1.5um(6+1)x1 Pump & Polarization-Maintaining Signal Combiner MCPMPSC-61-F-1550-976/25-105/125/22-P12/130/20D-P25/300/09D-10-3
The (6+1)x1 multimode pump and PM signal combiner is designed for high-power PM fiber lasers and amplifiers. It combines six multimode pump channels and one PM signal channel into one double-clad fiber. The signal travels in the core and pump light in the cladding. High pump efficiency and extinction ratio, low insertion loss, power handling up to 300W per arm, and stable, reliable performance are provided.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| Structure Type | （6+1）x1 |
| Signal wavelength range [Temperature measurement ambient conditions: 25℃] | 1530-1575 nm |
| Pump wavelength range [Temperature measurement ambient conditions: 25℃] | 780-1000 nm |
| Pump Fiber type | 105/125um NA0.22 |
| Signal input Fiber type | PM12/130um,NA0.20/0.46 |
| Output Fiber Type | PM25/300um,NA0.09/0.46 |
| Signal Insertion loss （ Max ） [Temperature measurement ambient conditions: 25℃; Max] | 0.7 dB |
| Pump Efficiency （ Min ） [Temperature measurement ambient conditions: 25℃; Min] | 95 % |
| Extinction ratio [Temperature measurement ambient conditions: 25℃] | 18 dB |
| Single-Arm Input Power [Temperature measurement ambient conditions: 25℃] | 100 W |
| M² [Temperature measurement ambient conditions: 25℃] | ＜1.3 |
| Isolation [Temperature measurement ambient conditions: 25℃] | 20 dB |
| Fiber length | 0.8 or other |
| Package dimensions [Package dimensions differ with power; contact us to confirm specifications.] | P2:65x12x7，P3:80x12x8，P4:100x15x10 |
| Operating temperature | 0~+75 ℃ |
| Storage temperature | -40~+85 ℃ |
| max [Measurement Ambient Temperature 25℃; max; Type: (6+1)x1; Signal Wavelength (nm): 1530-1575; Pump Fiber: 105/125 0.22; Input Signal Fiber: PM1550; Output Fiber: PM-GDF-1550] | 0.7dB |
| min [Measurement Ambient Temperature 25℃; min; Type: (6+1)x1; Signal Wavelength (nm): 1530-1575; Pump Fiber: 105/125 0.22; Input Signal Fiber: PM1550; Output Fiber: PM-GDF-1550] | 18dB |
| min [Measurement Ambient Temperature 25℃; min; Type: (6+1)x1; Signal Wavelength (nm): 1530-1575; Pump Fiber: 105/125 0.22; Input Signal Fiber: PM1550; Output Fiber: PM-GDF-1550] | 90% |
| max [Measurement Ambient Temperature 25℃; max; Type: (6+1)x1; Signal Wavelength (nm): 1530-1575; Pump Fiber: 105/125 0.22; Input Signal Fiber: PM1550; Output Fiber: PM-GDF-1550] | 25W |
| max [Measurement Ambient Temperature 25℃; max; Type: (6+1)x1; Signal Wavelength (nm): 1530-1575; Pump Fiber: 105/125 0.22; Input Signal Fiber: PM-GDF-1550; Output Fiber: PM-GDF-1550] | 0.7dB |
| min [Measurement Ambient Temperature 25℃; min; Type: (6+1)x1; Signal Wavelength (nm): 1530-1575; Pump Fiber: 105/125 0.22; Input Signal Fiber: PM-GDF-1550; Output Fiber: PM-GDF-1550] | 18dB |
| min [Measurement Ambient Temperature 25℃; min; Type: (6+1)x1; Signal Wavelength (nm): 1530-1575; Pump Fiber: 105/125 0.22; Input Signal Fiber: PM-GDF-1550; Output Fiber: PM-GDF-1550] | 90% |
| max [Measurement Ambient Temperature 25℃; max; Type: (6+1)x1; Signal Wavelength (nm): 1530-1575; Pump Fiber: 105/125 0.22; Input Signal Fiber: PM-GDF-1550; Output Fiber: PM-GDF-1550] | 25W |
| max [Measurement Ambient Temperature 25℃; max; Type: (6+1)x1; Signal Wavelength (nm): 1530-1575; Pump Fiber: 105/125 0.22; Input Signal Fiber: PM12/130um,NA0.20/0.46; Output Fiber: PM12/130um,NA0.20/0.46] | 0.7dB |
| min [Measurement Ambient Temperature 25℃; min; Type: (6+1)x1; Signal Wavelength (nm): 1530-1575; Pump Fiber: 105/125 0.22; Input Signal Fiber: PM12/130um,NA0.20/0.46; Output Fiber: PM12/130um,NA0.20/0.46] | 18dB |
| min [Measurement Ambient Temperature 25℃; min; Type: (6+1)x1; Signal Wavelength (nm): 1530-1575; Pump Fiber: 105/125 0.22; Input Signal Fiber: PM12/130um,NA0.20/0.46; Output Fiber: PM12/130um,NA0.20/0.46] | 90% |
| max [Measurement Ambient Temperature 25℃; max; Type: (6+1)x1; Signal Wavelength (nm): 1530-1575; Pump Fiber: 105/125 0.22; Input Signal Fiber: PM12/130um,NA0.20/0.46; Output Fiber: PM12/130um,NA0.20/0.46] | 50W |
| max [Measurement Ambient Temperature 25℃; max; Type: (6+1)x1; Signal Wavelength (nm): 1530-1575; Pump Fiber: 105/125 0.22; Input Signal Fiber: PM12/130um,NA0.20/0.46; Output Fiber: PM25/300um,NA0.09/0.46] | 0.7dB |
| min [Measurement Ambient Temperature 25℃; min; Type: (6+1)x1; Signal Wavelength (nm): 1530-1575; Pump Fiber: 105/125 0.22; Input Signal Fiber: PM12/130um,NA0.20/0.46; Output Fiber: PM25/300um,NA0.09/0.46] | 16dB |
| min [Measurement Ambient Temperature 25℃; min; Type: (6+1)x1; Signal Wavelength (nm): 1530-1575; Pump Fiber: 105/125 0.22; Input Signal Fiber: PM12/130um,NA0.20/0.46; Output Fiber: PM25/300um,NA0.09/0.46] | 95% |
