Journal of Applied Optics, Volume. 43, Issue 4, 583(2022)
Influence of detector pixel size on imaging performance of airborne optoelectronic system
Figures & Tables(12)
Fig. 3. Variation relationship of MTFdetector-ideal with pixel size
Fig. 5. Variation relationship of MTFdetector-actual with pixel size
Fig. 6. Relation curves between equivalent resolution
Table 1. Multi-type CCD and CMOS parameters produced by KODAK and ON Semiconductor
View tableView in ArticleTable 1. Multi-type CCD and CMOS parameters produced by KODAK and ON Semiconductor
生产厂家 型号 Pixel size/μm Dynamic range/dB 日本KODAK 研制的CCD KAF-8300 5.4 64.4 KAF-40000 6 70.2 KAF-3200 7.8 78 KAF-16803 9 80 KAF-09001 12 84 KAF-1001 24 97 美国 ON Semiconductor 研制的CMOS MT9F002 1.4 65.3 MT9J003 1.67 65.2 MT9M114 1.9 70.8 MT9P031 2.2 70.1 MT9D131 2.8 71 MT9M131 3.6 71 MT9V126 5.6 76.8
Table 2. Multi-type CMOS parameters produced by ON Semiconductor
View tableView in ArticleTable 2. Multi-type CMOS parameters produced by ON Semiconductor
型号 Pixel size/μm SNR/dB MT9F002 1.4 35.5 MT9J003 1.67 34 MT9V115 1.75 34.1 MT9M114 1.9 37 MT9P031 2.2 38.1 MT9D131 2.8 42.3 MT9T031 3.2 43 MT9M131 3.6 44 MT9M001 5.2 45 MT9V126 5.6 45
Table 3. Main parameters of typical aerial imaging system
View tableView in ArticleTable 3. Main parameters of typical aerial imaging system
ERU DB-110 SPECTRO-XR 产品类型 光学广域侦察监视产品 双波段长焦倾斜相机 凝视观瞄产品 研制厂商 Raytheon,US Goodrich,US Elbit Systems / ELOP,ISRAEL 研制年代 1997- 1995-1997 2015- 传感器 类型 TV IR TV IR TV SWIR IR 工作波段/μm 0.55～0.85 3～5 0.6～0.9 3.4～4.2 0.45～0.9 1.2～1.7 3.6～4.2 IFOV/ μrad 5.1 11.4 3.1 17.2 - - 14.3 面阵尺寸/ pixel 1024×1 024 640×480 6 144×128 640×512 Stages TDI 1 920×1 080 1 280×1 024 1 920×1 080 像元尺寸/μm 8.9 20 8.75 24 - - 10 焦距/mm 1 750 1 750 2 794 1 397 910 970 700 光学口径/mm 280 280 279 279 170 170 170 F# 6.25 6.25 10 5 5.35 5.7 4.1 0.492 1.25 0.8 0.83 - - 1.6
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Huilin WANG, Xiongxiong WU, Xiaocun JIANG. Influence of detector pixel size on imaging performance of airborne optoelectronic system[J]. Journal of Applied Optics, 2022, 43(4): 583
Paper Information
Category: OE SYSTEM AND ENGINEERING
Received: Mar. 25, 2022
Accepted: --
Published Online: Aug. 10, 2022
The Author Email: WU Xiongxiong (wuxx1992yygx@126.com)
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