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The paper outlines an optoelectronic space system `FOBOS' for remote sensing of the Earth surface created on the base of latest developments carried out by OPTECS state-owned enterprise and Krasnogorsk Mechanical Works joint-stock Company. The system provides simultaneous multispectral viewing in 3 (of 12) spectral ranges in the `push-broom' mode, high-precision photometric image calibration and its photogrammetric referencing. The system includes the following parts: optomechanical system, optoelectronic converter built around three linear CCD arrays, RAM and control and radioframe forming unit. The system ensures 7 - 18 m resolution, 35 - 90 km swath width and 400 - 1100 km total bandwidth of observation.© (1999) COPYRIGHT SPIE--The International Society for Optical Engineering. Downloading of the abstract is permitted for personal use only. |
