CN13129_MIRELLA-50-W-PF

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The CN13129_MIRELLA-50-W-PF is an optical reflector that is used for a variety of applications. It is commonly used for diffuse reflection, specular reflection, or as part of a p-n junction. It can also be used for a variety of other applications such as in laser optics, optical metrology, energy-efficient lighting, and many more. It is one of the most commonly used types of reflectors and is widely used in both commercial and scientific applications.

The CN13129_MIRELLA-50-W-PF works by reflecting incident light within a 120° field of view. The main component of this reflector is a double-sided, multilayer dielectric mirror which has an efficiency of up to 96% for s-polarization on a single side. This means that the reflector can reflect up to 96% of incoming light within its co-polarization range, while only absorbing up to 4% of incoming light in the cross-polarization range. Due to its advantages, such as its high efficiency, high polarization, low absorption, and wide field of view, the CN13129_MIRELLA-50-W-PF is widely used in commercial and scientific applications.

The CN13129_MIRELLA-50-W-PF is most commonly used in laser optics, optical metrology, and energy-efficient lighting. In laser optics, the reflector is used as a polarizing beam splitter in order to divide incoming light into different components. It can also be used to create larger spot sizes in order to increase the energy efficiency of lasers. In optical metrology, the reflector can be used as a reflectometer or to measure the concentration of incident light. It is also often used to measure thin films or in other applications such as imaging and spectrometry. Finally, in energy-saving lighting, the reflector is used as a reflector for light sources in order to reduce the amount of wasted energy.

The working principles of a CN13129_MIRELLA-50-W-PF reflector are based on the internal reflections between two layers, the S-polarization layer and the P-polarization layer. When incident light strikes the S-polarization layer, it is converted into S-polarization and partially reflected. This reflection is then bounced back and forth by the P-polarization layer until it exits the reflector. This process of internal reflection is known as multiple internal reflection (MIR). Approximately 90-96% of the incident light is able to exit the reflector in the form of S-polarization, while the remaining 4-10% exits in the form of P-polarization.

The CN13129_MIRELLA-50-W-PF is a high-efficiency reflector that is widely used in a variety of commercial and scientific applications. It works by reflecting incident light within a 120° field of view using a double-sided, multilayer dielectric mirror which has an efficiency of up to 96% for s-polarization on a single side. This reflector is used in laser optics, optical metrology, energy-efficient lighting, and many more. Its working principle is based on the multiple internal reflection (MIR) which allows it to reflect up to 90-96% of the incident light, while absorbing only 4-10%. It is a highly efficient reflector that can be used for many different purposes.

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