Maglev experimental device

M730 high-throughput laser feedback magnetic levitation device of the equipment produced by the US ECP (Educational Control Products). The magnetic levitation device demonstrates vividly the permanent element of the closed-loop suspension. Overall summary: The equipment manufactured by the US ECP (Educational Control Products). The magnetic levitation device demonstrates vividly the permanent element of the closed-loop suspension. Including laser displacement can have a greater feedback and a high magnetic flux, and provides visual tracking and adjusting presentation. The system can quickly build open and stable / unstable (repulsive and gravitational field) ring configuration. Adding a second drive magnets and two actuators can be MIMO Control. By providing real-time algorithms can achieve intrinsic magnetic field of nonlinear inversion, linear control studies or system-wide dynamic authentication. The introduction of the use of two drive coils disturbance for SISO systems operating in regulated demonstration. Wheel Accessories (optional) provides mainly used to graphically demonstrate the high-speed maglev train induction field. Magnetic interaction between two magnets caused a strong cross-coupling, resulting in a truly varied systems. The device provides more configuration flexibility, a wider suspension stroke and visual impact than other maglev teaching system. Experimental features: 1) System Identification & dynamic modeling; 2) nonlinear stability control system 3) nonlinear unstable system control 4) nonlinear controller compensation 5) second-order system (underdamped, overdamped, critically damped, instant state response and frequency response, time domain and frequency domain correlation, phase and gain margin) 6) 7 disturbance rejection) juxtaposed SIMO controller 8) nonlinear compensation of MIMO design 9) Dynamic tracking control SISO, SIMO and MIMO systems 10) versatile reconfigurable devices and interface software can support research of all problems actual control system. The maglev system is very suitable for the study SISO, SIMO and MIMO configuration control of nonlinear systems (real-time compensation linearized) in.