TECHNIQUE FOR MEASURING THE TIME CONSTANT OF ELECTRIC DRIVE
Tula Artillery Engineering Institute; Head of Military-Technical Information Office
K. A. Ankudinov
Tula Artillery Engineering Institute, Department of Radioelectric Devices and Control Systems;
N. S. Akinshin
Tula Artillery Engineering Institute; Professor
O. A. Glagolev
Tula Artillery Engineering Institute, Department of Radar-Tracking Detection;
A. V. Emelyanov
Tula Artillery Engineering Institute, Department of Special Electric Equipment and Systems of Automatic Control;
V. V. Manuilov
Tula Artillery Engineering Institute, Department of Radioelectric Devices and Control Systems; Post-Graduate Student
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Abstract. A method is proposed for estimation of electromechanical time constant of an electric drive with the use of mathematical analysis of physical processes in the drive starting mode. The method is based on a one-to-one correspondence between the time for which reaction of non-periodic component reaches its extremum, and time constants of the electric drive and its non-periodic component. A special device realizing the developed method for a DC electric drive is described.
Keywords:
electric drive, electromechanical time constant, non-periodic component, transfer function.
