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This paper mainly presents a nonlinear control method for hybrid electromagnetic suspension. Targeting to keep a constant distance between the stator and load, model is researched and controlled in the perpendicular direction. Windings are added into the model to control the disturbance force; at last the load will reach a stable state and be kept in the appointed position in the zero-power control...
This paper mainly presents a nonlinear control method for hybrid electromagnetic suspension. Targeting to keep a constant distance between the stator and load, model is researched and controlled in the perpendicular direction. Windings are added into the model to control the disturbance force; at last the load will reach a stable state and be kept in the appointed position in the zero-power control...
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