Methods for the Synthesis of Digital Controllers for an Asynchronous Brushless Motor

Authors

  • O. A. Jumaev Navoi State Mining Institute, Department of Automation and Control, Faculty of Automation, Navoi, Uzbekistan.
  • R. R. Sayfulin Navoi State Mining Institute, Department of Automation and Control, Faculty of Automation, Navoi, Uzbekistan.
  • A. R. Samadov Navoi State Mining Institute, Department of Automation and Control, Faculty of Automation, Navoi, Uzbekistan.
  • E. I. Arziyev Navoi State Mining Institute, Department of Automation and Control, Faculty of Automation, Navoi, Uzbekistan.
  • E. O. Jumaboyev Navoi State Mining Institute, Department of Automation and Control, Faculty of Automation, Navoi, Uzbekistan.

DOI:

https://doi.org/10.9734/bpi/nvst/v9/14280D

Keywords:

Electronics, microprocessor controls, asynchronous motor, vector algorithms, discontinuous control, phase rotor, traction drive, regenerative braking, actuator, summing amplifier, sequential correction, PID controller, stand-alone filter, PWM interval

Abstract

The problems of optimizing the operating modes of an asynchronous electric drive according to the criterion of minimum stator current, as well as the optimal control system for an induction motor with a reference rotor flux linkage vector, which can be used for most serial frequency converters, are added to the control channel of the longitudinal component of the stator current.

Published

2021-11-08

How to Cite

O. A. Jumaev, R. R. Sayfulin, A. R. Samadov, E. I. Arziyev, & E. O. Jumaboyev. (2021). Methods for the Synthesis of Digital Controllers for an Asynchronous Brushless Motor. New Visions in Science and Technology Vol. 9, 45–53. https://doi.org/10.9734/bpi/nvst/v9/14280D

Issue

New Visions in Science and Technology Vol. 9

Section

Chapters