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1กม1 OptoMechanical |
| Features Low Insertion Loss Low Cross Talk Low PDL High Reliability & Stability Unmatched Low Cost Applications Channel Blocking Configurable Add/Drop System Monitoring Instrumentation |
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1กม2 OptoMechanical |
| Features Low Insertion Loss Low Cross Talk Low PDL High Reliability & Stability Unmatched Low Cost Applications Channel Blocking Configurable Add/Drop System Monitoring Instrumentation |
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1x2 Multi-Mode |
| Features Applications Unmatched Low Cost Low Insertion Loss 2 Coils Latching / No Latching High Channel Isolation Highly Stable and Reliable Epoxy-Free Optical path Optical Signal Routing Optical network protection/restoration Configurable optical add/drop Transmitter and receiver protection Network test systems Instrumentation |
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1x4 Fiberoptic |
| Features Applications Wide operating wavelength range Fast switch speed Highly stable & reliable Low insertion loss Low PDL Built-in position monitor Network switching Configurable Add/Drop Network protection and restoration Instrument, testing and measurement |
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2กม2 Single Mode |
| Features Applications Unmatched Low Cost Low Insertion Loss High Channel Isolation Highly Stability and Reliability Epoxy-Free Optical Path Configurable Optical ADD/DROP Optical signal Routing System Monitoring Instrumentation |
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2x2 Latching Op |
| 2x2 latching optical switch (OSW) provides channel selection between a pair of input fibers and output fibers. It features low insertion loss, low driving power, small size, and high switching speed. The switch is a compact device suitable for a wide range of applications; for example, optical networking system protection, measurement system, route diversity, reconfigurable add/drop module. The latching mechanism ensures the optical switch status remains in the selected state during power failure. |
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1060nm PM Singl |
| Characteristic: 1.High isolation; 2.Inserts lowly damages; 3.Gao Huisun; 4.Low polarization correlation loss; 5.Non-rubber path of rays. Using: 1.Optical fiber amplifier; 2.Optical fiber CATV net; 3.Optical fiber system test; 4.Local area network; 5.Satellite communication |
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Polarization Maintai |
| Polarization maintaining optical circulator provides low insertion loss, broad band high isolation, high extinction ratio, excellent temperature stability and optical path epoxy free. It can be used for wavelength add/drop, dispersion compensation and EDFA applications. |
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Filter Type Pol |
| The PMC is a polarization maintaining coupler which either splits the light from the input PM fiber into two output PM fibers, or combines light signals from two PM fibers into a single PM fiber. |
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Polarization Beam&nb |
| The Polarization Beam Combiner is a compact high performance lightwave component that combine two lights of different polarization status into one fiber. |
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Polarization Maintai |
| The polarization maintaining (PM) jumper (PM patch cord) is a PM connectorized polarization maintaining PM fiber. It can be supplied cabled in 3mm cable, 900µm tight buffer or loose tube, or bare fiber with 400µm coating. |
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3 Port Polariza |
| Polarization insensitive optical circulator provides low insertion loss, broad band high isolation, low PDL, excellent temperature stability and optical path epoxy free. It can be used for wavelength add/drop, dispersion compensation and EDFA application |
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4 Port Polariza |
| Polarization insensitive optical circulator provides low insertion loss, broad band high isolation, low PDL, excellent temperature stability and optical path epoxy free. It can be used for wavelength add/drop, dispersion compensation and EDFA application |
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980 Polarization&nbs |
| Low Insertion Loss High Isolation Low PDL High Stability and Reliability Cost Effective Optical Fiber Amplifier Pump Laser Source Fiber Optic Sensor Test and Measurement Instrumentation |
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1060 Polarization&nb |
| Low Insertion Loss High Isolation Low PDL High Stability and Reliability Cost Effective Optical Fiber Amplifier Pump Laser Source Fiber Optic Sensor Test and Measurement Instrumentation |
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1310/1490/1550WDM |
| 1310/1490/1550 WDM are design to address the specific requirements of the FTTP market. strong coating and passive device packaging capabilities feature these WDMs with excellent optical performance, good reliability and ultra-compact size |
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