Compensation of the Non-Sinusoidal Electromotive Force with Multiple-Frequency Resonant Controller for a PMLSM

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  • Ghislain Remy
    Motion Control of High Dynamic Machine-Tools Technological Research Team CEMODYNE, ERT Int 1022 Laboratory of Power Electronics and Electrical Engineering of Lille
  • Philippe Degobert
    Motion Control of High Dynamic Machine-Tools Technological Research Team CEMODYNE, ERT Int 1022 Laboratory of Power Electronics and Electrical Engineering of Lille
  • Pierre-Jean Barre
    Motion Control of High Dynamic Machine-Tools Technological Research Team CEMODYNE, ERT Int 1022 Laboratory of Power Electronics and Electrical Engineering of Lille
  • Jean-Paul Hautier
    Motion Control of High Dynamic Machine-Tools Technological Research Team CEMODYNE, ERT Int 1022 Laboratory of Power Electronics and Electrical Engineering of Lille
  • Jia Zeng
    Motion Control of High Dynamic Machine-Tools Technological Research Team CEMODYNE, ERT Int 1022 Laboratory of Power Electronics and Electrical Engineering of Lille

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Abstract

This paper presents how to compensate for the non-sinusoidal electromotive force (EMF) of the permanent magnet linear synchronous motor (PMLSM) with a multiple-frequency resonant controller. After the modeling of the non-sinusoidal EMF in a PMLSM, the multiple-frequency resonant controller is proposed to control the PMLSM in order to compensate for the negative influence of such EMF. After explaining the discrete resonant controller theory, the effectiveness of the suggested method is verified on a test bench equipped with a Rexroth LSP120C linear motor and a dSPACE DS1005 real-time controller board.

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