Paper Contents
Abstract
AbstractHigh starting and decelerating torque are provided by DC motors in applications that call for rapid stops or reversals. DC motors are well suited for speed control over a large range, which is easily accomplished. In this study, an independently stimulated DC motor is started using three distinct techniques: (i) Increasing the voltage gradually while decreasing it until it reaches a constant value (controlled voltage) (ii) Using a direct starter (iii) Using a step resistance starter to begin. The impact of machine characteristics like rotational speed (), armature current (Ia), and torque (Te) on the three (3) approaches will also be examined in this study MATLAB Simulink.Keywords: Electromechanical, Armature, Torque, Simulink, Machine, StarterIntroductionDirect current (DC) motor is an electrical device that transforms electrical energy into mechanical energy. Direct current serves as the electrical energy input for a DC motor, converting it into mechanical energy. DC motors are use in applications such as electric traction, positioning a radar and handling robots motors due to its flexibility and instantaneous speed. (Talavaru et.al.,2014).
Copyright
Copyright © 2025 YEKINI Olawale Saheed. This is an open access article distributed under the Creative Commons Attribution License.
