consumer electronics / wireless power transfer efficiency / voltage law / wireless power system resonators / management control systems / wireless power resonators / coupled resonators wireless power / resonant systems / ventricular assist devices / wireless delivery / wireless power transfer range / load device / wireless power technol / Wireless data communication technology / wireless charging pads / Wireless power technology / resonant wireless power system consisting / treatment for heart failure / electric car battery chargers / wireless power transfer / energy supply / wireless power circuit model / Wireless Power Solution The applications / transcutaneous energy transfer systems / WIRELESS POWER EFFICIENCY OVER DISTANCE There / medical applications / implanted cardiac device / energy / wireless power transmission / ventricular assist device / energy source / wireless power transfer efficiencies / software logs / power management / dynamic impedance matching network / resonant coupling technology / coupled wireless power technologies / wireless power meters / impedance matching network / Wireless Power Circuit Model Fig / computer software / wireless power / electric car charging / possible wireless power transfer efficiency / consumer electronic devices / wireless power system / coupled wireless power transfer systems / assist device / coupled wireless power / temporary alternative solution / energy transfer / frequency tuning algorithms / wireless energy loss / consumer electronic applications / /
MusicGroup
ISM / /
OperatingSystem
L3 / /
Organization
Food and Drug Administration / Yale School of Medicine / Medicare / Federal Communications Commission / University of Washington / Seattle / Electrical Engineering Department / /
Person
Benjamin H. Waters / B. H. Waters / D. Meyer / IEEE ABSTRACT / J. R. Smith / A. Sample / Joshua R. Smith / A. P. Sample / /
Position
Matlab model for improved accuracy / motor controller / VAD system controller / VentrAssist System Controller / system controller / /
ProvinceOrState
Indiana / Connecticut / /
Technology
TETS technology / VAD technology / transplantation / Wireless data communication technology / Integrating wireless power technology / cellular telephone / KEYWORDS TETS-based technologies / frequency tuning algorithms / Wireless power technology / resonant coupling technology / simulation / inductively coupled wireless power technologies / Digital Object Identifier / FREE-D technology / /
INVITED PAPER Powering a Ventricular Assist Device (VAD) With the Free-Range Resonant