CA12056_TINA2-W

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Optics deals with the behavior and properties of light and the interaction between light and matter. Lenses play an important role in optics, and the CA12056_TINA2-W is an example of a lens used in the field. This article will explore the application field and working principle of the CA12056_TINA2-W lens.

The CA12056_TINA2-W lens is a short-wave infrared (SWIR) lens that is designed for thermographic cameras and other SWIR imaging applications. It has a focal length of 18 millimeters and a maximum relative aperture of 1.0, and it is ideal for use in harsh environmental conditions. This lens is particularly well suited for applications such as industrial machine vision, aerial mapping, firefighting, and search and rescue missions, where it is necessary to capture images in difficult lighting and/or weather conditions. The lens also has a high resolution and is effective at identifying small differences in temperature.

The CA12056_TINA2-W lens has a coating that helps to reject UV, visible, and shortwave infrared light, and that also enables improved multi-spectral performance. This coating helps to improve contrast, sharpness, and uniformity of the image. In addition, the lens is designed to be compact and light weight at only 70 grams.

The working principle behind the CA12056_TINA2-W lens is that it uses a combination of optics and mechanical components to focus incoming light onto a detector. The optics of the lens include multiple lens elements that are designed to bend and refract light to create a sharp, clean image. The mechanical components, such as the focusing mechanism, drive the lens elements to adjust focus and modify the angle of light. The lens also uses a diaphragm, which consists of several metal blades that control the amount of light entering the lens and helps to improve the image quality.

The CA12056_TINA2-W lens is designed to be highly durable, and it has a temperature range of -30°C to +70°C. This makes it well suited for various industrial applications, such as those that require high temperatures. The lens is also designed to be dust and water-resistant for use in a variety of harsh environmental conditions. All of these features make the CA12056_TINA2-W lens an ideal choice for thermographic cameras and SWIR imaging applications.

In conclusion, the CA12056_TINA2-W lens is a short-wave infrared lens that has a focal length of 18 millimeters and a maximum relative aperture of 1.0. It is designed to be used in a variety of industrial settings, and its features includes a special coating for improved multi-spectral performance, a focusing mechanism and diaphragm for adjusting light, and a dust and water-resistant design. The opto-mechanical design of the lens makes it possible to achieve high resolution imaging with excellent contrast and sharpness.

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