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2006•Chinese Journal of Quantum ElectronicsRequires access

Design of aplanatic lens with aspheric surface

Zhou Sen-lin

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Abstract

Previously only lens with aspheric surface for correcting spherical aberration was analyzed. Based on the third-order aberration theory, a method is put forward to gain initial data of the aplanatic lens (including singlet and doublet)with aspheric surface. Its validity is validated by the optical design software Zemax. Several curves are given based on lots of calculations. Curve of the relative aperture and spherical aberration is analyzed. All these analyses are beneficial to optical design.

About this research paper

What this paper is about

Previously only lens with aspheric surface for correcting spherical aberration was analyzed. Based on the third-order aberration theory, a method is put forward to gain initial data of the aplanatic lens (including singlet and doublet)with aspheric surface. Its validity is validated by the optical design software Zemax. Several curves are given based on lots of calculations. Curve of the relative aperture and spherical aberration is analyzed. All these analyses are beneficial to optical design.

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Available abstract

Previously only lens with aspheric surface for correcting spherical aberration was analyzed. Based on the third-order aberration theory, a method is put forward to gain initial data of the aplanatic lens (including singlet and doublet)with aspheric surface. Its validity is validated by the optical design software Zemax. Several curves are given based on lots of calculations. Curve of the relative aperture and spherical aberration is analyzed. All these analyses are beneficial to optical design.

Key concepts: Zemax, Spherical aberration, Optics, Lens (geology), Optical aberration, Surface (topology), Aperture (computer memory), Materials science

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