FA10708_CXP-W Optoelectronics

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The FA10708_CXP-W is a lens that belongs to the field of optics. It is a cylindrical lens that is designed to provide a wide field of view with high efficiency. The lens works by concentrating a light beam into a circular profile and then expanding it to create a wider beam. It is commonly used for applications such as underwater imaging, precision optics, and long-distance surveillance.

The FA10708_CXP-W lens has a multi-layer design that helps create a uniform light output. Its primary components consist of a substrate layer, a soft coating, and a cylindrical lens. The substrate layer has a curved form and is the foundation of the lens. It also helps maintain the uniformity of the output and aids in controlling the aberration of the lens. The soft coating on the top layer of the lens further ensures uniform light output, while the cylindrical lens helps create a wider field of view.

In terms of its working principle, the FA10708_CXP-W lens works by focusing light to a specific area and then diffusing it out to create a wider field of view. The light beam is collected by the substrate material and then directed to the inner face of the lens. The lens focuses the light into a column and then expands it outward, thus creating a wider beam. This allows for maximum light gathering across the entire band width of the lens, enhancing the PSF performance.

The FA10708_CXP-W is a versatile and effective lens for use in a variety of applications. It can be used in underwater imaging, precision optics, long-distance surveillance, and also for industrial inspection. It can also be used for optical test beds, GIS systems, and environmental monitoring systems. Its wide field of view and high efficiency makes it an ideal choice for any optoelectronic application.

To conclude, the FA10708_CXP-W is a cylindrical lens that belongs to the field of optics. It has a multi-layered design and works by focusing a light beam into a predetermined area and then diffusing it outwards to create a wider field of view. This lens is used in a variety of applications and can provide high efficiency and uniform light output. It is an ideal choice for any optoelectronic application requiring a wide field of view and precision optics.

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