C11624_GT3-WW

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Optics involves the science of light’s properties and how it interacts with various surfaces. As such, lenses are an integral component of optics. One type of lens, the C11624_GT3-WW, is used in many applications and its specific properties, working principles, and limitations are discussed in this article.

The C11624_GT3-WW lens is an achromatic doublet refractive lens that is specifically designed for focusing and imaging from the ultraviolet (UV) through visible range of the spectrum and into the near-infrared (NIR). Because of its chemical composition, the lens is also resistant to thermal shock and ultraviolet radiation making it suitable for a variety of distributed outdoor applications.

The lenses have a focal length of 10mm and a numerical aperture (NA) of 0.45. They have a high precision polished aspheric surface and excellent coating capabilities. Beam steering is achieved using a virtual image steering technique. This method quickly and accurately steers the laser beam without changing the optical properties of the beam. As a result, it produces a wide-angle field of view (FOV) with low distortion.

The C11624_GT3-WW lens is also designed with a precise optical alignment that allows for precise correction of astigmatism, coma, and spherical aberration. This ensures accurate and precise focusing and imaging of the laser beam, even in complex optical systems. In addition, its high precision aspheric surface design eliminates ghost reflections or other artifacts caused by Fresnel reflections.

The most common uses for the C11624_GT3-WW lenses include laser beam alignment, scanning profiles, microscopy, material processing, laser interconnects, projection display systems, optical communications, and optical inspection and measurement. Many of these applications require the collection of light from certain angles and so the lenses are designed to provide optimal light efficiency and maximum light throughput.

The C11624_GT3-WW lenses are also often used in imaging applications. When combined with a scanning mirror, the lenses can accurately image a scene in almost any direction or orientation. This capability makes the lens suitable for many 3D imaging applications, including industrial vision systems, robotics, and autonomous vehicles.

The C11624_GT3-WW lens is designed to tolerate extreme temperatures and other environmental factors. This makes the lens appropriate for a wide range of applications including space exploration, medical imaging, automotive navigation, and commercial lighting systems.

In short, the C11624_GT3-WW lens has a variety of applications, from the industrial to the medical field, and is made to withstand various environmental factors. Its precise design allows for optimal light efficiency and maximum throughput, and its wide angle view and lack of ghost reflections offers the user an image of great clarity and accuracy.

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