Optical and mechanical parameters. 100 mm N. of elements 20.5 mm Dimensions 11.7 degrees Weight F/N = 4 (fixed) N.A.

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1 OB SWIR 100 LENS OB-SWIR100/4 P/N C0416 General Description This family of high resolution SWIR lenses image from µmm making them especially well-suited for PCB inspection, special laser applications, surveillance and alignment and tracking. A high F/N and excellent transmission characteristics allow superior imaging in these wavelengths of interest. Optical and mechanical parameters Focal length Image format (diagonal) F.O.V. (diagonal) Max aperture Object format Min working distance Zoom value Focus Iris 100 mm N. of elements 20.5 mm Dimensions 11.7 degrees Weight F/N = 4 (fixed) N.A. Options 1500 mm Motorized focus N.A. Motorized iris Manual Motorized zoom Optional / If iris Other mount type Min F/N = 22 Customization 5 Dia 80 x 100 mm 0.9 Kg N.A. 101

2 P/N wavelength range mount type note C Canon FD C Nikon Without iris diaphragm C nm M42 Screw C Canon FD C Nikon With iris diaphragm C M42 Screw C Canon FD C Nikon Without iris diaphragm C nm M42 Screw C Canon FD C Nikon With iris diaphragm C M42 Screw C Canon FD C Nikon Without iris diaphragm C nm M42 Screw C Canon FD C Nikon With iris diaphragm C M42 Screw OB SWIR 100 More details are available upon request and technical drawings are open for the customers and their needs. 102

3 OB SWIR 100 MTF, Field Curvature, Distortion and Transmission from 900 to 1700 nm TS Diff. Limit TS (deg) TS (deg) TS (deg) TS (deg) The calculated MTF values are displayed below and are verified at the maximum F/N and the best focus plane. The colored Modulus of the OTF lines represent the F.O.V. starting from the center (0%) to the corner (100%). Field Curvature Distortion TTT ST SS Data for to µm. Surface: Image Spatial Frequency in cycles per mm Polychromatic Diffraction MTF C02-dis1.l13.zmx Millimeters Field Curvature / F-Tan(Theta) Distortion Maximum Field is Degrees. Wavelengths: Percent C02-dis1.l13.zmx Optical parameters for wavelength range µm Resolution MTF >50%@50lp/mm Distortion < 0.3% Antireflection Coating R < 1% < mm Vignetting < 6% Average axial chromatic aberration < Lens Transmission without coating > 97%

4 MTF, Field Curvature, Distortion and Transmission from 1700 to 2300 nm TS Diff. Limit TS (deg) TS (deg) TS (deg) TS (deg) OB SWIR 100 The calculated MTF values are displayed Below and are verified at the maximum F/N and the best focus plane. The colored lines represent the F.O.V. starting from the center (0%) to the corner (100%). Field Curvature Distortion T ST ST ST S Modulus of the OTF Data for to µm. Surface: Image Spatial Frequency in cycles per mm Polychromatic Diffraction MTF Millimeters Percent 104 Field Curvature / F-Tan(Theta) Distortion Maximum Field is Degrees. Wavelengths: Optical parameters ameters for wavelength range µm Resolution MTF > 40%@30lp/mm Lens Transmission without coating > 75% Distortion < 0.3% Antireflection Coating R < 1%

5 OB SWIR 100 MTF, Field Curvature, Distortion and 1.0 TS Diff. Limit TS (deg) TS (deg) TS (deg) TS (deg) Transmission from 900 to 2300 nm The calculated MTF values are displayed Below and are verified at the maximum Modulus of the OTF F/N and the best focus plane. The colored lines represent the F.O.V. starting from the center (0%) to the corner (100%). Field Curvature Distortion T ST ST ST S Data for to µm. Surface: Image Spatial Frequency in cycles per mm Polychromatic Diffraction MTF Millimeters Percent Field Curvature / F-Tan(Theta) Distortion Maximum Field is Degrees. Wavelengths: Optical parameters ameters for wavelength range µm Resolution MTF > 40%@30lp/mm Lens Transmission without coating > 70% Distortion < 0.3% Antireflection Coating R < 1% More details are available upon request and technical drawings are open for the customers and their needs.

6 OB SWIR

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