Polarization Conditioners
High-speed software controlled polarization control and polarization scrambling with broad wavelength coverage, low insertion loss and back reflection.
Specifications
| Product Type | Polarization Conditioner |
|---|---|
| No other specifications are available. | |
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Product
Polarization Controller and Scrambler - MATRIQ
Controller
The Pol 1000 Series enables high-speed automated polarization control for polarization dependent testing procedures.Rotate or scramble the polarization of your signal with no need for manual adjustment of paddles or tension screws using intuitive software, LabVIEW or comprehensive SCPI commands.
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Product
Polarization Controller and Scrambler - PXIe
Pol 1000 Series
Controller
The Pol 1000 Series PXIe module enables high-speed automated polarization control for polarization dependent testing procedures.Rotate or scramble the polarization of your signal with no need for manual adjustment of paddles or tension screws using intuitive software, LabVIEW or comprehensive SCPI commands. Pol 1000 Series can be used with our wide range of optical and electrical PXIe test modules, and can be used to build complete mixed-signal test platforms.
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Unlisted Product
Polarization Scrambler - MATRIQ
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The POL-1100 Series of instruments are solid-state optical polarization scramblers. The scramblers are implemented with three solid state electro-optical phase retarders oriented 45 degrees to one another which are internally driven automatically at high frequency.Each retarder is driven at a high enough frequency in a random matter relative to each other such that it converts any input state of the polarization in the input fiber to a random number of states evenly covering all states represented on the Poincaré sphere on the output fiber.
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Unlisted Product
Polarization Scrambler - PXI
Pol 1100 Series
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The POL-1100 Series of instruments are solid-state optical polarization scramblers. The scramblers are implemented with three solid state electro-optical phase retarders oriented 45 degrees to one another which are internally driven automatically at high frequency.Each retarder is driven at a high enough frequency in a random matter relative to each other such that it converts any input state of the polarization in the input fiber to a random number of states evenly covering all states represented on the Poincaré sphere on the output fiber.
