• Infrared and Laser Engineering
  • Vol. 50, Issue 6, 20200505 (2021)
Guozhu Hou1、2, Lijun Lv2, and Yiqing Cao3
Author Affiliations
  • 1Industrial Technology Center, Shanghai Dianji University, Shanghai 201306, China
  • 2Department of Precision Mechanical Engineering, Shanghai University, Shanghai 200444, China
  • 3School of Mechanical and Electrical Engineering, Putian University, Putian 351100, China
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    DOI: 10.3788/IRLA20200505 Cite this Article
    Guozhu Hou, Lijun Lv, Yiqing Cao. Fish-eye lens system design based on sixth-order wave aberration theory[J]. Infrared and Laser Engineering, 2021, 50(6): 20200505 Copy Citation Text show less
    Optical scheme of an aperture ray P0P1P2 passing through a double-element optical system
    Fig. 1. Optical scheme of an aperture ray P0P1P2 passing through a double-element optical system
    Coordinate systems of the wave surface and the image plane in the reverse optical path of a double-element optical system
    Fig. 2. Coordinate systems of the wave surface and the image plane in the reverse optical path of a double-element optical system
    Flow chart of fish-eye lens system design using the sixth-order wave aberration theory
    Fig. 3. Flow chart of fish-eye lens system design using the sixth-order wave aberration theory
    Optical path diagram of fish-eye lens optical system
    Fig. 4. Optical path diagram of fish-eye lens optical system
    MTF curves of fish-eye lens system with 5.989 mm focal length and 180° FOV angle
    Fig. 5. MTF curves of fish-eye lens system with 5.989 mm focal length and 180° FOV angle
    Field curvature (a) and F-θ distortion curves (b) of fish-eye lens system with 5.989 mm focal length and 180° FOV angle
    Fig. 6. Field curvature (a) and F-θ distortion curves (b) of fish-eye lens system with 5.989 mm focal length and 180° FOV angle
    Relative illumination curve
    Fig. 7. Relative illumination curve
    ParameterValue
    Focal length/mm≥5
    F number ≤3.5
    FOV/(°)180
    Design spectrumVisible light (F, D, C)
    Maximum lens clear aperture/mm≤100
    Object locationAt infinity
    Table 1. Design specifications
    Surface No. Radius of curvature/mm Thickness/ mm GlassClear diameter/ mm
    ObjectInfinityInfinity
    113320193.2188
    2113.600624H-LAF52133.5434
    321.260421.359842.5158
    4212.563414.9998H-LAF6LA40.4013
    518.60548.680124.5525
    6−23.34827.9816H-ZK724.3792
    7−151.865110.7462H-ZF327.5062
    8−61.21740.286830.2412
    9−67.44539.5701H-ZF630.3071
    10−47.96433.266432.6737
    11127.163715.0004H-LAF3B32.2762
    12−83.729135.001030.4971
    13 (STO)Infinite0.197610.0882
    14448.14951.9986H-ZK1410.2155
    15−42.47320.199310.7582
    1654.58478.6472H-QK3L11.0715
    17−17.18251.9988H-ZF612.4013
    18−51.69040.392213.1415
    19563.305410.0301H-KF613.3806
    20−17.19440.198814.8488
    21−18.51975.8883H-LAFL514.7652
    2221.24088.3961H-QK3L16.9785
    23−26.04961.593919.2195
    2490.254711.9746H-ZF620.5244
    25−40.541021.3152
    ImageInfinity18.0099
    Table 2. Optical parameters of fish-eye lens system
    Guozhu Hou, Lijun Lv, Yiqing Cao. Fish-eye lens system design based on sixth-order wave aberration theory[J]. Infrared and Laser Engineering, 2021, 50(6): 20200505
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