News
Photonics Europe 13th - 15th April 2010
Please visit us at this year's Photonics Europe in Belgium Brussels, booth #405. |
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Differential Group Delay Line (DGD)New Product Release (February 2010) The Phoenix Photonics differential group delay (DGD) line utilises a compact high linear birefringence fiber to provide an accurate fixed differential delay. Based on the technology developed to manufacture high performance Lyot depolarizers, precise differential time delay coils are fabricated. Time delays can be selected from fixed delays to customer selectable delays. The Phoenix DGD boasts many features including an all-fiber design, passive operation and low insertion loss. The DGD unit is commonly used in PMD compensation applications, sensing and PMD emulators.
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Side Polished Optical FibersNew Product Release (January 2010) Phoenix Photonics Ltd., has introduced a new product range based on its all fiber technology. Phoenix employs side polishing (evanescent field technology) to manufacture a large range of existing products from Polarizers to VOA’s. Phoenix is now offering the polished fiber substrate as a standalone product. Polished fibers can be useful in optical fiber sensor applications, thermal threshold detection, fiber components, propagation control and much more. Fiber side-polishing technology enables access to the evanescent field of the wave propagating in an optical fiber by removing a section of the cladding. Unlike the more common block mounted technology, this approach provides a surface of defined length parallel to the core. The propagation characteristics of the wave can be modified by the structure and material of the replacement cladding. Variable polished depths and lengths can be achieved to meet the customers requirement. |
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Electronically Driven Polarization Controller - New improved designNew Product Release (November 2009) Phoenix Photonics have enhanced their existing polarization management range with the release of the improved bench top electronically driven Polarization Controller. The instrument is based on the Phoenix Polarization Scanner and offers two basic options; a three section manual control with external analogue voltage control in a compact slim-lined bolt on package, or a single channel benchtop version. Full state of polarization control is achieved by three cascaded variable fiber waveplates. Control of each individual waveplate describes a complete circle on the Poincaré sphere. The unit allows any SOP to be generated from any arbitrary input SOP. The controller is all-fiber giving nearly zero return loss, very low insertion loss and PDL advantages. 
OFS-20 Exhibition7th & 8th October 2009, Booth#7 |
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New websitePhoenix Photonics launches new website, now available:
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Wide Band Polarizer
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