Fiber link test system

Abstract

The invention provides a fiber link test system, and solves the problems of low work efficiency and poor test accuracy of a test system for 12-channel fiber data processing equipment. An optical communication processing module is connected with an optical attenuator, an optical power meter and an assembly to be tested through a gplb interface; the optical communication processing module is connected with an industrial control computer and the assembly to be tested through a serial port; the optical communication processing module is connected with a power module; the optical communication processing module is connected with the optical attenuator through an optical port; the optical attenuator is connected with the optical power meter through an optical port; the optical communication processing module is connected with the assembly to be tested through an optical port; the assembly to be tested is connected with a high-speed real-time oscilloscope through an optical port and a photoelectric detector; the assembly to be tested is connected with an optical power divider through an optical port; the optical power divider is connected with the optical power meter and the optical communication processing module through optical ports; or the optical power divider is connected with the optical power meter and the optical attenuator through optical ports.

Description

[0001] Technical field: [0002] The present invention is related to a testing system for the functions and indicators of 12-channel optical fiber data processing equipment. [0003] Background technique: [0004] The 12-channel optical fiber data processing equipment is composed of 12 bidirectional optical fiber transmission channels (mainly used to transmit and receive baseband signals) and a module for processing the transmitted baseband data; the existing test system is manually assembled into a complete a machine. It is a simple superposition of equipment, and then some complicated manual operations. To complete the test work of this 12-channel optical fiber data processing equipment; the number of channels of the device under test is as many as 12, whether each optical fiber can communicate normally, whether the communication is stable, resulting in a large amount of work and difficulty in the test, purchasing instruments, manual It takes a day to assemble a machine, and ther...

AI Technical Summary

Problems solved by technology

To complete the test work of this 12-channel optical fiber data processing equipment; the number of channels of the equipment under test is as many as 12, whether each optical fiber can communicate normally, and whether the communication is stable, resulting in a large workload and difficulty in testing. It takes a day to assemble a machine, and there are human errors, low work efficiency, and poor test accuracy

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