Showing 17–32 of 93 results
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This PM1064 optical patch cord delivers reliable polarization-maintaining performance with low insertion loss and high return loss. It features compact ceramic ferrule connectors designed for high-density applications and offers excellent mechanical endurance.
Ideal for telecommunications, CATV, FTTH, LAN, and fiber optic sensing systems, this patch cord ensures precise polarization alignment and is available in multiple connector types (FC, SC, LC, ST, MU, MTRJ) and customizable boot colors to meet diverse installation requirements.
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This PM 1310/1550 nm Fiber Optic Isolator is designed for applications requiring precise polarization control and high isolation. It features low insertion loss, high return loss, and operates on the slow axis while cutting off the fast axis to maintain signal integrity.
Available in single and dual stage configurations for 1310nm and 1550nm wavelengths, the isolator is ideal for CATV systems, fiber amplifiers, and telecommunications. Compatible with PM1550 and PM1310 fibers, it supports various connector types and fiber lengths to meet specific system requirements.
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This three-port Polarization Beam Combiner/Splitter (PBC&S) operates at 1310/1550 nm, featuring low insertion loss, high extinction ratio, and high return loss. It is designed for polarization-maintaining systems, fiber lasers, and communication/sensing applications, offering reliable performance compliant with Telcordia and RoHS standards.
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The PM1310-1×2 Polarization Beam Combiner/Splitter provides high-performance polarization management with low insertion loss, high extinction ratio, and excellent isolation. Operating at 1310 nm with a ±40 nm wavelength range, this component ensures 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 delivers stable performance across extended temperature ranges. Its compact design and flexible configuration options—including power handling up to 10 W, various fiber types (SM-28E or PM1300-XP), and multiple connector styles—enable seamless integration into diverse polarization-sensitive optical systems.
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The PM1310-2×2 Polarization Beam Combiner/Splitter delivers high-performance polarization management with low insertion loss, high extinction ratio, and excellent return loss. Operating at 1310 nm with a ±40 nm wavelength range, this 2×2 port component provides reliable polarization beam combining and splitting while preserving signal integrity through precise slow-axis operation and fast-axis cutoff.
Ideal for optical fiber gyros, coherent telecommunication systems, fiber optic testing, and research applications, the combiner/splitter maintains stable performance across extended temperature ranges. Its versatile design supports flexible configuration options including power handling up to 10 W, various fiber types (SM-28E or PM1300-XP), and multiple connector styles, enabling seamless integration into diverse polarization-sensitive optical systems.
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The PM 1310 Circulator delivers low insertion loss, high return loss, low polarization-dependent loss (PDL), and high isolation, ensuring reliable performance in a variety of optical setups. Designed for a center wavelength of 1310 nm, it is well-suited for applications such as optical amplifiers, fiber sensors, and bi-directional communication systems. Available in both single and double configurations, the circulator supports flexible integration with options for fiber type, connector style, and fiber length to match specific system needs.
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This PM 1310nm In-Line Polarizer provides high extinction ratio, low insertion loss, and precise polarization control for optical systems operating at 1310 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 PM1310 collimator is designed for polarization-sensitive applications at 1310nm 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 PM1310 fiber and is available in various working distances, connector types, and fiber lengths to meet specific system requirements.
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This PM1310 Variable Optical Attenuator provides precise optical power control with high accuracy and low insertion loss, specifically designed for polarization-maintaining systems operating at 1310nm. 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 PM1300-XP and PM1310 fibers and is available with various connector types and fiber lengths to meet diverse application requirements.
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This PM1310 optical patch cord provides high-performance polarization-maintaining connectivity with low insertion loss and high return loss. It utilizes compact ceramic ferrule connectors for high-density applications and ensures excellent mechanical durability.
Ideal for telecommunications, CATV, FTTH, LAN, and fiber optic sensing systems, this patch cord maintains precise polarization alignment and is available in multiple connector types (FC, SC, LC, ST, MU, MTRJ) and customizable boot colors to suit various installation requirements.
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The PM1480-1×2 Polarization Beam Combiner/Splitter delivers high-performance polarization management with low insertion loss, high extinction ratio, and superior isolation. Operating at 1480 nm with a ±40 nm wavelength range, this device ensures precise slow-axis operation and fast-axis cutoff for reliable polarization beam combining and splitting.
Ideal for optical fiber gyros, coherent communication systems, fiber sensor applications, and research, it maintains stable performance across a broad operating temperature range. The compact module supports flexible configurations including multiple power handling levels up to 10 W, various fiber types, and connector options to suit diverse polarization-sensitive optical systems.
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The PM 1480 Circulator delivers low insertion loss, high return loss, low polarization-dependent loss, and high isolation, ensuring stable performance in polarization-sensitive optical systems. Operating at a center wavelength of 1480 nm, it is suitable for applications including optical amplifiers, fiber sensors, and bi-directional communication. Available in both single and double configurations, the circulator supports customized integration with options for fiber type, connector style, and fiber length to meet diverse system requirements.
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The PM 1480nm Polarization Maintaining Fiber Isolator delivers superior optical isolation with low insertion loss and minimal polarization-dependent loss. Operating at 1480±10 nm, this component provides 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 PM1550 1×2 Polarization Beam Combiner/Splitter provides high-performance polarization management with low insertion loss, high extinction ratio, and excellent return loss. Operating at 1550 nm with a ±40 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 PM1550-2×2 Polarization Beam Combiner/Splitter provides high-performance polarization management with low insertion loss, high extinction ratio, and excellent isolation. Operating at 1550 nm with a ±40 nm wavelength range, this 2×2 port component ensures reliable polarization beam combining and splitting while maintaining signal integrity through precise slow-axis operation and fast-axis cutoff.
Ideal for optical fiber gyros, coherent telecommunication systems, fiber optic testing, and research applications, the combiner/splitter offers stable performance across extended temperature ranges. Its robust design and flexible configuration options—including power handling up to 10 W, multiple fiber types, and various connector styles—enable seamless integration into a wide range of polarization-sensitive optical systems.
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The PM 1550 Circulator provides low insertion loss, high return loss, low polarization-dependent loss, and excellent isolation for reliable operation in polarization-maintaining optical systems. Designed for a center wavelength of 1550 nm, it is widely used in applications such as optical amplifiers, fiber sensors, and bi-directional communication. Available in single or double stage configurations, the circulator supports flexible customization with options for fiber type, connector style, and fiber length to meet specific system integration requirements.
