Showing 33–48 of 93 results
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This PM 1550nm In-Line Polarizer delivers high extinction ratio, low insertion loss, and precise polarization control for optical systems operating at 1550 nm. Featuring a wide operating wavelength range of ±50 nm, it ensures reliable slow-axis transmission with effective fast-axis cutoff while maintaining excellent return loss and minimal polarization-dependent loss.
Ideal for communication systems, fiber amplifiers, research applications, and precision sensing, the polarizer supports high power handling up to 10 W and delivers stable performance across extended temperature ranges. Its compact packaging and customizable options including fiber type, connector style, and power rating enable flexible integration into various polarization-sensitive optical systems.
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This PM1550 collimator is designed for polarization-sensitive applications at 1550nm wavelength, offering low insertion loss and high extinction ratio. It features an epoxy-free optical path and maintains polarization integrity with precise beam collimation.
Ideal for isolators, circulators, optical sensing, and laboratory instruments, the collimator supports PM1550 fiber and is available in various working distances, connector types, and fiber lengths to meet specific system requirements.
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This PM1550 Variable Optical Attenuator delivers precise optical power control with high accuracy and low insertion loss, specifically designed for polarization-maintaining systems operating at 1550nm. It offers a wide attenuation range up to 60dB while maintaining excellent extinction ratio and polarization characteristics.
Ideal for power equalization, optical sensing, laboratory testing, and transmission systems, the VOA supports PM1550 fiber and is available with various connector types and fiber lengths to meet diverse application requirements.
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The PM1550 Multi-Wavelength DWDM 3-Port Device is a polarization-maintaining component designed for combining or separating signals at key wavelengths including 980nm, 1064nm, 1480nm, and 1550nm. It offers low insertion loss, high channel isolation, and excellent thermal stability with an epoxy-free optical path for reliable performance.
Ideal for DWDM networks, channel add/drop, fiber amplifiers, and CATV systems, this device maintains precise polarization alignment using PM Panda fiber. It ensures low polarization-dependent loss and high return loss, making it suitable for sensitive optical applications.
Available with various fiber types, connector options, and customizable cable lengths, this compact device provides flexible integration for multi-wavelength, polarization-maintaining optical systems.
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Features & Applications Features Applications High dense spaces Telecommunication Ceramic ferrules connectors CATV,FTTH,LAN Low insertion loss,high return loss Fiber optic sensors Half the size of standard connector Optical transmission system Excellent mechanical endurance Test equipment Performance Specifications Parameter FC,SC,LC ST,MU MTRJ SM MM SM MM SM MM UPC APC UPC UPC UPC UPC UPC Operating…
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The PM 1650nm Polarization Maintaining Fiber Isolator provides superior optical isolation with low insertion loss and minimal polarization sensitivity. Operating at 1650±20 nm, this component delivers reliable protection against back reflections while maintaining polarization integrity through precise slow-axis operation and epoxy-free optical design.
Ideal for CATV fiber optic links, optical amplifiers, telecommunications, and LAN systems, the isolator ensures stable performance across extended temperature ranges. Available in both single-stage and dual-stage configurations with isolation up to 55 dB, its compact design supports flexible customization including PM1550 fiber compatibility and multiple connector options for seamless integration into various optical communication systems.
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This PM1950 1×2 Polarization Beam Combiner/Splitter delivers high-performance polarization management with excellent isolation, low insertion loss, and high extinction ratio. Operating at 1950 nm with a ±40 nm wavelength range, this component ensures reliable polarization beam combining or splitting while maintaining signal integrity and stability.
Ideal for optical fiber gyros, coherent telecommunication systems, fiber optic testing, fiber sensors, and research applications, this device supports slow axis operation with fast axis cutoff, making it suitable for polarization-sensitive setups.
This device is available with various power handling capabilities (0.3 W to 10 W), fiber types (bare fiber, PM1950, PM1550-XP), and connector options (FC/PC, FC/APC, SC/PC, SC/APC) to meet diverse system requirements in demanding polarization-controlled environments.
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This PM1950 2×2 Polarization Beam Combiner/Splitter provides high-performance polarization management with low insertion loss, high extinction ratio, and excellent return loss. Operating at 1950 nm with a ±20 nm wavelength range, this component enables reliable polarization beam combining and splitting while maintaining signal integrity through precise slow-axis operation with fast-axis cutoff.
