This paper presents scalar and vector control of three-phase induction motors. The name scalar control indicates that the magnitude of the controlled variable is varied while neglecting the effects of any coupling in the machine. Scalar control is a very simple method of controlling the speed of an induction motor compared to the more complex vector control. Vector control is based entirely on mathematical equations to control the three-phase torque and speed model of an indirect vector control VSI-fed cage-type asynchronous motor drive through pulse width modulation. Results for both scalar and vector control techniques are included at the end.
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