Multimode Optically Controlled Optical Attenuators Can Be Cascaded

Active optical module/Optical Device Test:

In the multi-channel error measurement of optical transceiver module, parallel data measurement is realized.

In the sensitivity measurement of optical receiving module, it provides parallel, fast and accurate optical power input;

200ms optical power control stability time, greatly improve the test efficiency.

Optical communication network integration test:

Test network transmission performance and network management functions in optical communication network integration.

Product Features

The optical attenuation and optical power output can be set quickly and accurately, and the optical power control stability time is less than 200 ms.

Multi-channel attenuator is set at the same time, and multiple ports are measured simultaneously, which saves a lot of measurement time;

Built-in high-precision optical power meter ensures the stability and accuracy of power monitoring;

Simple operation, intuitive graphical user interface, multi-channel data preview, test status at a glance.

Small size, compact structure, two 4-channel devices cascaded, can be identified as an 8-channel device to use.

Specification

Other users also ask the following questions:

1.What is a variable optical attenuator?

A variable optical attenuator is used to trim a fiber's optical signal power levels. Applications include leveling the power exiting an optical amplifier across a fiber's spectrum, and protecting a photodetector at a receiver from being overwhelmed by too strong a signal.

2.What does an attenuator do for fiber?

Attenuators are used to temporarily add a calibrated amount of signal loss in order to test the power level margins in a fiber optic communication system. In the second case, attenuators are permanently installed in a fiber optic communication link to properly match transmitter and receiver optical signal levels.