FC13978_ANGELINA-RZ-M-B

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An optics reflector can be defined as an optical device that redirects and reflects a narrow band of electromagnetic wavelengths, typically in the visible and near-infrared regions of the spectrum. The FC13978_ANGELINA-RZ-M-B reflector is a high-performance reflector used for various applications including optical communication, astronomy, and metrology. It is designed for efficient light collection in the 430 to 680 nm wavelength range.

The FC13978_ANGELINA-RZ-M-B reflector utilizes a dual-phase depth mask gratings to effectively redirect and to collect the light sources. It has an ultra-high reflectance of 97% or greater in general, and the incident light is focused and collimated through the grating structure. The high-efficiency and uniformity of the reflector provide an ideal solution for light source designs, as well as other applications in which high reflectance is needed.

In addition the FC13978_ANGELINA-RZ-M-B reflector has the advantage of being easy to integrate into existing optical system designs. It is also the low-cost solution for light collection needs. As a highly versatile reflector, it can be used for 1-D, 2-D, and 3-D applications. The applications can range from simple collection to light manipulation and analysis.

For 1-D applications, the FC13978_ANGELINA-RZ-M-B reflector is a perfect choice for light sources requiring a linear polarization reflector. It is also suitable for 2-D applications where light is needed to be distributed over a wide range. It can also be used for 3-D applications, such as focusing and steering collimated light sources. In addition, with its uniform light collection ability, the reflector is a great choice for metrology and spectroscopy applications.

In summary, the FC13978_ANGELINA-RZ-M-B reflector is an ideal choice for any optical design in the 430 to 680 nm wavelength range, due to its high reflectance, uniform light collection, and easy integration into existing optical systems. With its versatility, the reflector is suitable for 1-D, 2-D, and 3-D applications. The reflector can also be used for light manipulation and analysis, as well as metrology and spectroscopy measurements.

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