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Polarization Analyzing OFDR

Referencia GPC-OFDR-1000A

The Polarization Analyzing Optical Frequency Domain Reflectometer (PA-OFDR-A) is a breakthrough instrument from General Photonics capable of analyzing polarization evolution along an optical fiber.

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Polarization Analyzing OFDR
The Polarization Analyzing Optical Frequency Domain Reflectometer (PA-OFDR-A) is a breakthrough instrument from General Photonics capable of analyzing polarization evolution along an optical fiber.
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Alexandre Besson
Business Unit Director
+33 5 57 10 92 84
a.besson@laser2000.fr

Solicitud de producto: Polarization Analyzing OFDRX

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DESCRIPCIÓN DEL PRODUCTO

Polarization Analyzing OFDR — PolaMagic™

The patent-pending technology obtains space-resolved reflection as well as birefringence or polarization mode dispersion (PMD) information for optical paths consisting of optical fibers, micro-optical components, and waveguides.

Users can measure and record stress levels as well as reflected energy and do predictive analysis of reliability. The data gathered by the OFDR-1000-A is independent of temperature; therefore, data gathered over time does not require temperature normalization.

The OFDR-1000-A can be used with various tunable lasers, such as those from Keysight, Newport, Yenista, or Santec. This flexibility offers the user the opportunity to make full use of his laser resources and reduce the cost of making OFDR measurements.

Applications:

Fiber optic component quality inspection
Fiber optic module/system QA
Distributed stress sensing
Structural health monitoring
Fiber optic component troubleshooting

Unique Features:

High spatial resolution for reflection: 20 μm
High spatial resolution for stress: 2 mm
−125 dB measurement sensitivity

Preliminary Specifications:

Operation Wavelengths1	C/ L band
Maximum DUT Distance (m)	100 m
Spatial Resolution (two point)2 (μm)	20 μm
Distance Uncertainty (m)	± (0.0005 +0.01% × distance)
Dead Zone (μm)	See spatial resolution
Return Loss Dynamic Range	70 dB ( for laser input power >5dBm )
Return Loss Measurement Range2	0 to – 120 dB
Return Loss Sensitivity4,5 (dB)	−130 dB
Return Loss Resolution5 (dB)	±0.05 dB
Return Loss Uncertainty5 (dB)	±0.2 dB
Birefringence Spatial Resolution	2 mm
Birefringence Resolution	5x10^-7
Birefringence Sensitivity	5x10^-7
Maximum Birefringence	2x10^-4
Insertion Loss Dynamic Range4,5,6 (dB)	18 dB
Insertion Loss Resolution5 (dB)	±0.05 dB
Insertion Loss Uncertainty5 (dB)	±0.1 dB
Wavelength Range2,3	Refer to user laser specs3
Wavelength Uncertainty (pm)	Refer to user laser specs3
Center Wavelength3 (nm)	Refer to user laser specs3
Optical Power3 (mW)	Refer to user laser specs3
Operating Temperature	10 to 40 °C
Storage Temperature	−20 to 60 °C
Power Supply	100 – 240 VAC, 50 - 60 Hz
Communications Interface	USB 2.0
Display	Notebook computer with USB connection
Connector Type	FC/APC standard
Dimensions	2U, ¾ 19” rack width 3.5” (H) x 14” (W) x 14” (D)