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Simple analytical approach for the calculation of winding resistance in gapped magnetic components
Simple analytical approach for the calculation of winding resistance in gapped magnetic components (PDF)
Simple analytical approach for the calculation of winding resistance in gapped magnetic components (Other)
Simple analytical approach for the calculation of winding resistance in gapped magnetic components (Other)
Simple analytical approach for the calculation of winding resistance in gapped magnetic components (Other)
Simple analytical approach for the calculation of winding resistance in gapped magnetic components (Other)
Simple analytical approach for the calculation of winding resistance in gapped magnetic components (Other)
The Dowell expression is the most commonly used method for the analytic calculation of the equivalent resistance in windings of magnetic components. Although this method represents a fast and useful tool to calculate the equivalent resistance of windings, it cannot be applied to components that do not fit with classical 1D assumption, which is the case of gapped magnetic components. These structures can be accurately analyzed using finite-element analysis (FEA) with the time cost that this represents. Modifying the Dowelĺs equation, and taking advantage of the orthogonality between skin and proximity effects, a simple solution that allows its application in gapped magnetic components is proposed in this work, which results shows a very good accuracy compared with experimental measurements.
2014
Simple analytical approach for the calculation of winding resistance in gapped magnetic components
Electronics
Electrónica
Twenty-Ninth Annual IEEE Applied Power Electronics Conference and Exposition (APEC 2014)
Fort Worth, TX, USA
IEEE
Asensi Orosa
Rafael
Rafael Asensi Orosa
Prieto López
Roberto
Roberto Prieto López
Holguín Reynoso
Fermín Antonio
Fermín Antonio Holguín Reynoso
Cobos Márquez
José Antonio
José Antonio Cobos Márquez