EXPERIMENTAL AND MATLAB/SIMULINK VERIFICATION OF VARIOUS SPEED CONTROL FOR D.C DRIVE SYSTEMS

Abstract

This paper presents the experimental and MATLAB/Simulink verification of different speed control methods via. Field resistance, armature voltage and armature resistance, and feedback control system for D.C motor drive system. Also, the performance of proposed system using classical controllers is analyzed and designed by using state-space averaging model of D.C motor system. Both experimental and simulation models of the proposed system are developed as a section of a simulation software/electrical machinery laboratories to support and enhance teaching methodology of undergraduate electrical machinery courses.