In this paper a wireless power transfer resonant link using inductive coupling is considered and analyzed on the basis of an artificial transmission line approach. More specifically, a periodic network consisting of inductively coupled LC resonators is studied. It is demonstrated that the analyzed system exhibits a pass-band characterized by negative effective parameters (i.e., a double negative pass-band). In order to validate the proposed approach, comparisons with experimental data and circuital simulations are reported and discussed.
Magnetically Coupled Resonant Wireless Power Transmission: An Artificial Transmission Line Approach
MONTI, GIUSEPPINA;TARRICONE, Luciano;
2012-01-01
Abstract
In this paper a wireless power transfer resonant link using inductive coupling is considered and analyzed on the basis of an artificial transmission line approach. More specifically, a periodic network consisting of inductively coupled LC resonators is studied. It is demonstrated that the analyzed system exhibits a pass-band characterized by negative effective parameters (i.e., a double negative pass-band). In order to validate the proposed approach, comparisons with experimental data and circuital simulations are reported and discussed.File in questo prodotto:
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