FA11234_NIS53-D Application Field and Working Principle

The FA11234_NIS53-D lens is an advanced optical product that has been designed to provide an array of benefits to its users. The lens is suitable for use in various science and engineering applications including imaging, telecommunications, machine vision, and surveillance.

The lens is a multi-element design with an overall diameter of 52.5mm and an effective focal length of 42.5mm. The lens consists of 5 elements of different material and various coatings. The first element is an aspheric heavy crown glass with an Abbe number of 60 and an index of refraction of 1.6. The second and third elements are low dispersion glass with Abbe numbers of 58 and 60 respectively and indices of refraction of 1.5 and 1.6 respectively. The fourth element is a low dispersion glass with an Abbe number of 65 and an index of refraction of 1.6. The fifth element is a low dispersion glass with an Abbe number of 72 and an index of refraction of 1.5. All of these element materials have been carefully chosen to provide highly optimized imaging performance.

The FA11234_NIS53-D lens is designed to deliver high resolution images with good contrast and color fidelity. The lens has a large aperture and a very low distortion rate of just 0.04%. This combination allows the lens to be used in a variety of applications including imaging, microscopy, digital photography, and machine vision. In addition, this lens is capable of providing a large field of view and a flat field of view characteristics allowing it to be used for large field applications.

The overall performance of the FA11234_NIS53-D lens can be best understood through its working principle. The lens uses refraction to bend light rays as they pass through its elements. The different elements of the lens are designed to bend the light in different ways. The first element of the lens bends light at a shallower angle. The second element is a higher-powered element that bends light more powerfully allowing the lens to have a flat field of view. The third and fourth elements bends light at a steeper angle, focusing the light more intensely. Finally, the fifth element is designed to direct light at a still steeper angle directing the light straight down creating an even more focused image. All of these elements work together to create the ultimate imaging performance of the FA11234_NIS53-D lens.

In conclusion, the FA11234_NIS53-D lens is an advanced optical product that offers a wide range of benefits to its users. The lens provides excellent imaging performance with a low distortion rate and a wide field of view. The various elements of the lens work together to create an imaging experience that is unparalleled in performance. This powerful lens will continue to be a popular choice among users of optics products for years to come.