Intrinsic and induced aberration sensitivity to surface tilt

Gavriel Catalan

doi:10.1364/AO.27.000022

Applied Optics
Vol. 27,
Issue 1,
pp. 22-23
(1988)
•https://doi.org/10.1364/AO.27.000022

Intrinsic and induced aberration sensitivity to surface tilt

Gavriel Catalan

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Gavriel Catalan, "Intrinsic and induced aberration sensitivity to surface tilt," Appl. Opt. 27, 22-23 (1988)

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	1. Cassegrain 100 mm F/2.5
Surface number	Refraction index	Radius of curvature	Separation		Conical constant	Incidence height difference (x−h)
1	1	−100			−1.788	0
2	−1	−120	−20		−19.95	0.369
	2. Doublet 100.8 mm F/2.5
1	1	54.035			0	0
2	1.517	−136.65	8.2		0	0.465
3	1	−59.382	2.4		0	0.888
4	1.785	−68.729	2.4		0.	0.934
	3. Cassegrain · singlet 99.5 mmF/2.5
1	1	−250				0
2	1.517	−250		3	−86	0.002
3	1	−100		50	.65	0.405
4	−1	−120		−20	.2485	0.387
	1

			System 1 (F/2.5)
Surface number	Total wave aberration change from the finite ray trance	Approximated total wave aberration change	Axial coma from finite ray trace	Approximated axial coma		Intrinsic coma contribution	Axial coma coefficients from ray aberrations
1	39.259	39.200	−0.733	−0.800		−0.800	−0.672
2	−23.674	−23.658	0.321	0.342		1.080	0.299
			System 1 (F/5)
1	19.902	19.900	−0.010		−0.010	−0.100	−0.099
2	−11.957	−11.957	0.044		0.043	0.135	0.043
			System 2 (F/2.5)
1	−10.680	−10.563	−0.349		−0.323	−0.323	−0.332
2	10.655	10.586	0.769		0.691	0.451	0.813
3	−16.785	−16.497	−2.210		−1.909	−1.212	−2.500
4	16.391	16.235	1.801		1.633	0.900	1.980
			System 3 (F/2.5)
1	−10.362	−10.362	−0.018		−0.022	−0.022	0.012
2	10.397	10.406	0.011		0.023	0.022	0.004
3	40.125	40.146	−0.035		−0.001	−0.810	−0.039
4	−23.699	23.763	0.390		0.318	1.093	0.408

	1. Cassegrain 100 mm F/2.5
Surface number	Refraction index	Radius of curvature	Separation		Conical constant	Incidence height difference (x−h)
1	1	−100			−1.788	0
2	−1	−120	−20		−19.95	0.369
	2. Doublet 100.8 mm F/2.5
1	1	54.035			0	0
2	1.517	−136.65	8.2		0	0.465
3	1	−59.382	2.4		0	0.888
4	1.785	−68.729	2.4		0.	0.934
	3. Cassegrain · singlet 99.5 mmF/2.5
1	1	−250				0
2	1.517	−250		3	−86	0.002
3	1	−100		50	.65	0.405
4	−1	−120		−20	.2485	0.387
	1

			System 1 (F/2.5)
Surface number	Total wave aberration change from the finite ray trance	Approximated total wave aberration change	Axial coma from finite ray trace	Approximated axial coma		Intrinsic coma contribution	Axial coma coefficients from ray aberrations
1	39.259	39.200	−0.733	−0.800		−0.800	−0.672
2	−23.674	−23.658	0.321	0.342		1.080	0.299
			System 1 (F/5)
1	19.902	19.900	−0.010		−0.010	−0.100	−0.099
2	−11.957	−11.957	0.044		0.043	0.135	0.043
			System 2 (F/2.5)
1	−10.680	−10.563	−0.349		−0.323	−0.323	−0.332
2	10.655	10.586	0.769		0.691	0.451	0.813
3	−16.785	−16.497	−2.210		−1.909	−1.212	−2.500
4	16.391	16.235	1.801		1.633	0.900	1.980
			System 3 (F/2.5)
1	−10.362	−10.362	−0.018		−0.022	−0.022	0.012
2	10.397	10.406	0.011		0.023	0.022	0.004
3	40.125	40.146	−0.035		−0.001	−0.810	−0.039
4	−23.699	23.763	0.390		0.318	1.093	0.408

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Equations (14)

Applied Optics