Zeyu WANG, Jie CHEN, Lei YANG, Hongbo XIE. Wavefront shaping system of tiny optical path difference based on off-axis ellipsoidal surface[J]. Journal of Applied Optics, 2022, 43(3): 399
- Journal of Applied Optics
- Vol. 43, Issue 3, 399 (2022)
Fig. 1. Schematic diagram of reflective optical path of ellipsoidal surface
Fig. 2. Simulated optical path diagram of wavefront shaping based on ellipsoidal surface
Fig. 3. Schematic diagram of off-axis position of ellipsoidal surface
Fig. 4. Wavefront aberration P -V values at different off-axis positions
Fig. 5. Relationship between projection trajectory s and principal light angle θ of center field of view
Fig. 6. Relationship between wavefront aberration of P -V value and conic coefficient of k
Fig. 7. Optical path diagram of planar-ellipsoidal reflector structure
Fig. 8. Optical path diagram of double ellipsoidal reflector structure
Fig. 9. Spot diagrams of planar-ellipsoidal reflector structure
Fig. 10. Light trace diagram of planar-ellipsoidal reflector structure
Fig. 11. Curves of optical path difference in meridian plane of planar-ellipsoidal reflector structure
Fig. 12. Curves of optical path difference in sagittal plane of planar-ellipsoidal reflector structure
Fig. 13. Wavefront diagrams of planar-ellipsoidal reflector structure
Fig. 14. Spot diagrams of double ellipsoidal reflector structure
Fig. 15. Light trace diagram of double ellipsoidal reflector structure
Fig. 16. Curves of optical path difference in meridian plane of double ellipsoidal reflector structure
Fig. 17. Curves of optical path difference in sagittal plane of double ellipsoidal reflector structure
Fig. 18. Wavefront diagrams of double ellipsoidal reflector structure
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Table 1. Requirements of design parameters
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Table 2. Tolerance types and ranges
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