5151091F

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Optics - Light Pipes extend the range of regular optical transmission by literally sending light signals through a tube. This technology is advantageous because it can extend light transmission to distances much greater than what is possible with optical fibres. The 5151091F system is an example of such light pipe technology. In this article, we will look at the application field and working principle of the system.

The 5151091F system is applicable in various light-pipe situations that require lengths between 30 to 60 m (99 to 197 feet). Furthermore, the light pipe is suitable for the transfer of signals between buildings, around difficult obstacles or in any situation where it is necessary to keep the light away from interfering environments. One example of this interference is radio-frequency interference (RFI) which can cause electronic signals to be distorted.

Guiding the lightsignals through a pipe are a series of lenses positioned along the axis of the pipe. These lenses, called "Patent Polymer Light Pipe (PPW)", focus the light in a straight line enabling it to traverse the length of the pipe. This effectively uses the law of refraction to bend the light around any obstacles.

The main disadvantage of the 5151091F system is that the lightsignals are also transmitted in both directions along the pipe. Therefore, either a complex filtering system or specialized hardware must be used to prevent the interaction between the incoming and outgoing signals.

Installation and maintenance of the 5151091F system is, however, relatively easy. The lenses of the PPW\'s along the pipe are fixed and require no realignment. As well, the maintenance of the light pipe is simple due to its recessed frames that protect the lenses and prevent unwanted dust particles from entering the system. Finally, the 5151091F is a robust system that can be subjected to significant dynamic shocks without the risk of damaging the light-pipe construction.

In summary, the 5151091F system is useful technology for transmitting light signals over distances much longer than the current optical fibre technology permits. The PPW lenses along the pipe act to bend the light signals in such a way that it can travel the entire length of the pipe and be in a position to interact with a receiver at the other end. Furthermore, the system is relatively easy to install and maintain when compared to other methods of transmitting light signals.

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