1030nm 10W/20W PM High Power Isolator & WDM (TGG Based)

1030nm 10W/20W PM High Power Isolator & WDM (TGG Based)

Supplier
Ruikphotonics
Category
Communications & Energy
Origin
China

The PM Isolator WDM hybrid combines WDM and isolator into a compact package to offer cost saving solution. This device is ideal for fiber amplifier application to combine signal and pump wavelengths with very stable signal isolation.

Specification Snapshot
Operating Temperature [Above specifications are for device without connector.]
+10~+50 ℃
Storage Temperature [Above specifications are for device without connector.]
0~+60 ℃
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Overview

The PM Isolator WDM hybrid combines WDM and isolator into a compact package to offer cost saving solution. This device is ideal for fiber amplifier application to combine signal and pump wavelengths with very stable signal isolation.

Specifications

ParameterValue
Signal Channel-Wavelength Range [Above specifications are for device without connector.]1030±10 nm
Signal Channel-Max. Insertion Loss at 23℃ [Above specifications are for device without connector. / 23℃ / For device with connector, IL is 0.3dB higher, RL is 5dB lower, and ER is 2dB lower.]1.5 nm
Signal Channel-Min. Signal Reversed Isolation at 23℃ [Above specifications are for device without connector. / 23℃]25 dB
Signal Channel-Min. Isolation (Com to Pass @ Ref band wavelength) [Above specifications are for device without connector.;Com to Pass @ Ref band wavelength;@ Ref band wavelength)]30 dB
Reflection Channel-Wavelength Range [Above specifications are for device without connector.]960-990 nm
Reflection Channel-Max. Insertion Loss at 23℃ [Above specifications are for device without connector. / 23℃ / For device with connector, IL is 0.3dB higher, RL is 5dB lower, and ER is 2dB lower.]0.8 dB
Reflection Channel-Min.Isolation (Com to Ref @ Pass band wavelength) [Above specifications are for device without connector.;Com to Ref @ Pass band wavelength;@ Pass band wavelength)]15 dB
Max. Polarization Dependent Loss at 23℃ (SM Fiber Type) [Above specifications are for device without connector. / 23℃ (SM Fiber Type)]0.15 dB
Min. Extinction Ratio at 23℃ (PM Fiber Type, Signal/Pump Route) [Above specifications are for device without connector. / 23℃ (PM Fiber Type, Signal/Pump Route) / For device with connector, IL is 0.3dB higher, RL is 5dB lower, and ER is 2dB lower.]20/18
Min. Return Loss (Input/ Output) [Above specifications are for device without connector. / For device with connector, IL is 0.3dB higher, RL is 5dB lower, and ER is 2dB lower.]50 dB
Max. Average Optical Power [Above specifications are for device without connector.]1, 2, 5, 10, 20 or Specified
Max. Peak Power for ns Pulse [Above specifications are for device without connector.]10 or Specified
Max. Tensile Load [Above specifications are for device without connector.]5 N
Package Dimension [Above specifications are for device without connector.]64 mm × 28 mm × 26 mm
Operating Temperature [Above specifications are for device without connector.]+10~+50 ℃
Storage Temperature [Above specifications are for device without connector.]0~+60 ℃

Applications

Fiber Amplifier Testing Instrument Medical Equipment

Key Features

Low Insertion Loss High Return Loss High Stability & Reliability The default connector key is aligned to slow axis.

Datasheet

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Supplier Information

Ru
Ruikphotonics
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RUIK (Ruike Photonics Technology (Dongguan) Co., Ltd.), founded in 2013, is a terminal manufacturer engaged in systematic R&D of polarization-maintaining fiber devices and high-power fiber devices in the 405-2100nm band, with business covering more than 30 countries and regions worldwide. The company has established five core technologies: micro-optics, high power, fused tapering, mechanical design and packaging, offering over 100 standardized products and one-stop solutions for fiber lasers, OCT medical and other fields. ISO9001 certified, RUIK implements strict quality control and possesses vertical integration capability from fiber tips to devices, modules and application systems.

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1030nm 10W/20W PM High Power Isolator & WDM (TGG Based)
Ruikphotonics · Communications & Energy
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