Series:	TITANUM
Part Status:	Obsolete
Lead Free Status / RoHS Status:	--
Type:	Lens with Integrated Mount
Moisture Sensitivity Level (MSL):	--
Color:	Clear
Number of LEDs:	1
Lens Style:	Round with Flat Top
Lens Size:	26mm Dia
Lens Transparency:	--
Optical Pattern:	Elliptical/Oval
Viewing Angle:	6° x 36°
For Use With/Related Manufacturer:	Osram
Material:	--
Mounting Type:	Adhesive

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Introduction

CA10864_TITANUM-O-C is an optimized optical coating designed for optical lenses that can be made in a variety of shapes for numerous applications. The optically designed coating utilizes both the broadest range of spectrum transmission, reflection, and absorption properties, as well as its chromatic performance to increase the efficiency of optical systems. The use of this optically designed coating makes it ideal for lenses in various applications.

Optical Coatings for Lenses

Optical coatings for lenses are used to enhance the transmission, reflection, and absorption properties of the lens. These coatings have a multilayered structure composed of dielectric layers, which are made of thin layers of electrical conductors that are in close contact with each other. These dielectric layers have different transmission and reflection properties and are coated with a thin layer of titanium oxide (TiO2), allowing the lens to filter out unwanted wavelengths of light.The CA10864_TITANUM-O-C is a patented optical coating that has an optimized transmittance and reflection for lenses. Its chromatic performance allows the filtered wavelength of light to achieve uniform illumination across different wavelengths. This increases the efficiency of optical systems and reduces the amount of light needed for high quality imaging. The coating also has a high adsorption rate for ultraviolet light.

Applications of CA10864_TITANUM-O-C

CA10864_TITANUM-O-C has a wide range of applications for lenses in optical systems. Its ability to reduce the amount of light needed for high quality imaging makes it ideal for lenses in medical imaging, spectroscopy, ophthalmology, automotive safety systems, 3D-Printed optics and augmented reality. Its optimized transmittance and reflection also make it suitable for high-performance lens systems for astronomy, microscopy, and imaging spectroscopy.The thick layers of the optical coating make it suitable for applications where extreme environments are encountered, such as space applications, as it can withstand extreme vibration and temperature conditions. Additionally, this coating is also suitable for wearable devices, due to its ability to absorb UV light and its high adsorption rate.

Working Principle of CA10864_TITANUM-O-C

CA10864_TITANUM-O-C works on the principle of electromagnetic interference. This is the phenomenon whereby incoming light is absorbed by the dielectric layers of the optical coating and directed towards a surface where it is reflected back, or transmitted though. The optical coating is designed to optimize these transmittance and reflection properties, ensuring that light is being directed in a manner that is optimal for optical systems.The chromatic performance of the coating also allows light to be directed in a manner that is uniform for different wavelengths. This is achieved by the coating design, which can be engineered to different refractive indices. This allows the light to be guided in a way that is more efficient for optical systems. Additionally, the coating also has a high adsorption rate for UV light, allowing it to be used for applications where UV light is not desired.

Conclusion

CA10864_TITANUM-O-C is an optimized optical coating designed for lenses in a variety of applications. Its optimized transmission and reflection properties, along with its chromatic performance for different wavelengths, make it ideal for lenses in medical imaging, spectroscopy, ophthalmology, automotive safety systems, 3D-Printed optics, augmented reality, astronomy, microscopy, and imaging spectroscopy. Additionally, the coating has a high adsorption rate for UV light, making it suitable for wearable applications. The coating works on the principle of electromagnetic interference, wherein light is directed in an optimal manner for optical systems. This makes CA10864_TITANUM-O-C an ideal choice for lens applications.

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