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Tests of commercial colour CMOS cameras for astronomical applications

机译:用于天文应用的商用彩色CMOS相机的测试

摘要

We present some results of testing commercial colour CMOS cameras for astronomical applications. Colour CMOS sensors allow to perform photometry in three filters simultaneously that gives a great advantage compared with monochrome CCD detectors. The Bayer BGR colour system realized in colour CMOS sensors is close to the astronomical Johnson BVR system. The basic camera characteristics: read noise (e⁻/pix), thermal noise (e⁻/pix/sec) and electronic gain (e⁻/ADU) for the commercial digital camera Canon 5D MarkIII are presented. We give the same characteristics for the scientific high performance cooled CCD camera system ALTA E47. Comparing results for tests of Canon 5D MarkIII and CCD ALTA E47 show that present-day commercial colour CMOS cameras can seriously compete with the scientific CCD cameras in deep astronomical imaging.
机译:我们提供了一些用于天文应用的商用彩色CMOS相机的测试结果。彩色CMOS传感器允许同时在三个滤光片中进行测光,与单色CCD检测器相比,这具有很大的优势。在彩色CMOS传感器中实现的拜耳BGR彩色系统接近于天文Johnson Johnson BVR系统。介绍了商用数码相机佳能5D MarkIII的基本相机特性:读取噪声(e⁻/ pix),热噪声(e⁻/ pix / sec)和电子增益(e⁻/ ADU)。我们为科学的高性能冷却CCD相机系统ALTA E47提供相同的特性。佳能5D MarkIII和CCD ALTA E47的测试结果比较表明,当今的商用彩色CMOS相机在深天文成像方面可以与科学CCD相机严重竞争。

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