KESQ1937ST Optoelectronics

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Optics - Reflectors

The KESQ1937ST is a reflector type optic, first developed in Germany and now available in a variety of countries. This type of optics enables the convergence of several optical channels by combining them into a single path. The reflector is an electromagnetic device that collects all rays emitted from a single source and redirects them to a specific target point. It is often used in military, industrial and scientific applications.

Optical System

The KESQ1937ST reflector is composed of several components, including a mirror, an objective lens, and an intervening space. The mirror is typically made from a reflective material (aluminum, silver, etc.) and is responsible for the collection and alignment of the incident beam. The objective lens aids in the conversion of light from the source to a parallel beam. Depending on the application, the intervening space may contain additional components to further shape and concentrate the beam.

Application Field

The KESQ1937ST reflector can be used in a wide range of applications, including laser-based displays, telecommunications equipment, autofocus systems, medical imaging, and illumination equipment. Industrial uses include high-precision machining and measurement, laser cutting, and laser welding. It is also used in the design of optical fibers, holograms, and optical range finders.

Working Principle

The working principle of the KESQ1937ST reflector is based on total internal reflection, a property of all optical components. Incoming light rays are first collected by the mirror and directed towards the objective lens. The lens then redirects and concentrates them in the form of a parallel beam. This beam is then reflected off the surface of the reflector towards the desired location.

Advantages and Disadvantages

The main advantage of using the KESQ1937ST reflector is its high accuracy and precision. It can accurately shape and direct light beams with minimal light loss or distortions. It also has a low size and weight, making it suitable for various applications. On the other hand, the cost of the reflector can be quite significant, especially for large-scale applications. In addition, it is only suitable for applications involving light sources in the visible or near-infrared range.

Conclusion

The KESQ1937ST reflector is a versatile and accurate device for the manipulation of light. Its ability to focus and direct beams with minimal light loss or distortions makes it suitable for a wide variety of applications. Its main disadvantage is the cost, as well as its susceptibility to certain types of light sources.

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