1x2 980/1030nm Polarization-Insensitive Polarization-Maintaining Fiber Wavelength Division Multiplexer

1x2 980/1030nm Polarization-Insensitive Polarization-Maintaining Fiber Wavelength Division Multiplexer

Supplier
Comcore
Category
Wavelength-Division Multiplexing (WDM)
Origin
China
Specification Snapshot
Insertion Loss [P grade; Pump Channel 980±5 nm; Tested at the center wavelength at room temperature ; excluding connectors]
max:0.7 dB
Insertion Loss [A grade; Pump Channel 980±5 nm; Tested at the center wavelength at room temperature ; excluding connectors]
max:0.9 dB
Polarization-Dependent Loss [P grade; Pump Channel 980±5 nm; Tested at the center wavelength at room temperature ; excluding connectors]
max:0.1 dB
Polarization-Dependent Loss [A grade; Pump Channel 980±5 nm; Tested at the center wavelength at room temperature ; excluding connectors]
max:0.2 dB
Insertion Loss [P grade; Signal Channel 1030±5 nm; Tested at the center wavelength at room temperature ; excluding connectors]
max:0.7 dB
Insertion Loss [A grade; Signal Channel 1030±5 nm; Tested at the center wavelength at room temperature ; excluding connectors]
max:0.9 dB
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Specifications

ParameterValue
Pump Channel [P grade; Pump Channel 980±5 nm; Tested at the center wavelength at room temperature ; excluding connectors]980±5 nm
Pump Channel [A grade; Pump Channel 980±5 nm; Tested at the center wavelength at room temperature ; excluding connectors]980±5 nm
Insertion Loss [P grade; Pump Channel 980±5 nm; Tested at the center wavelength at room temperature ; excluding connectors]max:0.7 dB
Insertion Loss [A grade; Pump Channel 980±5 nm; Tested at the center wavelength at room temperature ; excluding connectors]max:0.9 dB
Extinction Ratio [P grade; Pump Channel 980±5 nm; Tested at the center wavelength at room temperature ; excluding connectors ; Extinction ratio is lower after adding connectors 2dB]min:17 dB
Extinction Ratio [A grade; Pump Channel 980±5 nm; Tested at the center wavelength at room temperature ; excluding connectors ; Extinction ratio is lower after adding connectors 2dB]min:15 dB
Isolation @ 1030±5nm [P grade; Pump Channel 980±5 nm; Tested at the center wavelength at room temperature ; excluding connectors ;@ 1030±5nm]min:13 dB
Isolation @ 1030±5nm [A grade; Pump Channel 980±5 nm; Tested at the center wavelength at room temperature ; excluding connectors ;@ 1030±5nm]min:11 dB
Polarization-Dependent Loss [P grade; Pump Channel 980±5 nm; Tested at the center wavelength at room temperature ; excluding connectors]max:0.1 dB
Polarization-Dependent Loss [A grade; Pump Channel 980±5 nm; Tested at the center wavelength at room temperature ; excluding connectors]max:0.2 dB
Signal Channel [P grade; Signal Channel 1030±5 nm; Tested at the center wavelength at room temperature ; excluding connectors]1030±5 nm
Signal Channel [A grade; Signal Channel 1030±5 nm; Tested at the center wavelength at room temperature ; excluding connectors]1030±5 nm
Insertion Loss [P grade; Signal Channel 1030±5 nm; Tested at the center wavelength at room temperature ; excluding connectors]max:0.7 dB
Insertion Loss [A grade; Signal Channel 1030±5 nm; Tested at the center wavelength at room temperature ; excluding connectors]max:0.9 dB
Extinction Ratio [P grade; Signal Channel 1030±5 nm; Tested at the center wavelength at room temperature ; excluding connectors ; Extinction ratio is lower after adding connectors 2dB]min:17 dB
Extinction Ratio [A grade; Signal Channel 1030±5 nm; Tested at the center wavelength at room temperature ; excluding connectors ; Extinction ratio is lower after adding connectors 2dB]min:15 dB
Isolation @ 532±5nm [P grade; Signal Channel 1030±5 nm; Tested at the center wavelength at room temperature ; excluding connectors ;@ 532±5nm]min:13 dB
Isolation @ 532±5nm [A grade; Signal Channel 1030±5 nm; Tested at the center wavelength at room temperature ; excluding connectors ;@ 532±5nm]min:11 dB
Polarization-Dependent Loss [P grade; Signal Channel 1030±5 nm; Tested at the center wavelength at room temperature ; excluding connectors]max:0.1 dB
Polarization-Dependent Loss [A grade; Signal Channel 1030±5 nm; Tested at the center wavelength at room temperature ; excluding connectors]max:0.2 dB
Operating Power [P grade; Tested at the center wavelength at room temperature ; excluding connectors]max:2 W
Operating Power [A grade; Tested at the center wavelength at room temperature ; excluding connectors]max:2 W
Operating Temperature [P grade; Tested at the center wavelength at room temperature ; excluding connectors]-40 to +85 °C
Operating Temperature [A grade; Tested at the center wavelength at room temperature ; excluding connectors]-40 to +85 °C
Storage Temperature [P grade; Tested at the center wavelength at room temperature ; excluding connectors]-50 to +85 °C
Storage Temperature [A grade; Tested at the center wavelength at room temperature ; excluding connectors]-50 to +85 °C
Package Dimensions [P grade; Tested at the center wavelength at room temperature ; excluding connectors]S9=Ø3x76 / S10=Ø3x92 / M3=7.5x18x85
Package Dimensions [A grade; Tested at the center wavelength at room temperature ; excluding connectors]S9=Ø3x76 / S10=Ø3x92 / M3=7.5x18x85
Excess Loss [After adding connectors]Height 0.2

Applications

Polarization-maintaining fiber amplifiers Coherent optical communications Fiber lasers

Key Features

Low Loss Polarization Insensitive High Power Operates on Both Fast and Slow Axes Higher Than Telcordia GR-1221 Standard

Datasheet

Product Datasheet
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Supplier Information

Co
Comcore
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Formerly established in 2000 and founded by the world-renowned special optical fiber and optical device expert, Comcore Optical Intelligence Technologies Co., Ltd. is mainly engaged in research, development, production and marketing of five major products: Ultra-High Reliable Fiber Components, Fiber Optic Current sensors (FOCS), Universal Polarization Maintaining Fiber Fusion Splicers, Lensed Fibers and Spun Fibers. Ultra-high reliable all fiber components are applicable to fiber optic communication networks, fiber optic amplifiers, high-power fiber lasers, fiber optic sensing system; FOCS are applicable to smart power networks, rail transits, electrolytic aluminum industry, pulse current monitoring systems; Universal PM fiber fusion splicers with independent intellectual property rights are applicable to the production of fiber lasers and fiber optic sensors; Lensed fibers are suitable for laser processing, communication transmission, medical instruments and other industries; Spun fibers are suitable for fiber optic sensing systems such as FOCSs and fiber optic gyroscopes (FOGs). At the same time, Comcore also provides technical training, technical support, equipment leasing and other services.

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1x2 980/1030nm Polarization-Insensitive Polarization-Maintaining Fiber Wavelength Division Multiplexer
Comcore · Wavelength-Division Multiplexing (WDM)
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