Polarization Analyzer adapters for fiber cables without optics

to use with SK010PA Polarization Analyzers

Adapters for fiber cables without optics with different receptacles for attachment to the series SK010PA Polarization Analyzers.
Receptacles type:
  • FC (0°and 8°-polish, wide and narrow key)
  • SMA-905 (F-SMA )(0°-polish), SC (0°, 5°, and 8°-polish)
  • E2000 (0°and 8°-polish)
  • LSA (0°and 8°-polish, compatible with connectors of type DIN, AVIO and AVIM)
  • SC (0°and 8°-polish)
PA-FC-0-0-R
PA-SC-4-0
PA-E2000-4-0

Products

Polarization Analyzer adapter for fiber cables without optics.
Included in standard delivery for series SK010PA Polarization Analyzers.
  • FC APC
  • Inclined coupling axis
  • Wide key
Please note: This adapter is for use with the Polarization Analyzer SK0101PA only. For fiber adapters without optics (Bulkhead adapters) please see here


Polarization Analyzer adapter for fiber cables without optics.
  • FC-PC
  • Paraxial coupling axis
  • Wide key
Please note: This adapter is for use with the Polarization Analyzer SK0101PA only. For fiber adapters without optics (Bulkhead adapters) please see here


Polarization Analyzer adapter for fiber cables without optics.
  • FC APC
  • Inclined coupling axis
  • Narrow key
Please note: This adapter is for use with the Polarization Analyzer SK0101PA only. For fiber adapters without optics (Bulkhead adapters) please see here


Polarization Analyzer adapter for fiber cables without optics.
  • FC-PC
  • Paraxial coupling axis
  • Narrow key
Please note: This adapter is for use with the Polarization Analyzer SK0101PA only. For fiber adapters without optics (Bulkhead adapters) please see here


Polarization Analyzer adapters for fiber cables without optics.
  • E2000 APC
  • Inclined coupling axis
This adapter can also be used with fiber connectors of type E2000 PS. Please note, that in this case the iris diaphragm of the Polarization Analyzer cannot be used to reduce laser power as the outgoing beam is too small. Please keep this in mind when analyzing radiation with high power.

Polarization Analyzer adapters for fiber cables without optics.
  • E2000 PC
  • Paraxial coupling axis
This adapter can also be used with fiber connectors of type E2000 PS. Please note, that in this case the iris diaphragm of the Polarization Analyzer cannot be used to reduce laser power as the outgoing beam is too small. Please keep this in mind when analyzing radiation with high power.


Polarization Analyzer adapters for fiber cables without optics.
  • SC APC
  • Inclined coupling axis

Polarization Analyzer adapters for fiber cables without optics.
  • SC PC
  • Paraxial coupling axis

Polarization Analyzer adapter for fiber cables without optics.
  • SMA-905 (F-SMA)
  • Paraxial coupling axis
Please note: This adapter is for use with the Polarization Analyzer SK0101PA only. For fiber adapters without optics (Bulkhead adapters) please see here


Polarization Analyzer adapter for fiber cables without optics.
Included in standard delivery for series SK010PA Polarization Analyzers.
  • LSA APC (compatible with connectors of type DIN, AVIO and AVIM) 
  • Inclined coupling axis
Please note: This adapter is for use with the Polarization Analyzer SK0101PA only. For fiber adapters without optics (Bulkhead adapters) please see here


Order Options

Order CodeDescription
PA-FC-4-0FC APC, inclined coupling axis, wide key, included with standard delivery
PA-FC-4-0-RFC APC, inclined coupling axis, narrow key
PA-FC-0-0FC PC, wide key
PA-FC-0-0-RFC PC, narrow key
PA-E2000-4-0E2000, inclined coupling axis
PA-E2000-0-0E2000, paraxial coupling axis
PA-SC-4-0SC, inclined coupling axis
PA-SC-0-0SC, paraxial coupling axis
PA-SMA-0-0SMA-905 (F-SMA), paraxial coupling axis
PA-SMA-23-0 SMA-905 (F-SMA), inclined coupling axis, 5° polish
PA-SMA-4-0 SMA-905 (F-SMA), inclined coupling axis, 8° polish
PA-LSA-4-0LSA APC, inclined coupling axis (compatible with connectors of type DIN, AVIO and AVIM)

FAQ

  • Polarization Analyzer accessories
    • There are two adapter options - one without integrated optics and one with integrated optics. What is the best option for me?
      For standard applications we recommend to use an adapter without optics since any additional optics may show birefringence and so may falsify the measurement result.