FLP5-14.0

Optics are crucial when it comes to achieving optimum efficiency of light in communications or imaging systems. A Light Pipe, or FLP5-14.0, features excellent optical properties suitable for such systems and can be used in a variety of applications. Below, we will discuss the field of application and principle of the FLP5-14.0.

Application Field of the FLP5-14.0

The FLP5-14.0 is a general-purpose, optical fiber transporter ideal for conveyance of light-conductive signals through an optical network. It is particularly useful for transferring light signals over long distances, making it ideal for applications in areas such as:

• Military communications
• Commercial communication networks
• Optical imaging systems
• Industrial processes

Due to its slim profile, the FLP5-14.0 is also suitable for applications in small, confined spaces, such as airplane engines, interiors or robots. Furthermore, it enables very low loss in the transfer of light signals, making it ideal for applications where accuracy and precision are key.

Working Principle of the FLP5-14.0

At the core of the FLP5-14.0’s efficiency is its unique structure. It features a sub-miniature inner cylinder made of ‘Multi-Radius Jacket’ (MRJ), allowing an extremely dense packing ratio and therefore increased transmission efficiency. Moreover, the fiber end faces are machined with a “V”-groove, enabling them to perfectly match the optical fiber which significantly increases the efficiency of the light transmission.

The light pipes of the FLP5-14.0 consist of specially designed optics which form a perfect connection between the fiber ends and the connectors. The connectors and the outer jacket of the light pipe provide strain relief to the fibers in order to keep them aligned and reduce the risk of optical loss due to mechanical damage.

The FLP5-14.0 utilizes the physical concept of total internal reflection and the geometry of light pipes in order to achieve optimal light transmission. This ensures that only minimal energy is lost, and consequently maximum power is maintained over the entire length of the light pipe. The low overall loss enables high performance and accuracy of the transmitted light regardless of the distance it has traveled.

Conclusion

The FLP5-14.0 is perfect for both long and short-distance light transmission, and features excellent optical properties for the highest transmission efficiency. Its slim profile and numerous applications capabilities make it an ideal choice for a multitude of applications in both military and commercial optical networks.