| max [Measurement Ambient Temperature 25℃; max; Type: (6+1)x1; Signal Wavelength (nm): 1530-1575; Pump Fiber: 105/125 0.22; Input Signal Fiber: PM12/130um,NA0.20/0.46; Output Fiber: PM25/300um,NA0.09/0.46] | 100W |
| Package dimensions [Package dimensions : P2] | 65 mm × 12 mm × 7 mm |
| Package dimensions [Package dimensions : P3] | 80 mm × 12 mm × 8 mm |
| Package dimensions [Package dimensions : P4] | 100 mm × 15 mm × 10 mm |
Applications
Key Features
Datasheet
Supplier Information
Related Products
-
2x1 105 0.15 105 0.22
Fiber Combiners
Lightcomm
Pump Operating Wavelength [Parameters above are specified at room temperature.]: Min:800 nm；Typ:915 nm；Max:1000 nm Pump Fiber-Core Diameter [Parameters above are specified at room temperature. Refer to fiber codes]: 105 μm Pump Fiber-Cladding Diameter [Parameters above are specified at room temperature. Refer to fiber codes]: 125 μm
This 2×1 multi-mode fiber combiner is designed for high power fiber laser application. It combines two pump lasers into one multi-mode output fiber. Fiber type can be customized.
-
Fused Polarization Combiner
Fiber Combiners
Lightcomm
Port type [The specifications are without connectors.]: 2 X 1 Fiber type [The specifications are without connectors.]: PM panda fiber Pigtail type [The specifications are without connectors.]: 250um bare fiber
LightComm uses unique fusing technique and polarization maintaining fiber to build the fused polarization combiner. The wavelength could be selected according to customer’s request. It features low excess loss, small size and high power handling. Fused Polarization Cominer is widely used for EDFA,
-
Mode Field Adaptor (MFA) - Backward version
Fiber Combiners
Lightcomm
Signal Input Fiber [Backward version;Signal Output Fiber:HI1060 or6/125 DCF,0.14NA]: 10/125 DCF or SCF,0.08NA Signal Output Fiber [Backward version;Signal Input Fiber:10/125 DCF or SCF,0.08NA]: HI1060 or6/125 DCF,0.14NA Signal Insertion Loss [Backward version;Signal Input Fiber:10/125 DCF or SCF,0.08NA;Signal Output Fiber:HI1060 or6/125 DCF,0.14NA;The signal loss means the fundamental mode signal loss. High order modes are forbidden.]: =<0.5 dB
This1×1 Mode Field Adaptor is designed for high power fiber laser application. It connects two different fibers with different NA and core diameter,as well as cladding,to keep mode field diameter matched with low fundamental mode signal loss and minimal degradation of beam quality (M²). Fiber types can be customized.
-
Mode Field Adaptor (MFA) - Forward version
Fiber Combiners
Lightcomm
Signal Input Fiber [Forward version;Signal Output Fiber:10/125 DCF or SCF,0.08NA]: HI1060 or6/125 DCF,0.14NA Signal Output Fiber [Forward version;Signal Input Fiber:HI1060 or6/125 DCF,0.14NA]: 10/125 DCF or SCF,0.08NA Signal Insertion Loss [Forward version;Signal Input Fiber:HI1060 or6/125 DCF,0.14NA;Signal Output Fiber:10/125 DCF or SCF,0.08NA;The signal loss means the fundamental mode signal loss.]: =<0.3 dB
This1×1 Mode Field Adaptor is designed for high power fiber laser application. It connects two different fibers with different NA and core diameter,as well as cladding,to keep mode field diameter matched with low fundamental mode signal loss and minimal degradation of beam quality (M²). Fiber types can be customized.
-
Fiber Combiner
Fiber Combiners
Bogaolaser
Fiber type [Broadband Fiber Combiner]: Single-mode 、 Single-mode Polarization-maintaining 、 Multimode Optical fiber Fiber type [Fiber Combiner]: Single-mode Optical fiber Fiber type [Fiber Combiner]: Multimode Optical fiber
Fiber combiners combine multiple energy inputs into a single fiber output. Our combiners can use different fibers to suit actual requirements.
Related Articles
Fomoptic delivers integrated one‑stop optical solutions covering precision optical fabrication and custom vacuum coating services. Supported by complete processing production lines, comprehensive metrology equipment and experienced engineering team, we provide full‑chain customized components, ranging from blank shaping, ultra‑precision polishing to thin‑film coating, for laser systems, infrared imaging, industrial optics and scientific‑research projects.
Fiber lasers and fiber amplification systems require excitation sources with stable wavelength, narrow spectral linewidth and consistent output power.
For pulsed laser and full-spectrum optical testing, photodiodes and thermopiles have inherent drawbacks. Photodiodes show weak response in infrared band, while thermopiles feature slow response and cannot capture nanosecond narrow pulses.
As a professional ultraviolet‑laser solution provider, Precilasers has launched its 266 nm narrow‑linewidth industrial laser, delivering reliable single‑frequency output for high‑precision interference lithography, semiconductor inspection and precision metrology applications.
Loading...
Name
Phone
Organization
Use Case
Database Platform