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Proceedings Paper

Technology Considerations For Integrated Multifunctional Silicon Sensors
Author(s): Dennis L. Polla; Steven L. Ottoboni; Shirley M. Wong; Jolene T. Chan
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Paper Abstract

Multifunctional silicon integrated sensors have been fabricated for simultaneous measurement of several physical and chemical variables. These sensors are based on the compatible introduction of thin films of piezoelectric and pyroelectric zinc oxide combined with conventional MOS processing technology in the fabrication of 1) a 64-element infrared sensing array, 2) a mass air-flow sensor, 3) a tactile sensor array for precision robotics applications, 4) carbon monoxide sensor, 5) surface-acoustic wave chemical vapor sensor, 6) microbeam accelerometer, and 7) infrared charge-coupled device imager. This paper specifically addresses technology issues involved in incorporating sensors with high-performance silicon integrated circuits. Focus is directed toward 1) zinc oxide based sensors, 2) silicon micromachining pf sensor membranes, and 3) compatible processing issues necessary for a generic integrated sensor technology. Performance examples for a 64-element room-temperature pyroelectric imager are presented.

Paper Details

Date Published: 24 September 1987
PDF: 7 pages
Proc. SPIE 0782, Infrared Sensors and Sensor Fusion, (24 September 1987); doi: 10.1117/12.940559
Show Author Affiliations
Dennis L. Polla, Yale University (United States)
Steven L. Ottoboni, University of California (United States)
Shirley M. Wong, University of California (United States)
Jolene T. Chan, University of California (United States)

Published in SPIE Proceedings Vol. 0782:
Infrared Sensors and Sensor Fusion
Rudolf G. Buser; Frank B. Warren, Editor(s)

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