Sentence examples for induction motor operating from inspiring English sources

Simulation shows that the technique proposed yields controllers with performance minimally affected by an imprecise modeling of an induction motor, as well as a reduced cost controller implementation throughout the entire induction motor operating sequence.

The squirrel-cage induction motor operates on alternating current but has no physical electrical connections to the rotor.

Fault detection in induction motors operated by inverters is an actual industrial need.

A majority of three-phase induction motors operate with their stator windings connected directly to a three-phase electric supply of constant voltage and constant frequency.

for attaining robust performance of the main operating modes tracking and disturbance rejection of an induction motor control system under implementation constraints on the control signal magnitude.

Fault diagnosis of induction motors in the practical industrial fields is always a challenging task due to the difficulty that lies in exact identification of fault signatures at various motor operating conditions in the presence of background noise produced by other mechanical subsystems.

The subject of the paper is the implementation of fuzzy sliding mode control conception for robust accurate tracking of induction motor drive operating in a high-performance drives environment.

This paper deals about the current and power characteristics of induction motor while it operating at its base frequency with variable speed drive.

When operated on a fixed frequency supply, a synchronous motor operates at a constant speed, but it usually requires additional rotor windings to allow it to start as an induction motor.

The analysis of the simulation results emphasizes the constraints on the achievable performance arising under actual operating conditions of the induction motor and their effects on the performance expected in the H∞ design phase.

In order to keep the speed of the wound rotor induction motor constant over a certain range of operating conditions, the servo state feedback controller designed by a linear quadratic regulator (LQR) is also introduced in this paper.