Nikon ED AF Nikkor 28-200mm 3 5-5.6G Lens

Description

The Nikon ED AF Nikkor 28-200mm f/3.5-5.6G lens is a versatile, all-in-one zoom lens designed for Nikon DSLR cameras. Here are some key details and features about this lens:

Key Features:

1. Zoom Range: The lens offers a wide focal length range from 28mm (wide-angle) to 200mm (telephoto), making it ideal for various types of photography such as landscapes, portraits, and wildlife.

2. Aperture: It has a variable maximum aperture of f/3.5 at 28mm and f/5.6 at 200mm, which means it will allow less light as you zoom in. While not the brightest lens, this aperture is typical for budget-friendly zoom lenses.

3. ED (Extra-low Dispersion) Glass: The “ED” in the lens name refers to Nikon’s special ED glass, which helps to reduce chromatic aberration (color fringing) and improve overall image quality, especially at higher zoom levels.

4. AF (Auto Focus): The lens is equipped with autofocus, though it doesn’t have the faster, quieter Silent Wave Motor (SWM) found in more expensive lenses. This may result in slightly louder focusing and less rapid performance compared to high-end Nikon lenses.

5. Build Quality: The lens is designed to be lightweight and compact for an all-in-one zoom lens, making it suitable for travel and general-purpose use. However, it is mostly plastic, which is common in consumer-level lenses.

6. Filter Size: The lens has a 67mm filter thread, which is standard for many lenses of this class, making it easy to find compatible filters like polarizers or ND filters.

7. Compatibility: It is compatible with most Nikon DSLR cameras, including both DX (crop sensor) and FX (full-frame) bodies, although on DX bodies, the effective focal length will be cropped due to the crop factor (1.5x). This means it will behave more like a 42-300mm lens on a DX body.

8. Image Quality: While it’s not the sharpest lens at all focal lengths and apertures, for an affordable all-in-one zoom, it provides decent image quality with relatively good sharpness, low distortion, and acceptable levels of chromatic aberration.