FLP25-6.0

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

Light pipes are an important type of optical fiber that has been gaining increased attention as a relatively simple way to guide and transport electromagnetic energy across distances. The FLP25-6.0 is an example of such a light pipe that operates on the principle of total internal reflection. Total internal reflection (TIR) occurs when a light wave encounters a boundary between two materials with different refractive indices, so that a certain angle of incidence greater than the critical angle is exceeded. This phenomenon occurs when light strikes the interface between these two materials at an angle greater than the critical angle and then reflects back in the same direction. TIR involves the splitting of the light wave into two separate, oppositely-propagating waves (known as the ordinary wave and the extraordinary wave) that travel along different paths in the new material before being recombined at the other side of the interface.

The FLP25-6.0 incorporates the principle of TIR to control the direction of light. Its primary working function consists of a graded-index plastic core, which acts as a light guide and transmits the light wave along the pipe in straight line. The fiber’s core has two separate layers, one of which is composed of a transparent material, the other of an opaque material, so that the refractive indices of the two layers are different. As the lightwave traverses through its plastic core, the incident angle of the sunlight is greater than the critical angle. This results in TIR, thus splitting the light wave into two, the ordinary and extraordinary beams. The extraordinary beam is reflected back in the same direction and the ordinary beam is transmitted through the core material. This way, the fiber is able to guide the light across the complex angle bends, while maintaining its intensity.

The FLP25-6.0 is available in a compact and slim form factor, so it can fit into almost any setting. One of its most popular applications is lighting, where it can be used to guide and project light to specific areas. It has also been widely used in medical operations, such as endoscopic and laparoscopic surgeries, as well as in industrial automation, confocal microscopy, and fiber optic sensing.

Overall, the FLP25-6.0 is a reliable, cost-effective light pipe that exploits the principle of TIR to effectively guide light waves along a finite, yet complex path. Its unique design and construction make it well-suited to a variety of operations and its slim form factor allows for flexible installation in any environment. The FLP25-6.0 is quickly becoming an important component in the advancement of light-based technologies.

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