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FUZZY SYSTEM FOR THE ADJUSTMENT OF THE CONTINOUS CURRENT MOTOR’S REVOLUTION


POPESCU LUMINITA, VILAN CRISTIAN, POPESCU MARIAN
CONSTANTIN BRANCUSI UNIVERSITY

Issue:

MOCM, Number 11, Volume IV

Section:

Informatization of Energy Processes

Abstract:

This paper presents the way a fuzzy regulator is made, regulator which is used for the adjustment of the revolution for a continuous current motor. Concrete going from a value of the revolution reference of 700 [rot/min] and from a value of the statorical current of the motor of 0,82 [A], (taking into account that the output of the system is 0 [rot/min] ) all the stages of the fuzzy algorithm are covered and a firm value of the command which is given by the adjustor in this case. The extension of the applications field of the numerical systems for adjustments is, obviously, sustained also by the superior performances achieved by such systems, as is the case of the fuzzy system, comparing with the automation analogical conventional systems.

Keywords:

fuzzy system, fuzzy algorithm, continuous current motor.

Code [ID]:

MOCM200511V04S01A0005 [0000205]


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