FA10613_LM1-RS Optoelectronics

The FA10613_LM1-RS is an impressive example of modern optical technology. This lens, developed by Fujifilm, is an advanced imaging lens designed for use in the medical and automotive industries. This article will explain the FA10613_LM1-RS application field, its components and working principle.

Application Field

Fujifilm’s FA10613_LM1-RS lens incorporates multiple innovative designs that allow for the comprehensive capture of medical and automotive images. This lens is composed of a magnificent combination of two Fujinon fluorite lenses and two aspherical lenses, which enable wide-ranging image capturing abilities. In addition to the wide-ranging capture capabilities, the FA10613_LM1-RS is also equipped with a long back focus as well as low distortion for even greater functionality.

The FA10613_LM1-RS is most notably used in medical and automotive applications. This lens can provide detailed images that are needed for a variety of medical diagnoses and treatments. In the automotive industry, this lens can provide images of the interior and exterior of automobiles for repair and maintenance tasks.

Components

The FA10613_LM1-RS is composed of multiple optical components. This lens features two Fujinon fluorite lenses, two aspherical lenses as well as a high-performance aspheric lenses. These components are organized in an array to form the lens. The individual optical elements enable the lens to capture wide-ranging images with high accuracy.

In addition to the optical elements, the FA10613_LM1-RS features a large diameter holder for versatility and convenience. The holder allows users to easily mount the lens to a variety of different mounts. Finally, the lens is also equipped with an aperture control system to adjust the brightness of the images.

Working Principle

The FA10613_LM1-RS works based on the principles of optics. At its most basic level, the lens is composed of multiple optical elements that bend light to form an image. The multiple components of the lens interact with each other to create the desired image. On the other hand, the holder allows the lens to be mounted onto a variety of cameras and hardware.

The aperture control system of the FA10613_LM1-RS also works based on optics. The system consists of a diaphragm that is able to control the amount of light that reaches the lens. By adjusting the diaphragm, users can accurately adjust the brightness of the images.

Finally, the long back focus of the lens is also part of the working principle of the FA10613_LM1-RS. The long back focus, combined with the other optical components, enables the lens to capture wide-ranging images with high accuracy. In conclusion, the FA10613_LM1-RS is a powerful imaging lens that works based on modern optics principles.