Development of a micromachined pressure transducer for biomedical device/tissue interfaces

Paris, Nancy (Nancy Paris (Nancy_Paris)) (author)
Melin, J. (author)
Parameswaran, M. (author)
McEwen, J.A. (author)
(editor)
(translator)

© 1996 IEEE

Proceedings of 1996 Canadian Conference on Electrical and Computer Engineering, Calgary, Alberta on 26-29 May 1996. In many medical situations, the need for measuring the pressure applied to a tissue quickly and accurately is crucial. Most conventional devices do not measure the actual pressure applied to the tissue because they do not compensate for the tissue or device compliance characteristics and need to be calibrated for each measurement environment. Neuromuscular damage may occur if too much pressure is applied to a tissue for an extended period of time in applications such as tourniquet systems. Incorrect diagnosis may occur if too little pressure is applied in applications such as mammography units. A compliance-independent pressure transducer has other biomedical applications in surgical retraction devices and prosthetic sockets. To eliminate the compliance problem, a pressure transducer was developed using bulk micromachining technology.

http://ieeexplore.ieee.org/abstract/document/548046/