Some displays of lens structural performance

José Sasián

doi:10.1364/AO.442880

Applied Optics
Vol. 61,
Issue 3,
pp. A22-A27
(2022)
•https://doi.org/10.1364/AO.442880

Some displays of lens structural performance

José Sasián

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José Sasián, "Some displays of lens structural performance," Appl. Opt. 61, A22-A27 (2022)

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Abstract

Some useful displays that provide information about the performance of lens systems are presented and discussed in this paper. They are useful for comparing lenses, identifying problematic lens elements, and lens desensitizing and optimizing. An imaging simulation of a square wave is also presented to complement the modulation transfer function plots.

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Data Availability

No data were generated or analyzed in the presented research.

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Lens Form	$W$	$S$
Cooke triplet lens	1.12	0.89
Petzval objective	0.63	0.62
Double Gauss objective	1.01	0.16
Telephoto lens	0.72	1.3
Retro-focus lens	1.16	0.98
Fisheye lens	0.23	0.19
Micro-lithography relay	0.28	0.19
Microscope objective	0.23	0.11

Object Distance	Image F/#	Bandwidth	Field of View
173 mm	6	425–675 nm	$\pm 11 m m$
Distortion	Total length	Magnification	Working distance
$< 0.1 %$	$< 177 m m$	−0.5	$> 5 m m$

Surface	Radius (mm)	Thickness (mm)	Glass
Object		173
1	65.4474	8	FK51
2	−196.1500	44.3859
3	33.0144	7	FK51
4	−42.7402	2	LAKN22
5	47.4324	42.2165
6	11.4043	3	LAK33
7	35.6265	0.4
8	112.9706	2	F2
9	9.10364	34.9784
10	43.4926	4	LAK33
11	−94.8502	29.0191

Lens Form	$W$	$S$
Cooke triplet lens	1.12	0.89
Petzval objective	0.63	0.62
Double Gauss objective	1.01	0.16
Telephoto lens	0.72	1.3
Retro-focus lens	1.16	0.98
Fisheye lens	0.23	0.19
Micro-lithography relay	0.28	0.19
Microscope objective	0.23	0.11

Object Distance	Image F/#	Bandwidth	Field of View
173 mm	6	425–675 nm	$\pm 11 m m$
Distortion	Total length	Magnification	Working distance
$< 0.1 %$	$< 177 m m$	−0.5	$> 5 m m$

Abstract

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Tables (3)

Equations (10)

Applied Optics