CA11391_EMILY-M2 Datasheet/PDFOptical lenses are important components used in many applications on the market today. The CA11391_EMILY-M2 is a great example of an optical lens in this field. It operates differently from other lenses due to its specialized construction and offering of specific capabilities.
Design Features
The CA11391_EMILY-M2 is made from specialty glass and is designed to provide superior optics compared to other lenses. It features an enhanced anti-reflective coating and an anti-scratch coating to make it more durable and resistant to harsh conditions. It also offers superior contrast and color fidelity. The lens itself is designed to be lightweight, making it suitable for use in a variety of applications.
Applications
The CA11391_EMILY-M2 is most commonly used in digital photography and video applications. It is suitable for use with a variety of digital cameras and camcorders as well as microscopes and other optical equipment. It is also suitable for use in educational and scientific purposes, making it a versatile choice for a variety of applications.
Working Principle
The CA11391_EMILY-M2 is a type of achromatic doublet lens. It consists of two elements—a positive element and a negative element. The positive element is made from a crown glass, while the negative element is made from a fluorite-infused glass. This combination of elements creates a lens that is color-corrected and has minimal aberration.
The reason why this lens works differently from other lenses is that it reduces the amount of spherical aberration when focused on different objects at different distances. This makes it ideal for use in digital photography and video applications since it can provide superior image quality with less distortion.
Conclusion
The CA11391_EMILY-M2 is a great choice for a variety of applications requiring an optical lens. It offers superior performance due to its specialty construction and is designed for use in digital photography and video applications. Its achromatic doublet configuration enables it to reduce spherical aberrations, which is ideal for providing superior image quality with minimal distortion. With its lightweight design, it is also suitable for a wide range of applications.