FTBx-9160 - NEMS光开关

提供高精度且可重复的光纤到光纤切换。

主要优点

支持单模1xN配置，最高可达1x32

支持≤30 ms的快速切换时间

使用寿命超过1 x 109 次

提供多种连接器选件

规格

技术规格
产品类型	Module

规格书

描述

Designed for manufacturing

EXFO’s FTBx-9160 switches deliver excellent performance in a compact modular format. The 1xN models are MEMS based while the 2x2 switches are latest generation opto-mechanical design. Both 1xN and 2x2 are fast (<30 ms) and repeatable with an extended lifetime expectancy. This is the perfect optical switch for demanding manufacturing applications in a 24/7 operating cycle.

Multiple configurations available

Singlemode models – 1x2, 1x4, 1x8, 1x12, 1x16, 1x24, 1x32 and 2x2 configurations are supported
Multimode models – 1x2, 1x4, 1x8, 1x12, and 2x2 configurations are supported
Polarization Maintaining models – 1x2, 1x4, 1x8, 1x12, and 2x2 configurations are supported

A multitude of applications

Optical switches are critical building blocks integrated in almost every test station. The FTBx-9160 is the perfect switch to support a wide variety of applications with all common fiber types, whether SMF, MMF or PMF. Use the FTBx-9160 switch to:

Share test instruments, such as an optical spectrum analyzer, a bit-error-rate tester, communication analyzer or many others.
Build complex, reconfigurable R&D or manufacturing test stations
Test multiple devices in parallel, or perform multiple tests on a single device
Perform automated bi-directional testing with the 2x2 configuration
Any other application that requires reliable fiber-to-fiber switching

Multiple Platforms to choose from

You can select either the LTB-2 (1U), the LTB-8 (3U) or the lTB-12 (4U) platform for your application. Within all these platforms, the FTBx-9160 can be easily automated via ethernet or GPIB interface using SPCI commands, IVI drivers, or REST APIs. Software development kits (SDKs) are available.

Try it out

Try this Live demo to see the convenient WEB GUI for the FTBx-9160 along with other instruments. The following diagram illustrates the optical connections for this live demonstration using a light source, switch, variable optical attenuator and a 4 channel pptical power meter.