Control of Transverse Flux Linear Motor to the linear and curve section by using low-cost position sensors

In this paper, the mathematical model of 2-phase permanent magnet-type transverse flux linear motor (2-phase PM-type TFLM) is acquired by including the static electromagnetic analysis of the motor and the several experimental data of the steady state. In addition, the new position detection algorith...

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Bibliographic Details
Published in2007 IEEE International Symposium on Industrial Electronics pp. 1322 - 1327
Main Authors Won-Gon Kim, Sang-Jun Cho, Ji-won Kim, Hyungshic-Oh, Jang-Mok Kim
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.06.2007
Subjects
Computer simulation
Costs
Curve section
Detection algorithms
Electromagnetic analysis
Force sensors
Low-cost position sensor
Magnetic flux
Mathematical model
Permanent magnet motors
Phase difference
Stator cores
Steady-state
TFLM(Transverse Flux Linear Motor)
Thrust force
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Summary:In this paper, the mathematical model of 2-phase permanent magnet-type transverse flux linear motor (2-phase PM-type TFLM) is acquired by including the static electromagnetic analysis of the motor and the several experimental data of the steady state. In addition, the new position detection algorithm of 2-phase PM-type TFLM is developed, and applied to linear and curve section by using low- cost position sensor not only in the linear but also curve section. Then the usefulness of the proposed algorithm is verified through the computer simulation and the several experimentations.
ISBN:1424407540
9781424407545
ISSN:2163-5137
DOI:10.1109/ISIE.2007.4374791