FCN13691_ANGELINA-S

Series:	*
Part Status:	Discontinued at Digi-Key
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

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Introduction to FCN13691_ANGELINA-S

FCN13691_ANGELINA-S is an optical reflector designed to amplify and reduce the power of laser beams in optical systems. It has been designed to improve performance in a wide range of applications. This reflector is composed of a rounded composite material that directs andabsorbs laser light. The reflector is also designed to be effective even in harsh environments and applications.

Application Field

FCN13691_ANGELINA-S can be used in an array of applications, including industrial laser systems, deep space laser communication, laser surgery, laser cutting and welding, photolithographic printing, laser marking, and laser engraving.In industrial laser systems, FCN13691_ANGELINA-S can be used to control the power of laser beams used for cutting and welding operations, such as the fabrication of car parts or machine parts.In deep space laser communication, this reflector can be used in the laser link between two spacecraft on two different orbits. It ensures a high-speed and reliable communication between the two spacecraft.In laser surgery, FCN13691_ANGELINA-S can be used to amplify the power of laser beams used to perform surgery. This reflector can also prevent accidental damage to nearby tissues during the surgery.Laser marking, cutting, and engraving are also very common applications of FCN13691_ANGELINA-S. This reflector can help to direct and control the laser beams used to properly mark, engrave, or cut materials.

Working Principle

The working principle of FCN13691_ANGELINA-S is centered on the fact that it redirects and absorbs laser light. The reflector is composed of a composite material made of two layers. The first layer is composed of a reflective material which reflects and amplifies the laser light. As the laser light is reflected off this layer, it is further concentrated and having a more powerful effect. The second layer is composed of a light-absorbing material. This material absorbs the reflected radiation and converts it into heat energy. This helps to regulate the power of the laser beam in order to reduce the risk of overheating and collateral damage.The reflector is designed to be able to withstand environmental conditions, including extreme temperatures, vibrations, or humidity.

Conclusion

FCN13691_ANGELINA-S is an optical reflector designed to amplify and reduce the power of laser beams in optical systems. It has a wide range of applications, from industrial laser systems to laser surgery. The working principle of the reflector is based on its reflective and absorbing layers, which modify the laser beam in order to reduce the risk of overheating and collateral damage. This reflector can also be used in harsh environmental conditions.

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