Product Code Database
Sony Alpha DT 55-200mm f/4-5.6 SAM Zoom Lens With this lens built-in motor and silky smooth operation you wont want to shoot with anything else. This superb SAL-55200 telephoto zoom lens for your Sony Alpha DSLR camera has a smooth and silent AF operation with a built-in motor to handle themed range to telephoto zoom shots. In 35mm equivalent it covers midrange 82.5mm to 300mm telephoto zoom (4x) ideal for shooting portraits sports wildlife and more.
Sony Alpha DT 55-200mm f/4-5.6 SAM Zoom Lens With this lens built-in motor and silky smooth operation you wont want to shoot with anything else. This superb SAL-55200 telephoto zoom lens for your Sony Alpha DSLR camera has a smooth and silent AF operation with a built-in motor to handle themed range to telephoto zoom shots. In 35mm equivalent it covers midrange 82.5mm to 300mm telephoto zoom (4x) ideal for shooting portraits sports wildlife and more. Key Features: DT Lens Design A more compact lightweight lens designed specifically for the APS-size CCD imager used in some Sony (alpha) DSLR cameras. Smooth Autofocus Motor (SAM) The built-in Smooth Autofocus Motor (SAM) eliminates the need to use a mechanical coupling system in the camera body to transfer auto foucs (AF) drive power and control signals to the lens. Instead AF control signals from the camera body are sent to the lens-mounted SAM unit which drives the focusing lens group directly helping to assure smooth AF response. ED (Extra-low Dispersion) Glass To reduce chromatic aberration at telephoto extension correcting certain wavelengths of light for sharp clear images with well defined colors. 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. SteadyShot INSIDE In-Camera Image Stabilization A major reason for its compact lightweight lens design is the benefit of SteadyShot INSIDE in-camera image stabilization built into every (alpha) DSLR camera -- and enabling lenses to eliminate the extra weight and expense of in-lens stabilization mechanisms.
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