Computer Science – Performance
Scientific paper
Jun 1975
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1975ccdt.proc...70w&link_type=abstract
In JPL Proc.: Symp. on Charge-Coupled Device Technol. for Sci. Imaging Appl. p 70-79 (SEE N75-28824 19-70)
Computer Science
Performance
1
Carrier Injection, Charge Transfer Devices, Infrared Imagery, Stellar Spectrophotometry, Arrays, Charge Injection Devices, Jupiter (Planet), Metal Oxide Semiconductors, Saturn (Planet), Silicon, Television Cameras, Video Data
Scientific paper
An intrinsic silicon charge injection device (CID) television sensor array has been used in conjunction with a CaMoO4 colinear tunable acousto optic filter, a 61 inch reflector, a sophisticated computer system, and a digital color TV scan converter/computer to produce near IR images of Saturn and Jupiter with 10A spectral resolution and approximately 3 inch spatial resolution. The CID camera has successfully obtained digitized 100 x 100 array images with 5 minutes of exposure time, and slow-scanned readout to a computer. Details of the equipment setup, innovations, problems, experience, data and final equipment performance limits are given.
Harvey Paul
Swift R.
Wattson Richard B.
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