THE STUDY OF THE DEPENDENCE OF THE FLUX LINKAGE OF THE UNIT PERMANENT MAGNETS WITH THE COIL FROM THE LENGTH OF THE LAST

Authors

  • V. F. Novykov Institute of Transport Systems and Technologies National Academy of Science of Ukraine "Transmag",
  • S. V. Burilov Institute of Transport Systems and Technologies National Academy of Science of Ukraine "Transmag",
  • V. E. Voskoboinik Institute of Transport Systems and Technologies National Academy of Science of Ukraine "Transmag",
  • V. O. Dzenzerskyi Institute of Transport Systems and Technologies National Academy of Science of Ukraine "Transmag",

DOI:

https://doi.org/10.15802/stp2006/19212

Keywords:

the magnets with the coil, the flux linkage unit

Abstract

A research of the effect of coil length on the Fourier coefficients of decomposition of dependence of interlinkаge of the block of permanent magnets with the track structure coil on their mutual position is conducted. As a result of the research the dependence of Fourier coefficients on the coil length has been established, which allows to simplify optimization of design of a linear synchronous motor with excitation from a block of permanent magnets.

Author Biographies

V. F. Novykov, Institute of Transport Systems and Technologies National Academy of Science of Ukraine "Transmag"

V. F. Novykov

S. V. Burilov, Institute of Transport Systems and Technologies National Academy of Science of Ukraine "Transmag"

S. V. Burilov

V. E. Voskoboinik, Institute of Transport Systems and Technologies National Academy of Science of Ukraine "Transmag"

V. E. Voskoboinik

V. O. Dzenzerskyi, Institute of Transport Systems and Technologies National Academy of Science of Ukraine "Transmag"

V. O. Dzenzerskyi

Published

2006-03-25

How to Cite

Novykov, V. F., Burilov, S. V., Voskoboinik, V. E., & Dzenzerskyi, V. O. (2006). THE STUDY OF THE DEPENDENCE OF THE FLUX LINKAGE OF THE UNIT PERMANENT MAGNETS WITH THE COIL FROM THE LENGTH OF THE LAST. Science and Transport Progress, 10(10), 22–25. https://doi.org/10.15802/stp2006/19212

Issue

Section

ELECTRIC TRANSPORT, POWER SYSTEMS AND COMPLEXES