Modeling and control for a maglev system using Simulink platform simulation

Magnetic Levitation is very popular now a days because of the base grating and low energy utilization which views as significant issues. This paper proposed an PID control for magnetic levitation system utilizing continuous control Simulink highlight of (SIMLAB) microcontroller. The control arrangement of the maglev transportation framework is checked by recreations with test results, and its prevalence is shown in correlation with past writing and traditional control procedures. Likewise, the proposed framework was executed under impact of relative essential subordinate controller/PID. Too, the controller framework execution was thought about in term of three parameters Peak overshoot, Settling time and Rise time. The discoveries demonstrate the understanding of recreation with exploratory outcomes got. In addition, the controller delivered an extraordinary soundness and homogeneous reaction than different controllers utilized. For trial results, the PID brought a 14.6%, 0.199 and 0.064 for top overshoot, Setting time and Rise time individually