The classical state feedback control can't be adapted in easily way for induction motor drives because of the intrinsic nonlinearity of its mathematical model. A possible solution in order to overcome this difficulty is proposed in the paper. It is based on an adequate imposition of the system eigenvalues, which makes possible to consider as separately acting the electrical and mechanical systems. The proposed procedure has been tested by means of a computer simulation of a speed controlled induction motor drive.

OPTIMAL DYNAMIC RESPONSE OF STATE-FEEDBACK DIGITALLY CONTROLLED INDUCTION MOTOR DRIVES

ATTAIANESE, Ciro;
1996

Abstract

The classical state feedback control can't be adapted in easily way for induction motor drives because of the intrinsic nonlinearity of its mathematical model. A possible solution in order to overcome this difficulty is proposed in the paper. It is based on an adequate imposition of the system eigenvalues, which makes possible to consider as separately acting the electrical and mechanical systems. The proposed procedure has been tested by means of a computer simulation of a speed controlled induction motor drive.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11580/1438
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