C10946_FLARE-B

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Optics have a wide range of applications but Lenses are the most commonly used optical tools in the fields of science and engineering. C10946_FLARE-B is one such lens that is used for precision imaging and optical communication. This article will discuss the various application fields and the working principle of C10946_FLARE-B.

The C10946_FLARE-B lens is an advanced optical instrument for precision imaging and optical communication. Equipped with a double pass lens, it provides high image accuracy and reduced aberrations. The C10946_FLARE-B is designed for use at wavelengths between 500 to 650nm, making it ideal for applications such as multispectral imaging, real-time imaging, and broadband imaging. With its unique features and advanced optical technology, the C10946_FLARE-B is an excellent tool for applications such as remote sensing, machine vision, surveillance, medical imaging, and industrial inspection.

The C10946_FLARE-B is equipped with a double pass optical system with an effective focal length of 15.9mm. This enables to the lens to focus on a far focusing plane and provide an extremely high image quality. In order to achieve this, the lens utilizes a hybrid Steiner-Nachet optical design, which consists of one double pass and one single pass optical system. The lens also has a built-in infrared cut filter that eliminates infrared wavelengths while enhancing the visibility of the imaging surface. In addition, the lens also has a specially designed aspheric coating technology that provides a high level of superior image quality.

The working principle of the C10946_FLARE-B is based on the use of two parallel optical systems that are oriented parallel to the focal plane. First, one of the optical systems will collect light from the imaging surface and focus it onto the second optical system. This second optical system will then refocus the light onto the focal plane. In addition, the hybrid Steiner-Nachet design enables the two optical systems to operate together more efficiently, and also improves the image resolution and contrast of the images. In addition, the aspheric coating technology helps to minimize optical aberrations and further improve imaging quality.

In summary, the C10946_FLARE-B is a versatile lens for precision imaging and optical communication. Its double pass design is advantageous for applications such as remote sensing, surveillance, medical imaging, machine vision and industrial inspection. It utilizes a hybrid Steiner-Nachet design to provide high image accuracy and reliability. At the same time, its built-in infrared cut filter and aspheric coating technology further enhance the imaging quality. Consequently, the C10946_FLARE-B lens is an ideal choice for precision imaging and optical communication.

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