PID CONTROL DESIGN - GAIN SCHEDULLING FOR POSITION CONTROL IN MAGNETIC LEVITATION BALL SYSTEMS
This study propose a design of PID controller with gain schedulling optimization to controlling position for Magnetic Levitation Ball (Maglev) system. Design of PID controller with gain schedulling optimization are used to control three steel ball positions. Gain scheduling is designed to schedule each PID parameter to control the three predefined steel ball positions. Based on simulation and analysis result, gain scheduling is able to optimize PID controlling performance for controlling three steel ball positions. Proven by minimum setpoint attainment time are s, s, s for each position
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