CA12000_EMILY-O-WAS

Series:	EMILY
Part Status:	Active
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:	Diffused
Optical Pattern:	Asymmetrical
Viewing Angle:	--
For Use With/Related Manufacturer:	Cree, Lumileds, Nichia, Osram, Seoul
Material:	Acrylic
Mounting Type:	Adhesive Tape

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Optics – Lenses: CA12000_EMILY-O-WAS
The CA12000_EMILY-O-WAS (E-O-WAS) optics system is an optical lens technology based on a patented ultra-low dispersion fused silica glass that is designed to minimize chromatic aberrations in multiple apertures of optical lenses. This system is developed to provide precise control of the light for a variety of applications including microscopy, cinematography, and other imaging systems. The optical design of the E-O-WAS optics system ensures extremely low aberrations over a wide imaging area with excellent transmission characteristics.
Application Field:
The CA12000_EMILY-O-WAS optics system utilizes a patented ultra-low-dispersion fused glass that has been specifically designed to reduce chromatic aberrations for multiple apertures. This system is ideally suited for applications such as microscopy, cinematography, and other imaging systems in which precise control of the light is required. The CA12000_EMILY-O-WAS optics system can be used to create high-contrast images for display on devices like digital projectors, displays, or monitors. This system is also useful for system calibration, such as performing auto-focus systems with an improved yield and uniformity. The E-O-WAS optics system has a high resolution and fast light transmission, making it an ideal solution when imaging needs to be done quickly.
Working Principle:
The E-O-WAS optics system is based on a patented ultra-low-dispersion fused glass that has been specifically designed to reduce chromatic aberrations for multiple apertures. By combining highly transparent glass materials with precise geometric parameters, the E-O-WAS optics system ensures extremely low aberrations over a wide imaging area with excellent transmission characteristics. The optical design of the system not only reduces chromatic aberrations, but also increases imaging contrast, ensures uniform image output, and improves auto-focus accuracy. The system also has capabilities to reduce the amount of additional processing needed at the image-processing stage, resulting in lower overall cost and improved efficiency.
The transparent fused glass comprising the CA12000_EMILY-O-WAS optics system is also specially coated to reduce reflections and improve transmission of light. This coating process also prevents the loss of light through heat exchange, resulting in improved imaging accuracy and improved efficiency. In addition, the CA12000_EMILY-O-WAS optics system is temperature-controlled for superior performance in a variety of conditions, such as bright light and low temperatures, making it suitable for a variety of applications and environments.
Conclusion:
The CA12000_EMILY-O-WAS optics system is designed to provide precise control of the light for a variety of applications including microscopy, cinematography, and other imaging systems. This system is based on a patented ultra-low-dispersion fused glass that has been specifically designed to reduce chromatic aberrations for multiple apertures. The optical design ensures extremely low aberrations over a wide imaging area with excellent transmission characteristics, and is also temperature-controlled for superior performance in various conditions. This system is also useful for system calibration, such as performing auto-focus systems with an improved yield and uniformity. The CA12000_EMILY-O-WAS optics system is an ideal solution for applications that require precision imaging.

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