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This paper investigates the use of single deck design to achieve 2 dimensional magnetic levitation motion. The concept is use simple and repeated stator coil designs so that the stator can be extended to enlarge the traveling range of the motion stage. In this paper, a novel design for the stage/platform configuration enables the stator platform to not only levitate but also actively maintain constant...
This paper addresses the design and control issues in a novel single-deck six degree-of-freedom (DOF) magnetic levitation (maglev) stage. The proposed design uses an array of solenoids to levitate and to hold a permanent magnet (PM) carrier in place. The solenoids are excited in a manner to generate restoring force when the platform with PMs is displaced from its equilibrium position. The ANSOFT finite...
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