MODELLING OBSERVER STATUS IN THE ELETROMECHANICAL SYSTEM BASED ON A BRUSHLESS DIRECT CURRENT MOTOR

In this paper we study the processes of speed recovery and angle on a mathematical model of an electromechanical system with contactless direct current motor using as a base the mathematical model

1. Ovchinnikov I.E., Lebedev N.I. Contactless motors direct current. - L .: Nauka, 1979.- 270s.

2. Ovchinnikov I.E. Valve electric motors and drive based on them (low and medium power): Course lectures.- SPb .: CROWN-Century, 2006.- 336s.

3. Methods of robust, neuro-fuzzy and adaptive Management: Textbook in 5 vols .; 2nd ed., Revised. and extra. T.2: Static dynamics and system identification automatic control / Ed. K.A. Pupkova and N.D. Yagupova. - M., Publishing House of MSTU. N.E. Bauman, 2004 .-- 640 s.

4. Kiseleva O.A. Statement of the optimal control problem Logical-dynamic system with a contactless motor DC / OA Kiseleva, V.E. Bukatova, T.V. Popova // Electrotechnical complexes and control systems.- 2008.- No. 3 (11) .- p. 41-42.

5. Kiseleva O.A. The synthesis of deterministic discrete Logical-dynamic system with a contactless motor constant current / O.A. Kiseleva, V.E. Bukatova, T.V. Popova // Electromechanical complexes and control systems .- 2009.- No. 4 (16) .- pp. 11-14.

6. Vinokurov S.A. Synthesis of regulators for contactless electromechanical systems DC impulse response / S.A. Vinokurov, O.A. Kiseleva, V.E. Bukatova // Electrical complexes and control systems .- 2007.- No. 2 (8) .- p. 77-80.