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There exist many applications for coupling power wirelessly to devices implanted in the human body. In this paper, we explore the effect of changing the dimensions of the receiving antenna embedded within dry skin while keeping the transmitter's size and other factors such as the frequency of operation and surrounding materials constant. Using full-wave simulations carried out in HFSS, followed by...
Efforts to transfer power wirelessly began in earnest with the commissioning of Nikola Tesla's Wardenclyffe tower in 1901 which used the disturbed charge of ground and air method for wireless power transfer at large distances. Modern day efforts, however, have largely been concentrated on using resonant magnetic induction coupling for powering consumer electronics and other portable devices. Of particular...
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