Simulation Un-Symmetrical 2 Phase Induction Motor

TL;DR

This paper develops mathematical models and computer simulations for unsymmetrical 2-phase induction motors, extending the approach to single-phase motors, and verifies their dynamic performance through simulation of key electrical and mechanical parameters.

Contribution

It introduces a novel mathematical and simulation framework for analyzing unsymmetrical 2-phase induction motors and extends this to single-phase motors, enhancing understanding of their dynamic behavior.

Findings

Simulation accurately predicts motor performance parameters

Models describe input voltage, currents, torque, and speed

Framework can be used for design and analysis of such motors

Abstract

The equations of unsymmetrical 2-phase induction motors are established and a computer representation is developed from these equations. Computer representation of single phase motors are developed by extension and modification of the unsymmetrical 2-phase induction motors representation. These equations of an unsymmetrical 2-phase induction motors are describe the dynamic performance of equations of unsymmetrical 2-phase induction motors. The system is simulated to verify its capability such as input phase voltage, stator and rotor currents, electromagnetic torque and rotor speed. The performance of an unsymmetrical 2-p