CA11639_LR2-M

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Optics plays an important role in optical systems, allowing them to be used in a wide range of applications. The CA11639_LR2-M is an example of an optical lens that is designed specifically for high-performance applications in microscopy, optical imaging and vision systems. This article will look at the application field and working principle of the CA11639_LR2-M.

The CA11639_LR2-M lens is a high-performance, 5-element, telecentric lens with a 50mm focal length. It is designed to provide a wide field of view and excellent image quality, especially in situations where a lower resolution image is required. The lens is optimised to provide an excellent performance in terms of signal-to-noise ratio, contrast and colour accuracy. It is also optimised for low-light performance, allowing for outperforming images even in lowlight conditions.

The CA11639_LR2-M lens is suitable for a wide range of applications, such as microscopy, optical imaging and vision systems. It is ideal for use in scientific research, medical imaging, industrial inspection, aerial survey and remote sensing. It can also be used in cameras for surveillance and security applications. The lens is also compatible with many popular cameras and image sensors, making it suitable for most imaging applications.

The CA11639_LR2-M lens is based on the principles of telecentric optics. Telecentric optics is a type of imaging where all light rays from a point source are parallel to the optical axis of the imaging system. This provides a high level of image resolution, as well as low distortion and chromatic aberration. In addition, it also helps to reduce stray light, which can otherwise negatively affect the image quality.

The CA11639_LR2-M lens also utilises aberration correction technology. Aberration correction ensures that the lens is able to produce images with minimal distortion and aberrations. This ensures that the images produced are of a consistently high quality. The lens is also designed to provide a wide field of view, with a FOV of 110°, so that more of the scene can be captured in the image. This makes it ideal for applications such as surveying and mapping.

The CA11639_LR2-M lens also has a number of features designed to make it easier to use. For example, the lens features a manual focus to ensure that the image is in focus. It also features an adjustable aperture diaphragm to allow easier control of the amount of light entering the lens. Finally, the lens is also designed to be easily mounted and dismounted, allowing for fast and easy installation.

In conclusion, the CA11639_LR2-M lens is a high performance and versatile optical lens that is suitable for a wide variety of applications. It is based on the principles of telecentric optics, which help to improve the image resolution and minimize distortion and chromatic aberration. In addition, it also comes with features such as an adjustable aperture diaphragm and manual focus, allowing for a wider field of view and better control of light. Overall, the CA11639_LR2-M lens is an ideal choice for those looking for an optically superior lens for use in microscopy, optical imaging and vision systems.

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