Investigation of electric and magnetic coupling between two helical resonators of a wireless power transfer system
S Rasti Boroujeni, M Shahabadi… - Electronics …, 2016 - Wiley Online Library
S Rasti Boroujeni, M Shahabadi, J Rashed‐Mohassel
Electronics Letters, 2016•Wiley Online LibraryAn analytical method for calculation of total coupling coefficient between two helical
resonators is presented. The ratio of electric to magnetic (EMR) coupling coefficient is
calculated by approximating the electric and magnetic fields of the resonator with TE10 and
TM10 spherical modes. A helical resonator is wounded to verify the analysis and simulation
results.
resonators is presented. The ratio of electric to magnetic (EMR) coupling coefficient is
calculated by approximating the electric and magnetic fields of the resonator with TE10 and
TM10 spherical modes. A helical resonator is wounded to verify the analysis and simulation
results.
An analytical method for calculation of total coupling coefficient between two helical resonators is presented. The ratio of electric to magnetic (EMR) coupling coefficient is calculated by approximating the electric and magnetic fields of the resonator with TE10 and TM10 spherical modes. A helical resonator is wounded to verify the analysis and simulation results.
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