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A thin, flexible receiving coil for wireless power transmission based on magnetic induction to an implantable device: Measuring the power efficiency of receiving coils with varying numbers of mounted magnetic sheets.

, , , , , and . ISMICT, page 40-44. IEEE, (2015)

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A thin, flexible receiving coil for wireless power transmission based on magnetic induction to an implantable device: Measuring the power efficiency of receiving coils with varying numbers of mounted magnetic sheets., , , , , and . ISMICT, page 40-44. IEEE, (2015)Evaluation of High-Frequency Leakage Current from Air-Core Transcutaneous Energy Transmission System by Comparison of Circuit Measurements and Simulations., and . APCCAS, page 117-120. IEEE, (2019)Realtime Monitoring of Vascular Conditions Using a Probabilistic Neural Network., , , , , and . ISNN (2), volume 3174 of Lecture Notes in Computer Science, page 488-493. Springer, (2004)Analysis of low leakage magnetic field transcutaneous energy transfer for ventricular assist devices., and . BioCAS, page 1-4. IEEE, (2015)Electrically induced energy transmission used for implantable medical devices deep inside the body: Measurement of received voltage in consideration of biological effect.. EMBC, page 2681-2684. IEEE, (2015)Measurement of energy transmission efficiency of transcutaneous energy transformer in NaCl solution for ventricular assist devices by reducing common-mode current in the range of 200-1500 kHz., and . BioCAS, page 1-4. IEEE, (2017)Externally-coupled transcutaneous energy transmission for a ventricular assist device-Miniaturization of ferrite core and evaluation of biological effects around the transformer., and . BioCAS, page 206-209. IEEE, (2013)Analysis of Current Density and Specific Absorption Rate in Biological Tissue Surrounding an Air-core Type of Transcutaneous Transformer for an Artificial Heart., , , and . EMBC, page 5392-5395. IEEE, (2006)