F6E3-10M15Y

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F6E3-10M15Y (Fiber Optic Extender for Electrical, 10-Meter Distance, 15 Year Service Life) is an advanced fiber optic extender system developed by one of the most trusted companies in the fiber optics industry. Its unique design and features make it the ideal choice for a variety of applications that require the transmission of high-speed electrical signals over long distances. This product is engineered for maximum reliability, robustness, and longevity, and is suitable for mission-critical applications.

Application Field

F6E3-10M15Y is designed to meet a variety of requirements for long-distance transmission of electrical signals, including signal distribution networks, industrial automation systems, data communication networks, telecom networks, automotive systems, broadcast video systems, robotics, and defense systems. Its low insertion loss, high crosstalk tolerance, superior power handling capacity, and 10-meter distance limit make it highly suitable for transmitting electrical signals over long distances, with minimal signal loss.

Working Principle

The F6E3-10M15Y works by transmitting electrical signals over fiber optics. A transmitter converts the electrical signal into an optical signal, which is then sent through an optical fiber. At the receiving end, the optical signal is converted back into an electrical signal by a receiver. This process of transmitting electrical signals over long distances is highly efficient, as the optical fiber is a very low-loss medium.

The F6E3-10M15Y is designed to be highly reliable, robust, and long-lasting. It is sealed in a ruggedized, hermetically-sealed housing that offers superior protection against dust, moisture, and other environmental factors. It also comes with a 15-year warranty for added peace of mind.

Conclusion

F6E3-10M15Y is an advanced fiber optic extender system designed to meet the needs of long-distance transmission of electrical signals. Its unique design features and reliable operation make it the ideal choice for a variety of applications, including signal distribution networks, industrial automation systems, and telecom networks. Its low insertion loss, high crosstalk tolerance, and low signal loss make it a perfect solution for sending electrical signals over long distances.

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