FN02

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

FN02, also known as Fiber Network tester, is a sophisticated fiber network analysis and test instrument designed to meet all the needs of engineers for long-distance optical networks and local optical networks. It is mainly used for communication system test and maintenance, factory inspection and testing, fiber optical device production and the research of optical fiber application.
Fiber Network tester offers a comprehensive set of analysis and testing capabilities to enable engineers to effectively analyze and troubleshoot the most intricate networks. It effectively replaces multiple test sets with one portable platform containing multiple modes of operation that can be used to analyze the performance of the fiber network. This means that with only a single platform, engineers can easily identify and diagnose fiber network problems after the initial setup, prevent network disruptions by performing necessary tests if needed, and make the necessary repairs to ensure that the network continues to operate smoothly.

FN02 offers two modes of operation: active and passive. In active mode, the instrument is used to measure the attenuation of the link and detect any faults. This is done by using the built-in laser source to inject a modulated light signal into the fiber link. The power of the light signal on either side of the link is then measured to calculate the loss. The instrument can also be used to detect any faults by measuring the reflection from the device at either end of the link. In passive mode, the instrument is used to measure the loss of the link without the need for any active components. This is done by measuring the input power on one side of the link and the power of the light signal that comes out of the other side. With these two values, the loss can be calculated.

In addition, the FN02 also provides a built-in optical time domain reflectometer (OTDR), which can be used to measure the length and fault location of a fiber link. OTDR uses an optical pulse to measure the power of the light signal that is reflected back from the fiber link. By measuring the time difference between the transmitted light signal and the reflected signal, the length of the fiber link can be determined. In addition, the OTDR can be used to detect any faults in the link, and the fault can then be identified by measuring the reflection of the light signal from various locations along the fiber link.

The FN02 also provides a real-time monitoring feature that can be used to monitor the performance of an optical network. This feature can be used to measure the optical power, loss, reflection, link length, and other parameters of an existing network without having to disconnect it or perform any additional tests. This enables engineers to identify and diagnose optical network problems quickly and easily.

FN02 has become an indispensable tool for technicians and engineers who need to analyze and troubleshoot complex fiber networks. With its extensive set of analysis and testing capabilities, it allows engineers to easily identify and diagnose optical network problems, thereby ensuring that the network continues to run smoothly and efficiently. As such, it is no surprise that FN02 has become the go-to tool for engineers all over the world.

The specific data is subject to PDF, and the above content is for reference