CO-10511

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CO-10511 application field and working principle

CO-10511 is a type of optical lens, and it is mainly used in various applications involving photoelectric conversion. It comes in two varieties: one is a circular lens, and the other is a rectangle lens. The circular lens has a diameter that ranges from 6 mm to 200 mm, and the rectangular lens has a vertical and horizontal size ranging from 10 mm to 80 mm. They are used to focus light and improve the resolution and brightness of images.

CO-10511 lenses are especially useful in applications which require precise and accurate photoelectric conversion, such as video surveillance, machine vision systems, flat panel displays, security cameras, industrial cameras, medical imaging and microscopes. They can also be used for spectroscopy and holography.

One of the main features of the CO-10511 lenses is their aberration correction capabilities. The lenses are designed with a central refractive zone that corrects spherical aberrations, as well as an internal circular field stop to control Coma aberrations. This allows for better image quality and improved performance.

CO-10511 lenses also have a high numerical aperture, which allows them to gather a wide angle of light, improving the resolution of the image. The lenses are also designed to have a uniform field of view and a constant resolution over the entire field of view. This ensures that the images captured are clear and consistent.

In terms of the working principle of CO-10511 lenses, they use refraction and diffraction to achieve their desired effect. Refraction is the process of bending the path of light as it passes through the lens, which can be used to control the angle and direction of light. Diffraction is the process of spreading out the light as it passes through the lens, producing interference patterns that improve the clarity of the image.

The CO-10511 lenses are very versatile, and can be used in a variety of applications. They are also very durable and resistant to wear and tear. These lenses can be used for long-term operations as they require little maintenance and have a low risk of malfunction. Therefore, they are an excellent choice for a variety of applications in optics.

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