FLP2V3.5-SR

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The FLP2V3.5-SR (Flexible Light Paths 2 Version 3.5-SR) is an optic light pipe technology that is designed for applications requiring high-speed signal transmission and high-voltage protection. It is commonly used in high-tech, industrial, and medical imaging applications, where it is often referred to as an active optical cable (AOC).

The FLP2V3.5-SR is constructed using an optically-transparent, flexible plastic substrate that is engineered to facilitate light passage. This substrate is available in a variety of sizes and shapes, allowing it to be tailored to fit any application. The substrate is coated with a light-reflective, high-performance coating that can be optimized for specific applications. The FLP2V3.5-SR is also designed with multiple layers of electro-optic and optical fiber components, allowing for the transmission and control of light signals. Additionally, it is designed with active optical technology that can be used to manage and control both the power and signal transmission.

The FLP2V3.5-SR is particularly well-suited for applications that require high-speed signal transmission over a long distance. The light signals transmitted through the fiber components are able to travel at speeds of up to 750 Mbps over distances up to 1000 meters. Additionally, the optical layers allow for higher power and higher voltage requirements to be maintained compared to other types of light pipe technologies. The FLP2V3.5-SR can also be used in applications that require multiple signal types, allowing for the control and transmission of analog, digital, and other specialized signals.

In terms of working principles, the FLP2V3.5-SR is built using a combination of electro-optic and optical fiber components that create a path for the transmission of light signals. The electro-optic components are used to convert electrical signals into optical signals, while the optical fiber components allow the light signals to travel long distances without loss or other degradation. The optical fiber components also aid in the protection of the transmission from noise, providing isolation from external signals that could cause errors in the transmission.

To maintain optimal performance, the light signals transmitted through the FLP2V3.5-SR must be within specific parameters. To ensure this, the FLP2V3.5-SR is designed with an active optical technology that is capable of controlling and managing the power and signal transmission over the fiber components. This active optical technology allows for the power and signal level to be monitored and adjusted, allowing for the optimization of the signal transmission and power consumption.

The FLP2V3.5-SR offers a number of benefits for applications where high-speed, long-distance signal transmissions are needed. These benefits include greater signal integrity and protection from external noise, increased data transfer speeds, higher power and higher voltage requirements, and multi-signal compatibility. Additionally, the active optical technology makes it possible to optimize the signal transmission and power consumption in order to ensure optimal performance.

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