MODELLING AND ANALYSIS OF NOVEL COIL DESIGN FOR BIOMEDICAL IMPLANTED DEVICES

Imran M. Khan, Mokhaled M. Mohammed, Sheroz Khan , Othman O. Khalifa

Abstract

Inductive coupling has been the focus of attention over recent years for powering implantable devices. This paper focuses on developing a model for a novel coil design that takes the form of Figure-8 geometry. Two different mathematical models are developed and verified with simulation results in a Finite Element Method (FEM) computational electromagnetic simulator. Circuit parameters of the coil pair are extracted and the resonant primary and secondary tanks are designed.

Keywords

biomedical implants, wireless power transfer, inductive coupling

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IMEKO-WC-2012-TC13-O11.pdf

DOI

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IMEKO TC

TC13 - Measurements in Biology and Medicine

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