A Novel Low Temperature Transcutaneous Energy Transfer System Suitable for High Power Implantable Medical Devices: Performance and Validation in Sheep

Journal article

Peer reviewed

Thushari D. Dissanayake, David M. Budgett, Patrick Hu, Laura Bennet, Susan Pyner, Lindsea Booth, Satya Amirapu, Yanzhen Wu and Simon C. Malpas

Artificial organs, Vol.34(5), pp.E160-E167

05/2010

Handle:

https://hdl.handle.net/10523/33603

Abstract

Artificial hearts

Inductive power

Magnetic field

Transcutaneous energy transfer

Ventricular assist device

Wireless power

4 Record Views

Record Identifier: 9926517685301891
Title: A Novel Low Temperature Transcutaneous Energy Transfer System Suitable for High Power Implantable Medical Devices: Performance and Validation in Sheep
Creators: Thushari D. Dissanayake
David M. Budgett
Patrick Hu
Laura Bennet
Susan Pyner
Lindsea Booth
Satya Amirapu
Yanzhen Wu
Simon C. Malpas
Publication Details: Artificial organs, Vol.34(5), pp.E160-E167
Academic Unit: Pathology and Molecular Medicine (DSM)
Publisher: Blackwell Publishing Inc
Date published ; e-published: 05/2010
Language: English
Resource Type ; Subtype: Journal article