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Compare Description Drawings, CAD & Specs Fiber TypeOperating WavelengthNumerical ApertureMode Field Diameter, NominalMaximum Attenuation Avail. Price
Standard Polarization Maintaining FibersF-HB1500Bow-Tie Polarization Maintaining1550 - 1650 nm0.14 - 0.187.0 - 9.2 µm @1550 nm2 dB/km @1550 nm
$22/meter
Standard Polarization Maintaining FibersF-HB750Bow-Tie Polarization Maintaining780 - 830 nm0.14 - 0.183.5 - 4.6 µm @780 nm8 dB/km @780 nm
$22/meter
Standard Polarization Maintaining FibersF-PM1550Panda Polarization Maintaining1550 nm0.10 - 0.1310.0 - 11.0 µm @1550 nm0.5 dB/km @1550 nm
$18.20
Standard Polarization Maintaining FibersF-PM480Panda Polarization Maintaining480 nm0.10 - 0.133.5 - 4.5 µm @480 nm30 dB/km @480 nm
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$53/meter
Standard Polarization Maintaining FibersF-PM630Panda Polarization Maintaining630 nm0.10 - 0.134.0 - 5.0 µm @630 nm12 dB/km @630 nm
$40
Standard Polarization Maintaining FibersF-PM850Panda Polarization Maintaining850 nm0.10 - 0.135.0 - 6.0 µm @850 nm3.0 dB/km @850 nm
$50
Standard Polarization Maintaining FibersF-PM980Panda Polarization Maintaining980 nm0.10 - 0.136.1 - 7.1 µm @980 nm2.5 dB/km @980 nm
$23/meter
Standard Polarization Maintaining FibersF-SPABow-Tie Polarization Maintaining488 - 633 nm0.10 - 0.133.0 - 4.1 µm @488 nm100 dB/km @488 nm
$17/meter
Standard Polarization Maintaining FibersF-SPFBow-Tie Polarization Maintaining830 - 1060 nm0.14 - 0.183.7 - 4.9 µm @830 nm5 dB/km @830 nm
Standard Polarization Maintaining FibersF-SPVBow-Tie Polarization Maintaining633 - 780 nm0.14 - 0.182.8 - 3.7 µm @633 nm15 dB/km @633 nm
$19/meter

Specifications

  • Index Profile
    Step
  • Cladding Diameter
    125 ±1 µm
  • Coating Diameter
    245 ±15 µm (F-PM630: 400 ±15 µm)
  • Cable Diameter
    2.5 mm
  • Cut-off Wavelength
    See product page
  • Buffer Coating Material
    Dual Acrylate
  • Proof Test
    100 kpsi

Features

Bow-Tie Polarization Maintaining Fiber

Cross section diagram of the Bow-Tie Polarization Maintaining Fiber.
The core is flanked by areas of high expansion, boron-doped glass, which shrink back more than the surrounding silica. Tension caused induces birefringence (creating two different indices of refraction: a higher index parallel and a lower index perpendicular to the applied stress).

High Birefringence

“Bow-Tie” cladding preserves polarization with stress-induced intrinsic birefringence. The fast axis is oriented horizontally.
"Bow-Tie" cladding preserves polarization with stress-induced intrinsic birefringence. The fast axis is oriented horizontally.

Large Wavelength Range and Short Beat Lengths

These Bow-tie polarization maintaining fibers, also known as highly birefringent (HiBi) fibers, are optimized for Visible through NIR wavelengths and have a beat-length of less than 2 mm. The beat-length, the length over which the fiber polarization rotates through 360°, is one of the fundamental performance measures: the shorter the beat-length, the better the polarization-preserving properties of the fiber.

Corning's PANDA Polarization Maintaining Fiber

Corning's PANDA polarization maintaining fibers offer low attenuation and excellent birefringence for high performance applications. Their design uses two stress applying parts to create an extremely high birefringence, resulting in fiber with excellent polarization maintaining properties. The operating wavelengths range from 480 to 1550 nm with beat lengths ranging from less than 1.7 to 5 mm.

Standard and Custom Patch Cables

Standard patch cables are available in several standard lengths with FC/UPC or FC/APC connectors. Please note that slow axis is accurately aligned to the connector key. If you need custom configuration, please use our custom patch configurator model: 

Applications

  • High-data-rate communications systems
  • Polarization-sensitive components
  • Raman amplifiers
  • Fiber optic sensors - polarimetric, polarization state sensing
  • Gyroscopes
  • Coherent transmission and detection
  • Interferometric sensors
  • Modulators
  • Delay lines
  • Spectroscopy
  • Biomedical applications

Note on Fiber Length Availability

Due to increasing supply constraints, obtaining fiber lengths greater than 1 km has become more challenging. If you require fiber longer than 1 km, please contact us directly to discuss availability and lead times.