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Proceedings Paper

Commercial and custom 160x120, 256x1, and 512x3 pixel bolometric FPAs
Author(s): Timothy D. Pope; Hubert Jerominek; Christine Alain; Felix Cayer; Bruno Tremblay; Carol Grenier; Patrice A. Topart; Sebastien LeClair; Francis Picard; Carl Larouche; Bernard Boulanger; Ann Martel; Yan Desroches
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Paper Abstract

INO has been active in microbolometer and FPA technology development since the early 1990s. Microbolometer detectors based on VO2 films with TCR above 3% are typically fabricated. VOx films with TCR above 2% have been developed for applications where FPA temperature is not stabilized. INO is continuing its development of high fill factor pixels with sizes down to 25 micrometers and new macro- and micro-packaging technology. All fabrication is done on six inch wafers in INOs newly expanded clean room facility. INO currently offers as standard products 256x1 and 160x120 pixel FPAs with 52 micrometers pixel pitch. Both arrays have simple, robust, and versatile CMOS readout integrated circuits (ROICs) that may be accessed in self-scanning or random access mode, and reference detectors for on-chip coarse offset and temperature drift compensation. Single frame NETDs (f/1, 300 K, 8-12 micrometers ) are on the order of 150 - 250 mK and may be reduced by frame averaging. Prototyping boards have been developed for both arrays, and the 160x120 FPA has been integrated in a number of thermal cameras and instruments. In collaboration with its clients, INO has developed several FPAs for specific space and terrestrial applications. Custom ROICs fabricated in several different CMOS processes from multiple foundries have been used. A 512x3 pixel microbolometer FPA with 39 micrometers pitch is being developed for the European Space Agency. The array is designed for multi-spectral pushbroom imaging applications and features a novel ROIC with very low 1/f noise, pixel by pixel offset and drift compensation, variable integration time, and digital output. Its single frame NETD (f/1, 300 K, 8-12 micrometers ) is nominally 80 mK.

Paper Details

Date Published: 5 August 2002
PDF: 11 pages
Proc. SPIE 4721, Infrared Detectors and Focal Plane Arrays VII, (5 August 2002); doi: 10.1117/12.478862
Show Author Affiliations
Timothy D. Pope, National Optics Institute (Canada)
Hubert Jerominek, National Optics Institute (Canada)
Christine Alain, National Optics Institute (Canada)
Felix Cayer, National Optics Institute (Canada)
Bruno Tremblay, National Optics Institute (Canada)
Carol Grenier, National Optics Institute (Canada)
Patrice A. Topart, National Optics Institute (Canada)
Sebastien LeClair, National Optics Institute (Canada)
Francis Picard, National Optics Institute (Canada)
Carl Larouche, National Optics Institute (Canada)
Bernard Boulanger, National Optics Institute (Canada)
Ann Martel, National Optics Institute (Canada)
Yan Desroches, National Optics Institute (Canada)


Published in SPIE Proceedings Vol. 4721:
Infrared Detectors and Focal Plane Arrays VII
Eustace L. Dereniak; Robert E. Sampson, Editor(s)

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