• Acta Optica Sinica
  • Vol. 40, Issue 20, 2022002 (2020)
Pengwei Zhao1、2, Lili Qi1, Jinping Zhang1, and Liehua Zheng1、*
Author Affiliations
  • 1Photoelectric Manufacturing Engineering Center, Shanghai Institute of Technical Physics, Chinese Academy of Sciences, Shanghai 201800, China
  • 2University of Chinese Academy of Sciences, Beijing 100049, China
  • show less
    DOI: 10.3788/AOS202040.2022002 Cite this Article Set citation alerts
    Pengwei Zhao, Lili Qi, Jinping Zhang, Liehua Zheng. Testing of Concave Aspheric Surface with Self-Collimating and Correcting Lens in Front of Back Conjugate Point[J]. Acta Optica Sinica, 2020, 40(20): 2022002 Copy Citation Text show less
    Result of dividing optical axis by conjugate points
    Fig. 1. Result of dividing optical axis by conjugate points
    Schematic of testing optical path
    Fig. 2. Schematic of testing optical path
    Three types of near-double-lens. (a) Two positive lenses; (b) positive and negative lens group with positive lens in front; (c) negative positive lens group with negative lens in front
    Fig. 3. Three types of near-double-lens. (a) Two positive lenses; (b) positive and negative lens group with positive lens in front; (c) negative positive lens group with negative lens in front
    Testing optical path and partial enlarged view
    Fig. 4. Testing optical path and partial enlarged view
    Spherical aberration curve
    Fig. 5. Spherical aberration curve
    Wavefront map
    Fig. 6. Wavefront map
    Schematic of reflective coating on self-collimating-surface
    Fig. 7. Schematic of reflective coating on self-collimating-surface
    Single lens inspection ability. (a) Maximum aperture; (b) maximum relative aperture
    Fig. 8. Single lens inspection ability. (a) Maximum aperture; (b) maximum relative aperture
    Testing ability of negative and positive lenses. (a) Maximum aperture; (b) maximum relative aperture
    Fig. 9. Testing ability of negative and positive lenses. (a) Maximum aperture; (b) maximum relative aperture
    Testing ability of positive and negative lenses. (a) Maximum aperture; (b) maximum relative aperture
    Fig. 10. Testing ability of positive and negative lenses. (a) Maximum aperture; (b) maximum relative aperture
    No.TypeRadius /mmThickness /mmGlassDiameter /mmConic
    OBJStandardInfinity14.000.000.00
    1Standard-17760.0025.00K93.690.00
    2Standard202.691.008.030.00
    3Standard196.3372.00K98.320.00
    4Standard-446.158416.4820.700.00
    STPStandard-8000.00-8416.48Mirror2007.55-1.00
    6Standard-446.15-72.00K9201.360.00
    7Standard196.33-1.00201.780.00
    8Standard202.69-25.00K9200.000.00
    9Standard-17760.0025.00Mirror199.430.00
    10Standard202.691.00200.010.00
    11Standard196.3372.00K9201.780.00
    12Standard-446.158416.48201.370.00
    13Standard-8000.00-8416.48Mirror2007.30-1.00
    14Standard-446.15-72.00K920.720.00
    15Standard196.33-1.008.330.00
    16Standard202.69-25.00K98.050.00
    17Standard-17760.00-14.003.710.00
    IMAStandardInfinity0.000.00
    Table 1. System parameters of testing optical path
    ParameterTolerance
    Δd12±0.02
    Δd23±0.05
    Δd34±0.02
    Δr1±10.0
    Δr2±0.1
    Δr3±0.1
    Δr4±0.2
    Table 2. Tolerance range of lens group unit: mm
    Pengwei Zhao, Lili Qi, Jinping Zhang, Liehua Zheng. Testing of Concave Aspheric Surface with Self-Collimating and Correcting Lens in Front of Back Conjugate Point[J]. Acta Optica Sinica, 2020, 40(20): 2022002
    Download Citation