FA11451_LXP-M2

Optics - Lenses: FA11451_LXP-M2 Application Field and Working Principle

Optics lenses are devices used to manipulate the path of light, often in the context of photography, printing, and imaging. This article covers the application fields and working principle of the FA11451_LXP-M2 Optics lens, which is designed for precision imaging applications such as surveillance cameras, microscopes, and telescopes.

Application Field

The FA11451_LXP-M2 Optics lens is designed for precision imaging applications such as surveillance cameras, microscopes, and telescopes. The lens features an image circle with a diameter of 35.6mm and is compatible with sensor formats up to 4K resolution. It has an aperture range of F1.4 to F2.0, which provides excellent low-light performance. The lens also features low distortion and high resolution, making it ideal for use in imaging applications requiring precise detail and accuracy.

Working Principle

The FA11451_LXP-M2 Optics lens works on the principle of refraction. When a light wave passes through the lens, its wavefront is bent across the curved surface of the lens. This causes the light wave to refract and change its direction, creating an image of the desired scene on the other side of the lens. The different optical elements used in the lens, such as the convex lens and concave lens, help produce a sharp image. The combination of these optical elements helps to ensure that the lens produces accurate and precise images.

Conclusion

The FA11451_LXP-M2 Optics lens is designed for precision imaging applications such as surveillance cameras, microscopes, and telescopes. Its lens features an aperture range of F1.4 to F2.0, providing excellent low-light performance. The lens also features low distortion and high resolution, making it ideal for use in imaging applications requiring precise detail and accuracy. The lens works on the principle of refraction, using optical elements such as concave lens and convex lens, to ensure accurate and precise images.