Over cladding is the process of placing a fiber into a capillary tube and collapsing the capillary tube until it fuses with the fiber.
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© 2015, AFL, all rights reserved. PP-4-00090, Revision 0, 7.13.15 Specifications are subject to change without notice. 116 Over Cladding Over cladding is the process of placing a fiber into a capillary tube and collapsing the capillary tube until it fuses with the fiber. This process can also be used to provide a hermetic seal between a fiber and a capillary tube or to combine the over cladding with an inverse tapered fiber to increase the core coupling. After creating this taper, the fiber is cleaved in the expanded region, placed in a capillary tube, and the tube is collapsed to create a hermetic seal. This process allows high energy light to be launched into the larger core diameter that was created, and then for the core to reduce to its normal size adiabatically without losing substantial energy. Features • Customizable for size and glass composition • Applicable to single and multi-fiber designs • Can be used with two fibers to form a Fabry Perot cavity • Single or multipoint surface contacts Applications • Hermetic sealing of fibers and devices • Mode stripping • NA conversion • Sensing 400 μm over clad 400 μm over clad 125 μm over clad
Features:
- Customizable for size and glass composition
- Can be used with two fibers to form a Fabry Perot cavity
- Single or multipoint surface contacts
Applications:
- Hermetic sealing of fibers and devices
- Mode stripping
- NA conversion
- Sensing
Over cladding is the process of placing a fiber into a capillary tube and collapsing the capillary tube until it fuses with the fiber. This process can also be used to provide a hermetic seal between a fiber and a capillary tube or to combine the over cladding with an inverse tapered fiber to increase the core coupling. After creating this taper, the fiber is cleaved in the expanded region, placed in a capillary tube, and the tube is collapsed to create a hermetic seal. This process allows high energy light to be launched into the larger core diameter that was created, and then for the core to reduce to its normal size adiabatically without losing substantial energy.
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