Article
Design and Experimental Validation of Skewed Pole Linear Switched Reluctance Motor
Based on this analysis, the linear switched reluctance motor (LSRM) with skewed poles was studied to lower thrust ripple and decrease the total noise. Altering the flux path in a skewed pole fashion results in smoother operation and increased efficiency. Conventional and skewed LSRMs are modelled and analyzed with FEA under electromagnetic conditions. The results of simulations show that skewing allows for reduced torque ripple and detent force, without decreasing thrust force. This investigation has demonstrated that skewed poles help improve the motion capability of LSRMs.
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