BepiColombo/ESA航天器SIMBIO-SYS高分辨率成像通道性能研究

V. Corte, P. Palumbo, M. Zusi, M. Baroni, G. Cremonese, R. Mugnuolo
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引用次数: 3

摘要

HRIC(高分辨率成像通道)是搭载在BepiColombo/ESA航天器上的SIMBIO-SYS高分辨率通道。校准活动于2014年春夏在Leonardo SpA(原Selex ES) (Campi Bisenzio Firenze)场所进行。允许的工作:1)检查通道性能(即图像质量,辐射和几何性能);2)定义处理任务执行阶段获取的原始图像所需的校准管道。得到的主要结果包括:1)通道电气参数(即暗电流、读出和固定模式噪声)的定义;2)辐射性能(即响应与曝光时间和通量光谱响应)。由于CMOS探测器相对于ccd具有较高的可变性,所以所有的参数都是在像素级测量的。最终目标是获得逐像素校正HRIC数据的校准管道参数。本文描述了所进行的测量和采用的分析方法来推导校准参数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Performances of the SIMBIO-SYS High Resolution Imaging Channel on Board BepiColombo/ESA Spacecraft Channel Performance Parameters as Derived by on Ground Calibration Measurements
HRIC (High Resolution Imaging Channel) is the SIMBIO-SYS high-resolution channel on-board the BepiColombo/ESA spacecraft. Calibration activities were performed at Leonardo SpA (formerly Selex ES) (Campi Bisenzio Firenze) premises in spring-summer 2014. The work allowed: 1) to check for the channel performances (i.e. image quality, radiometric and geometrical performances); 2) to define the calibration pipeline required to process the raw images that will be acquired during the mission operative phase. The main obtained results include the definition of: 1) channel electrical parameters (i.e. dark current, readout and fixed pattern noise); 2) radiometric performances (i.e. response vs. exposure time and flux spectral response). All the parameters have been measured at pixel level due to the relatively high variability of CMOS detectors with respect to CCDs. The final target is to obtain the calibration pipeline parameters correcting pixel-by-pixel the HRIC data. We here describe the performed measurement and the adopted analysis approach to derive the calibration parameters.
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