Nx1 105-125 to MMF 0.22
This N×1 multi-mode fiber combiner is designed for high power fiber laser application. It combines N pump lasers into one multi-mode output fiber. Fiber type can be customized.
Specification Snapshot
Storage Temperature [Parameters above are specified at room temperature.]
Min:-20 °C;Max:+70 °C
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Overview
This N×1 multi-mode fiber combiner is designed for high power fiber laser application. It combines N pump lasers into one multi-mode output fiber. Fiber type can be customized.
Specifications
| Parameter | Value |
|---|---|
| Pump Operating Wavelength [Parameters above are specified at room temperature.] | Min:800 nm;Max:1000 nm |
| Pump Fiber - Core Diameter [Refer to fiber codes.; Parameters above are specified at room temperature.] | Typ:105 µm |
| Pump Fiber - Cladding Diameter [Refer to fiber codes.; Parameters above are specified at room temperature.] | Typ:125 µm |
| Pump Fiber - Numerical Aperture [Refer to fiber codes.; Parameters above are specified at room temperature.] | 0.15 or 0.22 |
| Output Fiber [Configuration (Nx1): 3x1; Parameters above are specified at room temperature.] | 200/220 0.22NA |
| Pump Efficiency [Configuration (Nx1): 3x1; Output Fiber: 200/220 0.22NA; Parameters above are specified at room temperature.] | >93 (Typ. 95) |
| Power Handling [Configuration (Nx1): 3x1; Output Fiber: 200/220 0.22NA; Each port; Parameters above are specified at room temperature.] | 100 W |
| Output Fiber [Configuration (Nx1): 7x1; Parameters above are specified at room temperature.] | 200/220 0.22NA |
| Pump Efficiency [Configuration (Nx1): 7x1; Output Fiber: 200/220 0.22NA; Parameters above are specified at room temperature.] | >90 (Typ. 92) |
| Power Handling [Configuration (Nx1): 7x1; Output Fiber: 200/220 0.22NA; Each port; Parameters above are specified at room temperature.] | 50 W |
| Output Fiber [Configuration (Nx1): 3x1; Parameters above are specified at room temperature.] | 220/240 0.22NA |
| Pump Efficiency [Configuration (Nx1): 3x1; Output Fiber: 220/240 0.22NA; Parameters above are specified at room temperature.] | >94 (Typ. 96) |
| Power Handling [Configuration (Nx1): 3x1; Output Fiber: 220/240 0.22NA; Each port; Parameters above are specified at room temperature.] | 150 W |
| Output Fiber [Configuration (Nx1): 7x1; Parameters above are specified at room temperature.] | 220/240 0.22NA |
| Pump Efficiency [Configuration (Nx1): 7x1; Output Fiber: 220/240 0.22NA; Parameters above are specified at room temperature.] | >93 (Typ. 95) |
| Power Handling [Configuration (Nx1): 7x1; Output Fiber: 220/240 0.22NA; Each port; Parameters above are specified at room temperature.] | 100 W |
| Output Fiber [Configuration (Nx1): 7x1; Parameters above are specified at room temperature.] | 400/480 0.22NA |
| Pump Efficiency [Configuration (Nx1): 7x1; Output Fiber: 400/480 0.22NA; Parameters above are specified at room temperature.] | >94 (Typ. 96) |
| Power Handling [Configuration (Nx1): 7x1; Output Fiber: 400/480 0.22NA; Each port; Parameters above are specified at room temperature.] | 150 W |
| Output Fiber [Configuration (Nx1): 10x1; Parameters above are specified at room temperature.] | 400/480 0.22NA |
| Pump Efficiency [Configuration (Nx1): 10x1; Output Fiber: 400/480 0.22NA; Parameters above are specified at room temperature.] | >93 (Typ. 95) |
| Power Handling [Configuration (Nx1): 10x1; Output Fiber: 400/480 0.22NA; Each port; Parameters above are specified at room temperature.] | 100 W |
| Output Fiber [Configuration (Nx1): 19x1; Parameters above are specified at room temperature.] | 600/660 0.22NA |
| Pump Efficiency [Configuration (Nx1): 19x1; Output Fiber: 600/660 0.22NA; Parameters above are specified at room temperature.] | >94 (Typ. 95) |
| Power Handling [Configuration (Nx1): 19x1; Output Fiber: 600/660 0.22NA; Each port; Parameters above are specified at room temperature.] | 100 W |
| Output Fiber [Configuration (Nx1): 37x1; Parameters above are specified at room temperature.] | 800/880 0.22NA |
| Pump Efficiency [Configuration (Nx1): 37x1; Output Fiber: 800/880 0.22NA; Parameters above are specified at room temperature.] | >94 (Typ. 95) |
| Power Handling [Configuration (Nx1): 37x1; Output Fiber: 800/880 0.22NA; Each port; Parameters above are specified at room temperature.] | 100 W |
| Fiber Length [Each port; Parameters above are specified at room temperature.] | Min:1.0 m |
| Operating Environment Temperature [Parameters above are specified at room temperature.] | Min:-5 °C;Max:+70 °C |
| Operating Humidity [Not recommend in high humidity for long time.; Parameters above are specified at room temperature.] | Min:5 %RH;Max:95 %RH |
| Storage Temperature [Parameters above are specified at room temperature.] | Min:-20 °C;Max:+70 °C |
| Package [Handling power is different with PKG; Parameters above are specified at room temperature.] | C4, C7, H2, H10 |
| Mechanical Dimension [Package: C4] | 70 mm × 12 mm × 8 mm |
| Total Pump Power Handling [Package: C4] | ≤300W |
| Mechanical Dimension [Package: C7] | 100 mm × 15 mm × 10 mm |
| Total Pump Power Handling [Package: C7] | ≤2400W |
| Mechanical Dimension [Package: H2] | 150 mm × 15 mm × 10 mm |
| Total Pump Power Handling [Package: H2] | ≤4200W |
| Mechanical Dimension [Package: H10] | 150 mm × 30 mm × 20 mm |
| Total Pump Power Handling [Package: H10] | ≤6000W |
Key Features
High Pump Efficiency;Wavelength Insensitive;Custom Configurations Available
Datasheet
Product Datasheet
PDF
Supplier Information
Shenzhen LightComm Technology Co., Ltd., founded in 2001 by Dr. Yue Chaoyu, an optical fiber expert from Tsinghua University, is engaged in the R&D, production and sales of optoelectronic devices and equipment. It maintains leading advantages in key technologies of optical devices, with world-leading capacity in optical couplers and high-power fiber combiners, having replaced imports. Products and R&D cover fiber transmission fields, and the company is recognized as a national high-tech enterprise and a specialized 'Little Giant' enterprise. It has relocated to a high-tech park with over 8000 m² area. The company holds numerous patents and has participated in major national projects.
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