CN12717_LENA-W

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Optics is a branch of physical science that deals with the study of light and its interactions with matter. It encompasses a wide range of sub-disciplines, from optics to lasers, from spectroscopy to optoelectronics, and from electro-optical devices to imaging systems. Reflectors are a type of device used to reflect or refract light waves. CN12717_LENA-W is a type of reflector used in different fields and has its own working principle.

CN12717_LENA-W is an off-axis parabolic mirror. It is designed for use in infrared systems and can be used for a variety of applications, ranging from home security, automotive, and industrial sensing systems to astronomic telescopes and microscopy. It is made from an aluminum substrate and coated with a highly reflective dielectric coating which has an extremely high reflectance in the mid wave infrared. This reflector has a diameter of 100mm and a focal length of 100mm. It is precisely machined and polished to achieve the required reflector shape. With its near perfect reflector shape, it is able to maintain its performance in a wide range of environmental conditions.

The CN12717_LENA-W can be used in many fields. It can be used for applications such as infrared imaging systems, laser reflective systems, projectors, telescopic systems, and illuminated panels. It is also suitable for use in microscopes, security surveillance systems, and automotive systems. Its use in these applications enables the capture of detailed images in a wide range of circumstances.

The working principle of CN12717_LENA-W is based on the reflection of light waves. The reflector’s highly reflective surface enables light waves to be reflected at the same angle as they are incident. This means that the light wave is reflected in a straight line, thereby offering very efficient light transmission. Furthermore, the reflector is designed to minimize aberrations which can degrade the performance of the system. This enables the reflector to produce images with minimal distortion and aberrations.

In conclusion, CN12717_LENA-W is an off-axis parabolic mirror designed for use in infrared systems and multiple applications. It is made from an aluminum substrate and is coated with a highly reflective dielectric coating, allowing it to capture detailed images in a variety of circumstances. Its working principle is based on the reflective principle which enables light to be transmitted efficiently. This reflector is an important component of many sensing systems and can be used for a variety of applications.

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