High power light separator
1W-10W light separators 1W-10W light separators of the Guilin Lum Technological Group Inc. are based on the Farah luminescence effect, which undermines the ease of light transmission, thus achieving positive light passage, reverse light isolation, using specific Farah luminous materials, achieving high isolation and increasing the stability of the optical system.
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Overview
1W-10W light separators 1W-10W light separators of the Guilin Lum Technological Group Inc. are based on the Farah luminescence effect, which undermines the ease of light transmission, thus achieving positive light passage, reverse light isolation, using specific Farah luminous materials, achieving high isolation and increasing the stability of the optical system.
Specifications
| Parameter | Value |
|---|---|
| Center Wavelength (λc) [Single / Dual Stage:Single;Grade P / Single / Dual Stage:Single;Grade A / Single / Dual Stage:Dual;Grade P / Single / Dual Stage:Dual;Grade A;Specified without connector, and add an additional 0 2dB loss per connector.] | 1310 or 1550 or 1610 |
| Operating bandwidth [Single / Dual Stage:Single;Grade P / Single / Dual Stage:Single;Grade A / Single / Dual Stage:Dual;Grade P / Single / Dual Stage:Dual;Grade A;Specified without connector, and add an additional 0 2dB loss per connector.] | ±15 nm |
| Peak Isolation [Single / Dual Stage:Single;Grade P;Specified without connector, and add an additional 0 2dB loss per connector.] | typical:42 dB |
| Peak Isolation [Single / Dual Stage:Single;Grade A;Specified without connector, and add an additional 0 2dB loss per connector.] | typical:40 dB |
| Peak Isolation [Single / Dual Stage:Dual;Grade P;Specified without connector, and add an additional 0 2dB loss per connector.] | typical:55 dB |
| Peak Isolation [Single / Dual Stage:Dual;Grade A;Specified without connector, and add an additional 0 2dB loss per connector.] | typical:52 dB |
| Isolation, λc±10nm, 23℃, all polarization states [Single / Dual Stage:Single;Grade P;λc±10nm, 23℃, all polarization states;Specified without connector, and add an additional 0 2dB loss per connector.] | min:30 dB |
| Isolation, λc±10nm, 23℃, all polarization states [Single / Dual Stage:Single;Grade A;λc±10nm, 23℃, all polarization states;Specified without connector, and add an additional 0 2dB loss per connector.] | min:28 dB |
| Isolation, λc±10nm, 23℃, all polarization states [Single / Dual Stage:Dual;Grade P;λc±10nm, 23℃, all polarization states;Specified without connector, and add an additional 0 2dB loss per connector.] | min:43 dB |
| Isolation, λc±10nm, 23℃, all polarization states [Single / Dual Stage:Dual;Grade A;λc±10nm, 23℃, all polarization states;Specified without connector, and add an additional 0 2dB loss per connector.] | min:42 dB |
| Insertion Loss, λc 23℃, all polarization states [Single / Dual Stage:Single;Grade P;λc 23℃, all polarization states;Specified without connector, and add an additional 0 2dB loss per connector.] | typical:0.4 dB |
| Insertion Loss, λc 23℃, all polarization states [Single / Dual Stage:Single;Grade A / Single / Dual Stage:Dual;Grade P;λc 23℃, all polarization states;Specified without connector, and add an additional 0 2dB loss per connector.] | typical:0.5 dB |
| Insertion Loss, λc 23℃, all polarization states [Single / Dual Stage:Dual;Grade A;λc 23℃, all polarization states;Specified without connector, and add an additional 0 2dB loss per connector.] | typical:0.7 dB |
| Insertion Loss, λc ±20nm, all polarization states, all temperature [Single / Dual Stage:Single;Grade P;λc ±20nm, all polarization states, all temperature;Specified without connector, and add an additional 0 2dB loss per connector.] | max:0.5 dB |
| Insertion Loss, λc ±20nm, all polarization states, all temperature [Single / Dual Stage:Single;Grade A;λc ±20nm, all polarization states, all temperature;Specified without connector, and add an additional 0 2dB loss per connector.] | max:0.7 dB |
| Insertion Loss, λc ±20nm, all polarization states, all temperature [Single / Dual Stage:Dual;Grade P;λc ±20nm, all polarization states, all temperature;Specified without connector, and add an additional 0 2dB loss per connector.] | max:0.6 dB |
| Insertion Loss, λc ±20nm, all polarization states, all temperature [Single / Dual Stage:Dual;Grade A;λc ±20nm, all polarization states, all temperature;Specified without connector, and add an additional 0 2dB loss per connector.] | max:0.9 dB |
