Akram S. Husain-Abidi,H. Ostrow NASA/Goddard Space Flight Center (United States) B. Rubin National Aeronautics and Space Administration (United States)
It is likely that future high resolution earth observation imaging systems will utilize self-scanned IR detectors. In an initial step toward this goal, an IR imaging system operating in the 10 to 12 micron spectral region has been developed. This system uses a 9-element Hg Cd Te/ CCD linear array operating in the photoconductive mode, nine pre-amplifiers and a silicon CCD multiplexer integrated into a focal plane assembly. Opto-mechanical techniques are used to scan the scene and images are produced in real time. The imaging performance of this system is described and measurements of noise, responsivity, D*, and detector sensitivity profiles are presented. The requirements for more advanced detector arrays for use in future NASA remote sensing missions are also discussed.
The alert did not successfully save. Please try again later.
Akram S. Husain-Abidi, H. Ostrow, B. Rubin, "Thermal IR imaging System Using A Self-Scanned HgCdTe/CCD Detector Array," Proc. SPIE 0226, Infrared Imaging Systems Technology, (24 June 1980);