KESQ1934CR Optoelectronics

Reflectors cover a broad range of optical elements that can reflect, absorb or transmit light. The KESQ1934CR is a reflectordesigned specifically for near infrared spectroscopy applications.

Application Field

The KESQ1934CR is specially designed for near infrared spectroscopy, and its precision reflectivity can be used to both measure and analyze the properties of a range of electromagnetic radiations. These reflectors are used to observe and identify patterns and nuances in high energy levels, as well as to observe the relationship between different radiations. Specifically, they are used in applications such as astronomy, atomic physics, spectroscopy, and sun-based energy harvesting.

Design and Working Principle

KESQ1934CR reflectors are built with a precise optical design. They consist of mirrors, lenses, and other elements that allow for precise bending, reflection, or absorption of light. The mirrors are made of an aluminum alloy, which has a very high reflectivity at infrared frequencies. Other components of the design include filters to allow only desirable wavelengths to pass, as well as a target to help keep the reflector in place at its desired angle. The reflector works by reflecting light onto a surface. When it bounces off, it produces a precise pattern of light that is measured and analyzed.

Benefits to Spectroscopy

The KESQ1934CR reflectors provide precise measurements and analysis of electromagnetic radiations. This allows for easier identification of wavelengths, frequencies, and other properties of the light. In addition, the accuracy and precision of the reflector enable more accurate readings when measuring properties of light, such as intensity, polarization, and direction of travel. The KESQ1934CR reflector is a powerful tool for spectroscopy, allowing for greater accuracy and detail in spectroscopic experiments.