CA13726_VERONICA-SQ-O

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

CA13726_VERONICA-SQ-O have become increasingly popular among optics researchers due to its impressive ability to handle a wide range of applications. It is specifically designed to simulate and measure laser beam profiles, and has a diverse range of features that allow users to customize the performance to suit their needs.

CA13726_VERONICA-SQ-O is a lens with a carefully designed optical structure and a patented surface. It is composed of two optical systems that can be combined to form a single integrated imaging system. The first system is composed of four lenses. They are Aspherical, Fresnel, Parabolic and Spherical lenses, and they form a matched system that works in tandem to provide a detailed optical analysis. The second system is composed of two lenses. Those are an Achromatic doublet and a Triplet. These two lenses provide excellent contrast and resolution for imaging.

The lenses in CA13726_VERONICA-SQ-O can be used for the following applications:

• Imaging and Mapping
• Laser Beam Analysis
• Lens Design
• Optical Coupling
• Spectroscopy
• Ultrafast Light Control
• Wavefront Manipulation

This lens is a great choice for optical researchers who need to study various laser beam profiles. Its combination of both lenses provide excellent image and analysis capabilities that can be used for a variety of purposes. It has an adjustable aperture size and focal length, making it suitable for different applications.

CA13726_VERONICA-SQ-O is also known for its superior wavefront manipulation capabilities. It is equipped with high numerical aperture, meaning it can achieve extremely high resolution imaging and measurement. Its wavefront manipulation capabilities make it ideal for advanced usage.

The lenses in CA13726_VERONICA-SQ-O are also designed with a patented wavefront control algorithm that provide additional flexibility in terms of wavefront manipulation and correction. This algorithm enables users to optimize the wavefront by adjusting the lens parameters. This provides users with the ability to customize the performance of the lens to suit their specific requirements.

In addition, CA13726_VERONICA-SQ-O has a large dynamic range with high dynamic performance. This feature makes it suitable for applications that require real-time imaging and measurement. It can also be used for highly sensitive imaging applications where low-noise operation is required.

Finally, CA13726_VERONICA-SQ-O has excellent numerical Aberration Correction, allowing users to correct or eliminate aberrations in their imaging system. This provides users with the ability to get the highest quality images with minimal effort.

Overall, CA13726_VERONICA-SQ-O is an extremely versatile lens with impressive features and capabilities. Its combination of both lenses make it perfect for a wide range of applications and its wavefront manipulation capabilities make it ideal for advanced usage. It is also known for its excellent numerical aberration correction and its high dynamic performance. All in all, it is a great choice for those who need to study a wide range of laser beam profiles.

The specific data is subject to PDF, and the above content is for reference