• Laser & Optoelectronics Progress
  • Vol. 58, Issue 7, 0708001 (2021)
Zhijuan Shen1、2, Haifeng Lin1、*, and Yiqing Cao2
Author Affiliations
  • 1School of Opto-Electronic and Communication Engineering, Xiamen University of Technology, Xiamen , Fujian 361024, China
  • 2School of Mechanical and Electrical Engineering, Putian University, Putian , Fujian 351100, China
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    DOI: 10.3788/LOP202158.0708001 Cite this Article Set citation alerts
    Zhijuan Shen, Haifeng Lin, Yiqing Cao. Design of Zoom Lens System with Movable Components Including Large Aperture and with Ultra-Wide Field of View[J]. Laser & Optoelectronics Progress, 2021, 58(7): 0708001 Copy Citation Text show less
    Schematic of zoom motion compensation
    Fig. 1. Schematic of zoom motion compensation
    Schematic of zoom motion of all-motion zoom optical system
    Fig. 2. Schematic of zoom motion of all-motion zoom optical system
    Schematic of component division in zoom optical imaging system
    Fig. 3. Schematic of component division in zoom optical imaging system
    Structure and optical path of optimized zoom optical system at different focal lengths. (a) f=6.54 mm; (b) f=11.77 mm; (c) f=17.00 mm
    Fig. 4. Structure and optical path of optimized zoom optical system at different focal lengths. (a) f=6.54 mm; (b) f=11.77 mm; (c) f=17.00 mm
    MTF curves of optimized zoom optical system at different focal lengths. (a) f=6.54 mm; (b) f=11.77 mm; (c) f=17.00 mm
    Fig. 5. MTF curves of optimized zoom optical system at different focal lengths. (a) f=6.54 mm; (b) f=11.77 mm; (c) f=17.00 mm
    Field curvature and F-theta distortion curves of optimized zoom optical system at different focal lengths. (a) f=6.54 mm; (b) f=11.77 mm; (c) f=17.00 mm
    Fig. 6. Field curvature and F-theta distortion curves of optimized zoom optical system at different focal lengths. (a) f=6.54 mm; (b) f=11.77 mm; (c) f=17.00 mm
    Relative illumination of optimized zoom optical system at different focal lengths. (a) f=6.54 mm; (b) f=11.77 mm; (c) f=17.00 mm
    Fig. 7. Relative illumination of optimized zoom optical system at different focal lengths. (a) f=6.54 mm; (b) f=11.77 mm; (c) f=17.00 mm
    ParameterValue
    Working wavelength /nm400‒700
    Variable ratio2.6
    F-number2.8
    Effective focal length /mm6.54‒17.00
    Filed angle /(°)60‒178
    Total length /mm≤150
    Root-mean-square radius of spot diagram /μm≤9
    Table 1. Main technical parameters of zoom optical system with ultra-wide field of view
    ConfigurationFocal length /mmFull field of view /(°)F number
    16.541782.8
    28.281402.8
    310.021102.8
    411.77962.8
    513.51802.8
    615.25702.8
    717.00602.8
    Table 2. Main structural parameters of each state in optimized zoom optical system
    SurfaceRadius /mmSpacing /mmRefractive indexAbbe number
    Object planeInfinityInfinity
    118645.335.301.835043.129
    214.692.08
    316.347.091.835043.129
    412.976.33
    5-28.421.501.487570.406
    614.795.441.756931.703
    7-67.960.98
    8-66.041.481.693649.233
    973.6420.26 & 5.88 & 0.33
    1046.232.071.744044.850
    11-52.160.98
    1217.385.471.616636.628
    13-17.433.151.755227.580
    1421.800.99
    StopInfinity1.08
    16643.961.481.756931.703
    1715.213.351.487570.406
    18-22.510.99
    1925.442.021.735241.591
    20345.360.85 & 9.63 & 20.03
    21-31.371.531.748427.714
    22374.741.95
    23-735.583.151.620460.324
    24-27.283.57
    2524.8210.021.670051.759
    2695.726.28 & 9.14 & 12.07
    Image planeInfinity-
    Table 3. Optical parameters of optimized zoom optical system
    Field angleRMS radius /μm
    6.54 mm11.77 mm17.00 mm
    02.2432.8183.572
    0.5ω3.3663.1093.486
    0.7ω3.5353.5434.053
    1.0ω4.2845.1886.189
    Table 4. RMS radii of dot plot corresponding to field angles at different focal lengths
    Zhijuan Shen, Haifeng Lin, Yiqing Cao. Design of Zoom Lens System with Movable Components Including Large Aperture and with Ultra-Wide Field of View[J]. Laser & Optoelectronics Progress, 2021, 58(7): 0708001
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