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16 Find the system matrix for a Cooke triplet camera lens. Light entering from the left encounters six spherical surfaces whose radii of curvature are, in turn, r to r6. The thickness of the three lenses are, in turn, t to 13, and the refractive indices are n, to n3. The first and second air separations between lens surfaces are d and d. Sketch the lens system with its cardinal points. How far behind the last surface must the film plane occur to focus paraxial rays? Data: r = 19.4 mm 1 = 4.29 mm n = 1.6110 2 = -128.3 mm 13 = -57.8 mm r4 = 18.9 mm rs = 311.3 mm n2 = 1.5744 n3 = 1.6110 12 = 0.93 mm 13 3.03 mm %3D %3D di = 1.63 mm dz = 12.90 mm r6 = -66.4 mm %3D

16 Find the system matrix for a Cooke triplet camera lens. Light entering from the left encounters six spherical surfaces whose radii of curvature are, in turn, r to r6. The thickness of the three lenses are, in turn, t to 13, and the refractive indices are n, to n3. The first and second air separations between lens surfaces are d and d. Sketch the lens system with its cardinal points. How far behind the last surface must the film plane occur to focus paraxial rays? Data: r = 19.4 mm 1 = 4.29 mm n = 1.6110 2 = -128.3 mm 13 = -57.8 mm r4 = 18.9 mm rs = 311.3 mm n2 = 1.5744 n3 = 1.6110 12 = 0.93 mm 13 3.03 mm %3D %3D di = 1.63 mm dz = 12.90 mm r6 = -66.4 mm %3D

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16 Find the system matrix for a Cooke triplet camera lens. Light entering from the left encounters six spherical surfaces whose radii of curvature are, in turn, r to r6. The thickness of the three lenses are, in turn, t to 13, and the refractive indices are n to n3. The first and second air separations between lens surfaces are d, and d2. Sketch the lens system with its cardinal points. How far behind the last surface must the film plane occur to focus paraxial rays? Data: r = 19.4 mm t = 4.29 mm n1 = 1.6110 n2 = 1.5744 n3 = 1.6110 r2 = -128.3 mm t2 = 0.93 mm r3 = -57.8 mm 13 = 3.03 mm rA = 18.9 mm di = 1.63 mm d, = 12.90 mm rs = 311.3 mm r6 = -66.4 mm
Transcribed Image Text:16 Find the system matrix for a Cooke triplet camera lens. Light entering from the left encounters six spherical surfaces whose radii of curvature are, in turn, r to r6. The thickness of the three lenses are, in turn, t to 13, and the refractive indices are n to n3. The first and second air separations between lens surfaces are d, and d2. Sketch the lens system with its cardinal points. How far behind the last surface must the film plane occur to focus paraxial rays? Data: r = 19.4 mm t = 4.29 mm n1 = 1.6110 n2 = 1.5744 n3 = 1.6110 r2 = -128.3 mm t2 = 0.93 mm r3 = -57.8 mm 13 = 3.03 mm rA = 18.9 mm di = 1.63 mm d, = 12.90 mm rs = 311.3 mm r6 = -66.4 mm
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