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In this paper, a 2.45-GHz microwave wireless power transmission technique with an implantable open cylindrical antenna, a rectifying circuit and an external antenna module is designed and characterized for biomedical applications. The geometry of the open cylindrical antenna facilitates its direct installation in human tissue for therapeutic applications such as nerve stimulation. The simulation results...
In this paper the performance of an implantable encased miniature microstrip ring rectenna is investigated for wireless biomedical applications. Using a conventional transmitting mode approach, the physical and geometrical characteristics of the encased antenna are optimized to maintain acceptable performance when implanted in tissue mimicking gel. A receiving mode approach with an external plane...
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