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In this paper, a new double-sided linear flux-switching permanent magnet (DLFSPM) motor for electromagnetic launch system is proposed, in which the mover only consists of yokeless iron while the permanent magnets and armature windings are all located on the stator. Hence, this motor incorporates the merits of high thrust density of permanent magnet linear motor and high reliability of linear induction...
A high-precision, high-performance motion control system is significant in transportation systems and industrial applications. At present, a new series of complementary and modular linear flux-switching permanent magnet (CMLFSPM) motors with different mover/stator pole pitch ratio have attracted much attention. However, the research about the high-precision position control of these LFSPM motors is...
A new double-sided high-temperature superconducting (HTS) linear flux-switching motor for transportation system is proposed in this paper, in which the yokeless iron, armature, and HTS field windings are located in its mover, whereas its double-sided long stator only consist of segmented and low-cost iron. Thus, this type of linear motors exhibit robust and low-cost stator, high efficiency, and high-force...
In this paper, a new double-sided primary wound field flux-switching linear (PWFFSL) motor is proposed, in which the yokeless iron, DC field and armature windings are all located in the short primary mover, while the long double-sided secondary stator is only made of iron. Also, this motor can offer sinusoidal and symmetrical back-EMF and smaller force ripple, because each phase includes two armature...
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