1480nm Fiber Isolator + Polarization Beam Splitter / Combiner MCIPBS-1480-S-L-P15-P150-10-B-N
IPBS is a compact, high-performance hybrid fiber device. It couples two orthogonally polarized beams into an isolator for output through a single fiber, or separates a single input containing orthogonal linear polarizations into two fiber outputs after isolation. Integration reduces cost and improves reliability, making it suitable for size-sensitive fiber lasers and fiber amplifiers.
Specification Snapshot
Center wavelength [Temperature measurement ambient conditions: 25℃; Single-/two-stage : Single-stage / Single-/two-stage : Two-stage]
1480 nm
Directivity [Temperature measurement ambient conditions: 25℃; The above data exclude connectors ; Single-/two-stage : Single-stage / Single-/two-stage : Two-stage]
50 dB
Return loss [Temperature Measurement Environment at 25℃; The Above Data Exclude Connectors ; If Connectors Are Added ; Return Loss Reduced by 5dB; Single or Dual Stage : Single Stage / Single or Dual Stage : Dual Stage]
50 dB
Fiber type [Ports 1&2; The Fiber Slow Axis Is Aligned by Default with the Key; Single-/two-stage : Single-stage / Single-/two-stage : Two-stage]
Ports 1&2:PM1550
Fiber type [Ports 3; The Fiber Slow Axis Is Aligned by Default with the Key; Single-/two-stage : Single-stage / Single-/two-stage : Two-stage]
Ports 3:SMF-28e or PM1550
Operating temperature [Single-/two-stage : Single-stage / Single-/two-stage : Two-stage]
-5~+70 ℃
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Overview
IPBS is a compact, high-performance hybrid fiber device. It couples two orthogonally polarized beams into an isolator for output through a single fiber, or separates a single input containing orthogonal linear polarizations into two fiber outputs after isolation. Integration reduces cost and improves reliability, making it suitable for size-sensitive fiber lasers and fiber amplifiers.
Specifications
| Parameter | Value |
|---|---|
| Single-/two-stage [Single-/two-stage : Single-stage] | Single-stage |
| Single-/two-stage [Single-/two-stage : Two-stage] | Two-stage |
| Center wavelength [Temperature measurement ambient conditions: 25℃; Single-/two-stage : Single-stage / Single-/two-stage : Two-stage] | 1480 nm |
| Operating bandwidth [Temperature measurement ambient conditions: 25℃; Single-/two-stage : Single-stage / Single-/two-stage : Two-stage] | ±40 nm |
| Typical Insertion loss [Measurement Ambient Temperature 25℃; Typical ; The Above Data Exclude Connectors ; If Connectors Are Added ; Insertion Loss Increases by 0.3dB; Single/Dual Stage : Single-Stage] | 0.6 dB |
| Typical Insertion loss [Measurement Ambient Temperature 25℃; Typical ; The Above Data Exclude Connectors ; If Connectors Are Added ; Insertion Loss Increases by 0.3dB; Single/Dual Stage : Dual-Stage] | 0.7 dB |
| Max Loss [Measurement Ambient Temperature 25℃; Max ; The Above Data Exclude Connectors ; If Connectors Are Added ; Insertion Loss Increases by 0.3dB; Single/Dual Stage : Single-Stage] | 0.9 dB |
| Max Loss [Measurement Ambient Temperature 25℃; Max ; The Above Data Exclude Connectors ; If Connectors Are Added ; Insertion Loss Increases by 0.3dB; Single/Dual Stage : Dual-Stage] | 1.0 dB |
| Min Isolation [Temperature measurement ambient conditions: 25℃; Min ; The above data exclude connectors ; Single-/two-stage : Single-stage] | 42 dB |
| Min Isolation [Temperature measurement ambient conditions: 25℃; Min ; The above data exclude connectors ; Single-/two-stage : Two-stage] | 55 dB |
| Min Extinction ratio | 28 dB |
| Min Extinction ratio | 42 dB |
| Directivity [Temperature measurement ambient conditions: 25℃; The above data exclude connectors ; Single-/two-stage : Single-stage / Single-/two-stage : Two-stage] | 50 dB |
| Return loss [Temperature Measurement Environment at 25℃; The Above Data Exclude Connectors ; If Connectors Are Added ; Return Loss Reduced by 5dB; Single or Dual Stage : Single Stage / Single or Dual Stage : Dual Stage] | 50 dB |
| Power Handling CW [Temperature measurement ambient conditions: 25℃; CW; Single-/two-stage : Single-stage / Single-/two-stage : Two-stage] | 0.5, 1, 2, 3, 5, 10 mW |
| Fiber type [Ports 1&2; The Fiber Slow Axis Is Aligned by Default with the Key; Single-/two-stage : Single-stage / Single-/two-stage : Two-stage] | Ports 1&2:PM1550 |
| Fiber type [Ports 3; The Fiber Slow Axis Is Aligned by Default with the Key; Single-/two-stage : Single-stage / Single-/two-stage : Two-stage] | Ports 3:SMF-28e or PM1550 |
| Fiber length [Single-/two-stage : Single-stage / Single-/two-stage : Two-stage] | 1 or other |
| Connector Type [Single-/two-stage : Single-stage / Single-/two-stage : Two-stage] | FC/APC or other |
| Max Tensile force [Max ; Single-/two-stage : Single-stage / Single-/two-stage : Two-stage] | 5 N |
| Package dimensions [Single-/two-stage : Single-stage / Single-/two-stage : Two-stage] | Ф5.5× L35(<10W), 60x12x8(>10W) |
| Operating temperature [Single-/two-stage : Single-stage / Single-/two-stage : Two-stage] | -5~+70 ℃ |
| Storage temperature [Single-/two-stage : Single-stage / Single-/two-stage : Two-stage] | -40~+85 ℃ |
Applications
Fiber lasers; fiber amplifiers; coherent communications; fiber optic gyroscopes
Key Features
Low Insertion Loss ; High Extinction Ratio ; High Isolation ; High Stability and Reliability
Datasheet
Product Datasheet
PDF
Supplier Information
Shenzhen MCHLight Photoelectric Co., Ltd. was established in 2012, with its headquarters located in Guangming District, Shenzhen. It is a specialized and innovative small and medium-sized enterprise in Shenzhen, and has passed the ISO9001-2015 quality management system certification. After years of continuous R&D investment and focused development, MCHLight has become a comprehensive fiber optic product service provider in fields such as fiber lasers, LiDAR, fiber sensing, laser medical treatment, and laser communication.
The company currently has a fiber optic device R&D and production center and a laser R&D and production center. The fiber optic device R&D and production center is equipped with standard cleanrooms and can provide high-power fiber devices, polarization-maintaining fiber devices, and ultra-small fiber devices at various wavelengths. The laser R&D center develops and produces laser light sources at special wavelengths, fiber lasers, fiber amplifiers, and conducts technical research and reserves for new products. The R&D and production centers cooperate with scientific research institutions in multiple locations, enabling them to quickly and efficiently provide customers with devices, equipment, systems, and cost-effective solutions in related fields.
"Mingxin Tongde, Innovation and Pragmatism" is the purpose and philosophy of MCHLight. Over the years, with a high-quality management team and an innovative work philosophy, the company has persisted in R&D in specialized and customized product fields, overcome difficulties, and its products have been highly recognized by the industry and partners. With continuous investment in product R&D and solution design, and with strict control of product quality and the pursuit of excellence, MCHLight creates greater value for customers.
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