C12365_LENA-S-BLK Optoelectronics

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C12365_LENA-S-BLK application field and working principle

The C12365_LENA-S-BLK is an important component of the field of Optics - Reflectors. It is mainly used to reflect incident light radiation that has a wavelength in the visible spectrum. This type of reflector is also commonly used for laser beam shaping, beam homogenization, and beam profiling applications. Additionally, the C12365_LENA-S-BLK can be used for imaging applications where a diffuser is required.

The working principle of the C12365_LENA-S-BLK is based on total internal reflection. It consists of two concentric rings of dielectric layers. The outer ring is made up of one or more layers of high-reflectivity material that form an aesthetically pleasing mirrored surface. The inner layers are designed to match the wavelength of the incident light. The inner dielectric layers are typically made from a wide variety of materials such as metal, quartz, and plastic.

The C12365_LENA-S-BLK works by reflecting incident light away from the surface of the device. As the incident light strikes the mirror surface, it is reflected in a wide range of directions. This allows the C12365_LENA-S-BLK to achieve a uniform light distribution over a wide area. Essentially, it creates a more uniform light field that can be used for a variety of imaging and light shaping applications.

The main advantage of the C12365_LENA-S-BLK is its high reflectivity. It has a reflectivity of >95%, which means it is more efficient at reflecting incident light over a wide range of angles compared to other types of reflectors. Additionally, the C12365_LENA-S-BLK is available in a variety of shapes and sizes, making it suitable for a wide range of applications.

In conclusion, the C12365_LENA-S-BLK is an important component of the field of Optics - Reflectors. It is mainly used to reflect incident light radiation that has a wavelength in the visible spectrum. Additionally, it can be used in a variety of imaging and light shaping applications, due to its high reflectivity and wide range of shapes and sizes.

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