F13671_ANGE-RZ-LENS Optoelectronics

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Lenses are optical components that are used to collect light from a source, focus the light onto a target, magnify, and/or reduce the size of some object. F13671_ANGE-RZ-LENS, a specific type of lens, is a widely used lens in the field of optics. It has multiple applications and advantages, as well as a unique working principle.

As a wide Field of View (FoV) lens, F13671_ANGE-RZ-LENS is typically used for imaging in long distance and low light conditions. This lens is an improvement on the standard observational lenses, as its large 8mm diameter ensures a wide viewing angle. It is also able to focus on very distant objects, as the focal length of the lens is adjustable from 75mm to 200mm, allowing for a focal length increase of up to 4x. Additionally, this lens has a low distortion rate, as its Petzval (field curvature) design produces very good image quality.

F13671_ANGE-RZ-LENS is also suitable for use in action cameras, which involve capturing quick movements at close range. Due to its size and shape, it can be easily integrated into small, slim, and compact action cameras without any additional housing. Additionally, this lens has a low distortion rate (less than 0.6%) and high speed (F1.2), providing a clear image even in low light conditions.

The principle of operation of the F13671_ANGE-RZ-LENS is based on the recognized Petzval design. To achieve optimum performance, an aspherical lens shape is used to reduce spherical aberrations and coma. Additionally, the use of a special refractive index is combined with an optimized curvature design to achieve complete aberration compensation and improved image quality.

The combination of these features makes F13671_ANGE-RZ-LENS an ideal lens for many different applications. Its wide field of view, adjustable focal length, low distortion rate, and high speed make it suitable for imaging in long distance and low light conditions, as well as for use in action cameras. This lens is also easy to integrate into various camera systems, thereby providing an efficient and low cost solution for optical imaging.

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