FP11055_LISA2-RS-PIN

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

Optics plays an important role in physics and engineering, allowing us to create tools and technologies that make our lives easier. Lenses are one of the most commonly used optical components, and have a wide range of applications in various industries. The FP11055_LISA2-RS-PIN is a lens designed for high-power laser applications, and it can be used to focus and amplify laser light.

The FP11055_LISA2-RS-PIN is composed of two transparent components made of sapphire. The first component is a convex lens that is designed to focus the incoming light to a small spot. The second component, which is mounted on the concave side of the convex lens, is called a reflective subtraction prism (RSP). The RSP is designed to split the incoming beam of light to two components, and then recombine the two to produce a higher power output. In this way, the FP11055_LISA2-RS-PIN can amplify the power of the input beam by as much as 40 times.

The FP11055_LISA2-RS-PIN lens can be used in a variety of laser applications, such as machining, cutting, boring, welding, and welding of materials. It is also suitable for applications such as laser engraving, printing and cutting. Additionally, the lens can be used to direct laser light into a cavity or fiberoptic waveguide in order to create a high-power spot of laser light, which can be used for various purposes. For example, it can be used to generate wavelengths of higher power than the original wavelength of the laser source.

The working principle of the FP11055_LISA2-RS-PIN is based on the principle of total internal reflection (TIR), which is the phenomenon when light entering a medium with a higher refractive index reflects off the boundary between the two media. In the case of the FP11055_LISA2-RS-PIN, the light passing through the convex lens is totally internally reflected at the RSP boundary, thus amplifying the power of the light. The process occurs repeatedly until the desired power is achieved.

The FP11055_LISA2-RS-PIN lens has a wide range of applications ranging from industrial and scientific laser applications to medical and sensing technology. It is also suitable for many other laser-based applications such as communication, imaging, laser spectroscopy, and lithography. In addition, the lens can be used for holographic optical systems and display systems, and for optical communication systems.

Overall, the FP11055_LISA2-RS-PIN lens is a powerful and versatile optical component, and it has a wide range of applications. Its design enables higher power laser applications, and its use in a variety of laser-based applications makes it a valuable optical tool.

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