F16219_LINNEA-90-END-B-FL

F16219_LINNEA-90-END-B-FL Application Field and Working Principle

Optics in the form of lenses is a field that is seen in many fields, providing necessary technology for us to zoom in, magnify, and focus on objects with precision. The F16219_LINNEA-90-END-B-FL lens is a part of this applied optics technology, providing a unique and specialized set of characteristics that enable it to be used in a wide variety of applications.

Application Field

The F16219_LINNEA-90-END-B-FL lens is an aspherical, ultra-high-numerical-aperture lens with an "elicoid optical design" to ensure a high-resolution imaging. This type of lens is particularly useful in the field of microelectronic, micro-imaging, and micro-detection.

• Microelectronic: The aspherical feature of the lens further enhances the image quality by minimizing optical aberrations. With this property, the lens can be used to create high-accuracy images for small surfaces like microcircuits.
• Micro-imaging: The ultra-high-numerical-aperture lens can capture highly detailed images closer to the surface of the object than conventional lenses, and the high-resolution imaging capability makes it ideal for use in areas such as medical imaging.
• Micro-detection: The F16219_LINNEA-90-END-B-FL lens also has the ability to detect small particles and fields, making it ideal for use in the scientific research field.

Working Principle

The working principle of the F16219_LINNEA-90-END-B-FL lens is based on the design of the lens itself. This lens design has several features that enable it to provide superior optical performance when compared to conventional lenses.

Aspherical Lenses

The lens design utilises an aspherical shape, which means that the lens surface is curvier, offering better control of optical aberrations and higher image quality. The aspherical shape also helps reduce distortion in the image by eliminating optical aberrations.

Ultra-high Numerical Aperture Lenses

The ultra-high numerical aperture lenses are another feature of the lens design; these lenses are designed to capture high-resolution, high-precision images with very low distortion. These lenses also allow for greater magnification than conventional lenses, making the F16219_LINNEA-90-END-B-FL lens ideal for capturing images of tiny detail.

High-Resolution Imaging

The elicoid optical design of the lens is the feature that allows it to offer superior image quality and highly precise imaging. This design enables the lens to capture images with higher resolution and clarity than conventional lenses, making it ideal for capturing precise images of electronic devices.

Conclusion

The F16219_LINNEA-90-END-B-FL lens is a part of the field of applied optics, and its unique set of characteristics enable it to be used in a wide variety of applications. The aspherical shape, ultra-high numerical aperture lenses, and elicoid optical design of the lens enable it to provide superior image quality, as well as the ability to capture images with high precision. This makes it an ideal choice for fields such as microelectronics, micro-imaging, and micro-detection.