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OFR X-Type
FiberPorts use an FC receptacle for FC-connectiorized
fibers. For applications requiring non-detachable fiber
pigtail, H-Type FiberPorts are also available.
The
fiber connecting to a FiberPort terminates in air. To
minimize the effects of the resultant back reflection,
an FC/APC angle-polished connector is used. On the other
hand, with an FC/PC connector or a straight polished
connector, there is a-14dB return loss. OFR FiberCables
are available in standard FC/APC or optionalFC/PC.
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FiberPort
(US Patent 5,638,472)
on HCP Bracket
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FiberPort
for
Multimode Fibers
OFR XM-Type
FiberPorts use an FC receptacle for FC-connectorized
MM fibers. SMA-Type FiberPorts are for SMA connectorized
fibers.
FiberPorts are available for 50§, 63§ and
100§ core diameter, FC-connectorized fibers, and for
SMA-connectorized fiber with 50§, 63§ and 100-600§
core diameter.
For complete description of all OFRFiberCables
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LAUNCHING A FREE-BEAM
INTO PM FIBER. It is critical that
fiber and laser polarization axes be
aligned when launching into a PM fiber.
This task is made much easier if 1/2-Wave
Retarder is inserted into the beam.
A
FiberBench solution is recommended,
with rotatable zero-order 1/2-Wave Retarder
for rotation of polarization plane,
mounted onto the FiberBench base. Alignment
is then a straightforward procedure.
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¥ë: Specify wavelength
in nm.
*
Optional FiberCables, with FC connector,
are ordered separately.
NOTE : For
coupling into PM fiber, a FiberBench
solution is recommended. See above.
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¥ë: Specify wavelength
in nm.
S or P : When ordering, specify
Single-mode(S) or Polarization
Maintaining(P)
pigtail(1 meter long)
NOTE : For
coupling into PM fiber, a FiberBench
solution is recommended.
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¥ë: Specify wavelength
in nm.
*
Optional FiberCables, with FC connector,
are ordered separately
*
for 50, 63, 100§ core diameter.
**
Optional FiberCables, with SMA
connector, are ordered separately
**
for 50, 63, 100-600§ core diameter.
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