CA12736_NIS83-MX-2-M

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Optics is a field of science that deals with the behavior and properties of light and electromagnetic radiation. Optics can be used to study light in its various forms and in a variety of applications, such as microscopy, telescopes, spectroscopy, imaging, photography, medical imaging, optoelectronics, laser research, communications, optical data storage, lithography, material science, and photolithography. Of all the applications, lenses are one of the most important aspects of optics.

The CA12736_NIS83-MX-2-M is a high-performance optical lens designed to meet the requirements of a wide range of applications. The lens is made up of two molded glass elements and includes a hard-coated surface to ensure excellent image performance. The lens has a standard 2/3" image format and a wide range of F-Number. It also offers excellent maximum relative illumination, low distortion, minimal astigmatism, low chromatic aberrations, and several other image quality features.

The CA12736_NIS83-MX-2-M is ideally suited for many applications such as camera lens applications, optoelectronics, medical imaging, and machine vision. It is also ideal for imaging systems with high spatial resolution, high contrast, and low light levels. The lens can be used in a variety of applications, such as surveillance, industrial automation, medical imaging, machine vision, and machine learning. It is also well-suited for lab automation, where the lens can be used to accurately detect and measure objects without any manual intervention.

The working principle of the CA12736_NIS83-MX-2-M is quite simple. The lens collects light coming from an object or scene and then refracts it in a way that allows it to be focused onto a sensor or image plane. This process of converting light into an image is called imaging, and it is the basis for all optical imaging systems. The lens has a built-in multi-element optical structure that ensures that the light from the subject is more accurately and completely focused onto the sensor, which results in a more sharply focused and higher-quality image.

The CA12736_NIS83-MX-2-M also has an anti-reflective coat that minimizes flare and ghosting in the image. This feature helps to further improve the quality of the image by reducing the amount of stray light that can be reflected off the lens and onto the sensor. Additionally, the lens also has a built-in low-pass filter that enables it to reduce high-frequency noise and reduce the level of noise in the images it captures.

In conclusion, the CA12736_NIS83-MX-2-M lens is a highly versatile, high-performance optical lens suitable for a wide variety of applications. Its robust optical structure and anti-reflective coat make it well suited for a variety of tasks, from medical imaging to machine learning. Its wide range of F-Number and excellent maximum relative illumination make it ideal for capturing images in low light conditions. Additionally, the built-in low-pass filter ensures that high-frequency noise is reduced, resulting in higher quality images.

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