A biomedical monolithic compensated pressure and temperature transducer for the ranges 660 to 1160 mmHg and 10 to 50 ยฐC has been developed. It is realized by an application-specific design and a compatible IC/ sensor process. The shape and size constraints associated with mounting in a catheter lead
Digital compensation of high-performance silicon pressure transducers
โ Scribed by Selden B. Crary; Wayne G. Baer; John C. Cowles; Kensall D. Wise
- Publisher
- Elsevier Science
- Year
- 1990
- Tongue
- English
- Weight
- 303 KB
- Volume
- 21
- Category
- Article
- ISSN
- 0924-4247
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โฆ Synopsis
Cahbrahon and compensation have been performed on two slhcon plezoreststive pressure transducers and a s&con capacttrve pressure sensor, using a semi-automata, computer-based system Stepwise regressIon usmg polynomtal functions IS shown to be a useful techmque for the cahbratlon and compensation of these devices
๐ SIMILAR VOLUMES
There have been numerous attempts to measure the pressure that granular materials exert on storage and processing equipment, but no completely satisfactory method has yet been developed. The present work examines two membrane transducers immersed in a bedding of granular food materials. Pressure gen