This paper describes a mathematical model for electromagnetic simulation of single and two-phase linear reluctance motor energized by DC source throughout electronic inverter. The Linear motor electromagnetic performances are analyzed by applying Simulink program for both operation modes. Comparison analysis with respect to the linear force, displacement, operation time are discussed , where it states that a two-phase operation mode is preferable for light loading, while at heavy loading the preferable mode is single-phase operation.
On the another hand two-phase reluctances motor realized independency with respect to the initial and steady—state time and loading operation. This advantage leads to loss reduction, fast response and stable electromagnetic torque. Analytically obtained motor characteristics are discussed with respect to the velocity and time response. Experimental prototype model should be realized with aim to verify the analytical results.
