Use these accessories with our fiber positioners and launchers to couple light into fiber.
NOTE: The Model 9131 fiber-aligner kits include all the accessories you need to couple light from free space to connectorized fiber except for the lens. (See our Compact Aspheric Lenses)
The coupler body attaches to the Model 9091 or Model 9051 fiber aligners so you can mount optical elements directly to the aligner. The coupler body is designed to hold the Model 9123 objective holder or the Model 5708 1 inch asphere adapter.
NOTE: For the Model 9095 fiber aligner, you must use independently mounted optics; you cannot use the coupler body with the Model 9095 .
To mount a standard RMS-threaded holder in the Model 9092 coupler body, attach it to a Model 9123 objective holder. The objective holder also works with our Model 5709 asphere adapter.
Mount our Compact Aspheric Lenses in the Model 9092 coupler body with the Model 5708 1 adapter, or with the Model 5709 RMS adapter held in a Model 9123 objective holder. (The RMS adapter gives you the flexibility to mount the aspheres as microscope objectives.)
Mount ST-connectorized/FC-connectorized fiber to the Model 9091 fiber positioner.
Model 9096
We built these unique fiber brackets based upon feedback from our own fiber-optic engineers. With four bulkhead FC input connectors, the Model 9096 gives you quick, convenient, and secure couplings between connectorized fibers. For example, we use patchcords and these brackets to reduce damage to expensive equipment that needs to be repeatedly connected and disconnected. (Visit www.newport.com/newfocus to see a configuration diagram.) One end of the patchcord is connected to the equipment and the other to the fiber bracket so all the wear and tear of connecting and disconnecting occurs to the inexpensive and easily replaceable patchcord—rather than the expensive equipment or source. And, because the fiber bracket securely mounts to your optical table or breadboard, you won’t have to tape fibers to your table or breadboard, or end up with a fiber-optic tangle.