Peter Coyle
Sarnoff Corporation
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Publication
Featured researches published by Peter Coyle.
Proceedings of SPIE | 1996
Frank Bowen Lang; Peter Coyle; Paul J. Stabile; John R. Tower; I. Zubalsky; Itzhak Ornstein
The design and performance of a compact, light-weight, low power infrared engine is presented. The 3 - 5 micron MWIR imaging subsystem consists of a Stirling-cooled, 640 (H) by 480 (V) staring PtSi infrared focal plane array (IRFPA) with associated drive and analog video processing electronics. The IR engine provides user-selectable integration time control. This infrared imaging subsystem is designed to be gimbal-mounted, and has been qualified to be operated in minus 10 Celsius to plus 50 Celsius environments. The infrared engine is also designed to meet the requirements of demanding shock and vibration environments.
Infrared Technology XVIII | 1993
John R. Tower; Thomas S. Villani; Benjamin J. Esposito; Harvey R. Gilmartin; Peter A. Levine; Peter Coyle; Timothy J. Davis; Frank V. Shallcross; Donald J. Sauer; Dietrich Meyerhofer
The performance of a 640 x 480 PtSi, 3,5 microns (MWIR), Stirling cooled camera system with a minimum resolvable temperature of 0.03 is considered. A preliminary specification of a full-TV resolution PtSi radiometer was developed using the measured performance characteristics of the Stirling cooled camera. The radiometer is capable of imaging rapid thermal transients from 25 to 250 C with better than 1 percent temperature resolution. This performance is achieved using the electronic exposure control capability of the MOS focal plane array (FPA). A liquid nitrogen cooled camera with an eight-position filter wheel has been developed using the 640 x 480 PtSi FPA. Low thermal mass packaging for the FPA was developed for Joule-Thomson applications.
Proceedings of SPIE | 1992
Thomas S. Villani; Benjamin J. Esposito; Timothy J. Davis; Peter Coyle; Howard L. Feder; Harvey R. Gilmartin; Peter A. Levine; Donald J. Sauer; Frank V. Shallcross; P. L. Demers; P. J. Smalser; John R. Tower
A Stirling cooled 3 - 5 micron camera system has been developed. The camera employs a monolithic 640 X 480 PtSi-MOS focal plane array. The camera system achieves an NEDT equals 0.10 K at 30 Hz frame rate with f/1.5 optics (300 K background). At a spatial frequency of 0.02 cycles/mRAD the vertical and horizontal Minimum Resolvable Temperature are in the range of MRT equals 0.03 K (f/1.5 optics, 300 K background). The MOS focal plane array achieves a resolution of 480 TV lines per picture height independent of background level and position within the frame.
Archive | 1996
Keith J. Hanna; Peter J. Burt; Shmuel Peleg; Douglas F. Dixon; Deepam Mishra; Lambert E. Wixson; Robert Mandlebaum; Peter Coyle; Joshua Randy Herman
Archive | 1996
Keith J. Hanna; Peter Burt; Shmuel Peleg; Joshua Randy Herman; Douglas F. Dixon; Depan Mishra; Lambert E. Wixson; Robert Mandelbaum; Peter Coyle
Archive | 2004
Timothy Allen Pletcher; Peter Coyle; Joseph Thomas Mcginn; David Keller
Archive | 2003
Peter Coyle; Timothy Allen Pletcher; Timothy J. Davis; Shakuntala Mangru
Archive | 2004
Seth Trotz; Peter Coyle
Archive | 1999
Joseph Thomas Mcginn; Suggy S. Chrai; Bogdan Brycki; Bawa Singh; Peter Coyle; Gary Santonastaso; Hoi Cheong Sun
Archive | 2005
Peter Coyle; Timothy Allen Pletcher
