Series:	Lenina
Part Status:	Discontinued at Digi-Key
Lead Free Status / RoHS Status:	--
Style/Size:	Round, 74mm
Moisture Sensitivity Level (MSL):	--
Optical Pattern:	Wide
For Use With/Related Manufacturer:	Citizen
Viewing Angle:	50°
Mounting Type:	Screw Mount

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Optics - Reflectors

Overview of CN12655_LENINA-W-DL

CN12655_LENINA-W-DL is a type of reflector manufactured by optical industry leader G&H Electro-Optics. This coating, used on optical components, is designed for industrial and defensive applications. It provides enhanced reflectivity over a wide range of wavelengths from the UV to the visible spectrum – as far out as 1160nm. It is a highly specialized coating with very unique properties. The reflector can be applied to a variety of substrates and produce reflection percentages of up to 99% depending on wavelength and angle of incidence.

Application Field of CN12655_LENINA-W-DL

CN12655_LENINA-W-DL has a variety of applications in optical systems. It is often used in military applications, where it is needed to reduce the risk of detection by infrared radiation. This reflective coating helps reduce the amount of light that is reflected, making the object it is used on less visible in the visible spectrum. It also provides a high degree of protection from the environment, ensuring that the optical components it is applied to last longer. In addition to its military applications, the coating can also be used in medical imaging, optical sensors, spectrometers, and other imaging devices. In any situation where a high degree of reflection is desired, this specialized coating can be used to achieve the desired results.

Working Principle of CN12655_LENINA-W-DL

CN12655_LENINA-W-DL is made of a hybrid of optical materials, which include aluminium oxide, titanium dioxide, and zirconia (ZrO2). These materials form an efficient, highly reflective surface that reflects the majority of incident light. The reflectivity of the material is different for different wavelengths, and this is based on the angle of incidence and the type of material coupled with the surface topography. The reflective surface is formed by the coupling of two optical materials, aluminium oxide and zirconia. The surface of the reflector is also engineered to manage the Backward-Scattering Effect, which contributes to the high reflection percentages that are achievable with this material.

Conclusion

CN12655_LENINA-W-DL is a highly efficient reflector coating used in various optical systems. It is designed to provide high reflection percentages across a wide range of wavelengths, and can be applied to various types of substrates. Its unique hybrid optical material composition and engineered surface make it a suitable candidate for various applications, especially in military and medical fields.This reflector coating is a highly efficient and cost-effective option for optical systems where high reflectivity is required.

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