2Z10UM

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2Z10UM is an isolator developed for signal transmission on optical networks. It\'s designed for fiber distribution lines in subscriber access systems. It\'s a cost-effective solution for accurate signal transmission and monitoring. This article will discuss the application field and working principle of 2Z10UM isolator.

Application Fields

The 2Z10UM isolator is designed to be used in a variety of applications. These include:

Fiber Optic Connections

The 2Z10UM is designed to be used in fiber optic links with larger fiber cores for both the transmit and receive signals. It\'s designed to provide an optical link with higher data rates, longer distances and better protection against outside interference. It can also be used in applications where it\'s necessary to isolate the transmit and receive signals.

Broadband Access

The 2Z10UM isolator is well-suited for the new generation of broadband access and services. It provides an effective solution for delivering high-speed internet access and multimedia services to end users. It can also be used in backbone access networks for data services and other multimedia content.

Digital Video Broadcasting

The 2Z10UM isolator can also be used in digital video broadcasting applications. It\'s designed to provide an effective solution for delivering high-quality, high-definition digital video signals to the end user. It can also be used in systems that need to monitor video signals from multiple sources.

Working Principle

The 2Z10UM isolator uses a passive, four-section waveguide design to provide an effective way to isolate the transmit and receive signals. This design includes four sections of waveguides that are isolated from one another by metal barriers. The metal barriers provide the necessary isolation for the signal to be transmitted without any interference between the segments. The signal is then transmitted from one waveguide to the next using four-port directional couplers.

The waveguide design also helps to reduce power loss in the signal. This is due to the fact that the four sections of waveguides are isolated from one another, allowing the signal to travel more efficiently. The four-port directional couplers also reduce power loss by allowing multiple signals to travel without colliding with one another.

In addition to providing signal isolation, the 2Z10UM isolator also helps to reduce cross-talk. This is due to the fact that the four-section waveguide design helps to reduce the amount of energy that is reflected back into the system from other signal sources. This reduces the effects of noise, which can result in a clearer transmission of the signal.

Conclusion

The 2Z10UM isolator is an effective and cost-efficient solution for signal transmission and monitoring on optical networks. It\'s designed to be used in a variety of applications, including fiber optic connections, broadband access, and digital video broadcasting. The isolator uses a four-section waveguide design to provide excellent signal isolation and reduced power loss. It also helps to reduce cross-talk, resulting in a clearer signal transmission.

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