| Return Loss (I/O) [Single / Dual Stage:Single;Grade P / Single / Dual Stage:Single;Grade A / Single / Dual Stage:Dual;Grade P / Single / Dual Stage:Dual;Grade A;I/O;Specified without connector, and add an additional 0 2dB loss per connector.] | min:55/50 |
| PDL, 23℃ [Single / Dual Stage:Single;Grade P / Single / Dual Stage:Dual;Grade P;23℃;Specified without connector, and add an additional 0 2dB loss per connector.] | max:0.1 dB |
| PDL, 23℃ [Single / Dual Stage:Single;Grade A / Single / Dual Stage:Dual;Grade A;23℃;Specified without connector, and add an additional 0 2dB loss per connector.] | max:0.15 dB |
| PMD [Single / Dual Stage:Single;Grade P;Specified without connector, and add an additional 0 2dB loss per connector.] | max:0.2 ps |
| PMD [Single / Dual Stage:Single;Grade A;Specified without connector, and add an additional 0 2dB loss per connector.] | max:0.25 ps |
| PMD [Single / Dual Stage:Dual;Grade P;Specified without connector, and add an additional 0 2dB loss per connector.] | max:0.05 ps |
| PMD [Single / Dual Stage:Dual;Grade A;Specified without connector, and add an additional 0 2dB loss per connector.] | max:0.1 ps |
| Peak Power for ns Pulse [Single / Dual Stage:Single;Grade P / Single / Dual Stage:Single;Grade A / Single / Dual Stage:Dual;Grade P / Single / Dual Stage:Dual;Grade A;ns Pulse;Specified without connector, and add an additional 0 2dB loss per connector.] | max:10 KW |
| Tensile Load [Single / Dual Stage:Single;Grade P / Single / Dual Stage:Single;Grade A / Single / Dual Stage:Dual;Grade P / Single / Dual Stage:Dual;Grade A;Specified without connector, and add an additional 0 2dB loss per connector.] | max:5 N |
| Fiber Type [Single / Dual Stage:Single;Grade P / Single / Dual Stage:Single;Grade A / Single / Dual Stage:Dual;Grade P / Single / Dual Stage:Dual;Grade A;Specified without connector, and add an additional 0 2dB loss per connector.] | SMF-28e fiber |
| Operating Temperature Range [Single / Dual Stage:Single;Grade P / Single / Dual Stage:Single;Grade A / Single / Dual Stage:Dual;Grade P / Single / Dual Stage:Dual;Grade A;Specified without connector, and add an additional 0 2dB loss per connector.] | -5 to +70 °C |
| Storage Temperature Range [Single / Dual Stage:Single;Grade P / Single / Dual Stage:Single;Grade A / Single / Dual Stage:Dual;Grade P / Single / Dual Stage:Dual;Grade A;Specified without connector, and add an additional 0 2dB loss per connector.] | -40 to +85 °C |
| Package Dimension (L×Φ) [Single / Dual Stage:Single;Grade P / Single / Dual Stage:Single;Grade A / Single / Dual Stage:Dual;Grade P / Single / Dual Stage:Dual;Grade A;Specified without connector, and add an additional 0 2dB loss per connector.] | 5.5×36 250um bare fiber |
| Maximum photopower | 1W~10W |
Applications
Photocommunication systems. Test instrument EDFA.
Key Features
The ground is being inserted into the wear and tear, high isolation, no glue in the light, high loss, high reliability, and meets the RoHS 6/6 standard.
Datasheet
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Supplier Information
Founded in 2001, Guilin GLSUN Science and Tech Group Co., Ltd. is a professional semiconductor optical chip full-process service provider in China. The company focuses on the integration of optoelectronic technology and intelligent computing, continuously innovating in core fields such as optical chips, optical switches, and optical isolators, while building comprehensive capabilities covering epitaxy, chip manufacturing, packaging, and testing.
In the era of AI and big data, GLSUN is strategically focused on computing networks and data center applications, providing high-speed, low-power, and highly reliable optical interconnection solutions for general computing, supercomputing, and AI computing scenarios. Our core products include optical circuit switches OCS, MEMS optical switches, optical isolators and optical chips, while also advancing cutting-edge technologies such as WSS and thin-film lithium niobate chips.
With strong in-house R&D and large-scale manufacturing capabilities, GLSUN is accelerating its transformation from a traditional optical communications company into an intelligent photonics innovation platform, supporting the next generation of digital infrastructure and AI computing development.
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