CA12465_CRS-2-M

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The CA12465_CRS-2-M is a product used in optical technology applications. It is a long focal length lens with a 2.5-mm aperture, making it suitable for applications where long focal lengths are desired. This lens can be used in a variety of applications, including high-magnification microscopes, telescopes, cameras, and other optical instruments.

The CA12465_CRS-2-M is a telephoto-type design. A telephoto lens is constructed with a long focal length, which produces a narrow field of view and magnifies an object at a distance. The longer the focal length, the more magnified the image and the narrower the field of view. The CA12465_CRS-2-M is designed for long focal length applications, such as astronomy and microscopy.

The CA12465_CRS-2-M has a 2.5-mm aperture, which allows it to capture more light and thereby provides a brighter, clearer image. It also has a low minimum focal length of 3.5 mm, which contributes to its high resolving power and allows it to produce high-quality images. The lens is designed to be airtight and dust-free, providing optimum performance in even the harshest environments.

The CA12465_CRS-2-M has a construction designed to minimize aberrations at the edges of the image produced. This is achieved by using an array of curved, elliptical, and trapezoidal optics to control the amount of distortion at the edges of the image. This minimizes the appearance of jagged edges or distortions that can be seen in some images.

The CA12465_CRS-2-M also features a variety of additional features, including a multi-coating surface that increases its ability to reduce flare and ghosting. This coating can also reduce internal reflections that can cause degraded image quality. Additionally, the lens uses a three-element assembly that allows for fast, accurate focusing and improved contrast in images.

The CA12465_CRS-2-M is a versatile lens that is suitable for a wide variety of optical and imaging applications. Its long focal length and bright image quality make it a great choice for astronomical, microscopic, and other high-magnification imaging applications. Additionally, its low minimum focal length allows for detailed and high-resolution images. Its array of special features, including flare reduction and improved autofocusing, allow it to be used to capture the highest quality images possible.

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