advantages and disadvantages of each method are presented, and the validity of the proposed winding method is verified. In addition, experiments with the VR resolver using the proposed winding method have been performed to verify its performance.

키워드

Finite element methodposition sensorvariable reluctance (VR) resolverwinding methodElectric windingsHybrid vehiclesWindingFinite element methodConventional methodsLow costsMass productionOptical encoderPosition sensorsVariable reluctance
제목
Proposal of Improved Winding Method for VR Resolver
저자
Jin, Chang-SungJang, Ik-SangBae, Jae-NamLee, JuKim, Won-Ho
DOI
10.1109/TMAG.2014.2348321
발행일
2015-03
유형
Article; Proceedings Paper
저널명
IEEE Transactions on Magnetics
51
3
페이지
1 ~ 4