FXE10G-10M2

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FXE10G–10M2 is an optoelectronic component that converts electrical signals into optical signals and transmits them on an optical fiber. It is mainly used in long-haul communications transmission networks such as 10G SONET/SDH. This article will discuss the application field and working principle of FXE10G-10M2.

Application Field of FXE10G-10M2

FXE10G-10M2 is widely used in various communication networks, such as 10G SONET/SDH networks, and long-haul communication systems. It is also used in data centers, enterprise networks, and optical access networks. With its high-speed transmission capabilities and low power consumption, it can significantly reduce the total cost of communication network operation.

The FXE10G-10M2 can be used for optical fiber communication networks between various cities and between two adjacent buildings. It can link local area networks (LAN) between various places, such as linking a company\'s local branch offices to the central office. FXE10G-10M2 can be used for intercity fiber-optic network as well as for digital subscriber line (DSL) access networks.

Working Principle of FXE10G-10M2

FXE10G-10M2 is an optoelectronic component that converts electrical signals into optical signals and transmits them on an optical fiber. The working principle of FXE10G-10M2 can be divided into four basic stages.

First, the electrical signal is turned into a corresponding optical signal by an optoelectronic transducer. The optical signal is then converted into light energy using a light-emitting diode. The light energy is then transmitted through the optical fiber. Finally, the light energy is received by a light-sensing device such as a photodiode and converted back into electrical energy.

FXE10G-10M2 is a highly reliable and cost-efficient optical communication media due to its high speed transmission capability and low power consumption. It is a reliable choice for long-distance communication and is widely used in various communication network systems.

Conclusion

FXE10G-10M2 is an optoelectronic component that converts electrical signals into optical signals and transmits them on an optical fiber. It is mainly used in long-haul communications transmission networks such as 10G SONET/SDH. The application field of FXE10G-10M2 is quite wide, it is used in various communication networks, such as 10G SONET/SDH networks, data centers, enterprise networks, and optical access networks. The working principle of FXE10G-10M2 comprises four basic stages, which involve the conversion of an electrical signal into a corresponding optical signal, transmission of the light energy via an optical fiber, and finally the reception of the light energy and its conversion back into an electrical signal. FXE10G-10M2 is suitable for long-distance communication due to its high speed transmission capability and low power consumption.

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