Features:
DT 18-200mm f/3.5-6.3 High Magnification Zoom Lens SpecificationsDT Lens Design for optimum DSLR performance Excellent wide-angle to long telephoto shots Fast Internal Focusing -- lens length does not change 3 Aspherical Lens Elements for wide-angle accuracy 2 ED Glass Elements for sharp, clear long shots Circular Aperture for pleasing defocused effects Focal Length - 35mm Equivalent: 18-200mm Focal Length - APS: 27-300 mm Angle of View - 35mm Equivalent: N/A Angle of View - APS: 76 - 8 Min Focus Distance: 18-in. (45 cm) Aperture - Maximum: f3.5-6.3 Aperture - Minimum: f22-40 Maximum Magnification: 0.27X Lens Construction: 15 elements in 13 groups with 7 aperture blades Filter Diameter: 62 mm Dimensions: 2-7/8 x 3-3/8 in. (73 x 85.5 mm) Weight: 14.3 oz (405 g)
Product Description:
Get closer to your subject with the SAL-18-200mm zoom lens. Excellent for everyday shooting, this telephoto lens excels at capturing faraway subjects, sports events, dramatic landscapes and intimate close-up viewsSpecially designed for the APS-size CCD imager of the Sony a (alpha) DSLR-A100 camera, this is the standard zoom lens that brings you closer to your subject. With superior all-in-one lens performance for everyday shooting, its 35mm-equivalent range of 27mm wide-angle to 300mm telephoto excels at capturing faraway subjects, sports events, dramatic landscapes and intimate close-up views. Internal Focusing System - Internal lens elements move, so the overall length does not change -- creating a lens that focuses more quickly and doesn?t change balance. Aspherical Lens Elements - Three aspherical elements correct visual aberrations more effectively across the entire zoom range and help reduce weight. ED (Extra-low Dispersion) Glass - Two ED Glass lenses minimize flare and greatly reduce chromatic aberration, giving you sharp, clear shots even at full telephoto extension. Circular Aperture - Because aperture blades form a near circle at the wide openings used for low-light shots, spot-light sources have a pleasing circular defocused effect.