Ideal for optical fiber gyros, coherent telecommunication systems, fiber optic testing, and research applications, the combiner/splitter ensures stable performance across extended temperature ranges. Its compact design and flexible configuration options including power handling up to 10 W, various fiber types, and multiple connector styles allow for seamless integration into diverse polarization-sensitive optical systems.
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The PM 1950 Circulator offers low insertion loss, high return loss, low polarization-dependent loss, and reliable isolation for polarization-maintaining optical systems. Designed for a center wavelength of 1950 nm, it is suitable for applications such as optical amplifiers, fiber sensors, and bi-directional communication. Customizable options including fiber type, connector style, and fiber length are available to meet specific system integration needs.
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The PM 1950nm Polarization Maintaining Fiber Isolator delivers high-performance optical isolation with low insertion loss and excellent polarization stability. Operating at 1950±20 nm, this component provides reliable protection against back reflections while maintaining signal integrity through precise slow-axis operation and epoxy-free optical design.
Ideal for CATV fiber optic links, optical amplifiers, telecommunications, and LAN systems, the isolator ensures stable performance across extended temperature ranges. Available in both single-stage and dual-stage configurations with isolation up to 35 dB, its compact design supports flexible customization including multiple fiber types (PM1950/PM1550) and connector options for seamless integration into various optical systems.
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The PM 1×2 Magneto-Optic Switch is connected to the optical path by connecting or blocking the optical signal. the switch has non-mechanical configurations and activated via an electrical control signal. the switch also has build-in circulator and isolator functions. Products are widely used in aerospace and military equipment.
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This 1×2 Polarization Maintaining Optical Switch provides low insertion loss, high channel isolation, and reliable performance with an epoxy-free optical path. Designed for a wide wavelength range including 1310 nm and 1550 nm, it offers both latching and non-latching operation modes with low polarization-dependent loss and high stability.
Ideal for optical network protection, signal routing, configurable add/drop modules, and test systems, the switch ensures consistent operation across extended temperature ranges. Its compact design and cost-effective performance make it suitable for various telecommunication and sensing applications. Custom configurations including wavelength, fiber type, connector style, and operating voltage are available to meet specific system requirements.
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This Polarization-Maintaining (PM) 1×3 / 1×4 Optical Switch provides low insertion loss, high extinction ratio, and excellent channel isolation for reliable optical path switching in polarization-sensitive systems. Designed for operation at standard wavelengths including 1310 nm and 1550 nm, as well as 780 nm, 850 nm, 980 nm, and 1060 nm, it supports both latching and non-latching operation modes with high repeatability and long-term reliability.
Ideal for fiber lasers, communication systems, test instruments, and sensing applications, the switch complies with Telcordia GR-1209/1221 and RoHS standards, ensuring consistent performance under varying environmental conditions. Its compact design and flexible configuration options—including wavelength, fiber type, connector style, and operating voltage—enable seamless integration into diverse optical systems.
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The PM 1×4 Magneto-Optic Switch is connected to the optical path by connecting or blocking the optical signal. the switch has non-mechanical configurations and activated via an electrical control signal. the switch also has build-in circulator and isolator functions. Products are widely used in aerospace and military equipment.
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This Polarization-Maintaining (PM) 2×2 Optical Switch provides low insertion loss, high channel isolation, and reliable bidirectional optical path switching with excellent polarization stability. Designed for operation in the 1310 nm and 1550 nm wavelength windows, it features an epoxy-free optical path and supports both latching and non-latching operation modes for flexible system integration.
Ideal for optical network protection, signal routing, configurable add/drop modules, and test systems, the switch ensures high repeatability and long-term reliability across extended operating temperatures. Its compact mechanical design and customizable options including fiber type, connector style, and operating voltage enable seamless adaptation to diverse optical system requirements.
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The PM 2000 Circulator delivers low insertion loss, high return loss, low polarization-dependent loss, and high isolation, ensuring reliable performance in polarization-maintaining optical systems. Operating at a center wavelength of 2000 nm, it is suitable for applications such as optical amplifiers, fiber sensors, and bi-directional communication. Custom configurations including fiber type, connector style, and fiber length are available to meet specific system integration requirements.
