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This paper proposes a novel wireless link for energizing pulse generators for deep brain stimulation. The proposed link consists of two magnetically coupled planar resonators. Experimental results referring to a prototype working in the MedRadio band and using minced pork in order to take into account the presence of human tissues are reported and discussed. Results obtained this way demonstrate a...
Based on a magnetic coupling, this paper presents a novel device for power generation by spurious electromagnetic emissions from compact fluorescent lamps. The proposed scavenger consists of a resonant loop and an RF-to-DC voltage converter. Results of experimental tests performed with a 30 W compact fluorescent lamp are reported and discussed. It is shown that 0.61 mW can be generated, thus demonstrating...
In this paper, a rigorous procedure for the circuit-level analysis and design of entire systems, developed to provide power wirelessly, is presented. A unified theoretical approach is first introduced, based on a two-port-equivalent circuit representation, to describe the wireless power transfer link when the transmitter and the receiver are either in the near-field or in the far-field region reciprocally...
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