SYNTHESIZING THE SPEED CONTROLLER OF PERMANENT MAGNET SYNCHRONOUS ELECTRICAL MOTOR WITH THE BLOWER LOAD USING ADAPTIVE SLIDING CONTROL

Abstract

This paper presents the results of synthesizing the speed controller of
permanent magnet synchronous electrical motor (PMSM) using adaptive sliding
control method with the blower load to increase the robustness of the speed
controller due to parameters and noise variations. Base on synthesized
controller, the speed control system is simulated by using Matlab - Simulink. The
simulation results are provided to verify the correctness of the proposed control.
These results can be used to synthesize complex controllers using PMSM.