(HSP) (N+1)x1 Forward Pump Combiner
The central fiber in the JUHERE® (N+1)x1 fiber combiner (HSP) is the signal fiber. During fabrication, N multimode fibers must be arranged tightly and symmetrically around this central fiber, which serves as the signal-light input.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| Signal light Wavelength [Other Wavelength Custom] | min:1000 nm；typical:1060 nm；max:1100 nm |
| Pump Wavelength | min:800 nm；typical:915 nm；max:1000 nm |
| Polarization [Polarization-maintaining Custom] | Random |
| Operating mode | Continuous |
| Fiber length [Default] | typical:1.5 m |
| Ambient Temperature | min:0 ℃；max:+70 ℃ |
| Storage temperature | min:-40 ℃；max:+85 ℃ |
| Cooling method | Non-Water-Cooled |
| Pump Power [Structure: (2+1)x1 (6+1)x1 (9+1)x1 (12+1)x1; Pump Fiber: 105/125 106.5/125 135/155; Signal Fiber: X/125 DCF X/250 DCF; Output Fiber: X/250 DCF X/400 DCF X/600 DCF 34/460/530] | 300W/leg |
| Pump Efficiency [Structure: (2+1)x1 (6+1)x1 (9+1)x1 (12+1)x1; Pump Fiber: 105/125 106.5/125 135/155; Signal Fiber: X/125 DCF X/250 DCF; Output Fiber: X/250 DCF X/400 DCF X/600 DCF 34/460/530] | 97% |
| Signal insertion loss [Structure : (2+1)x1 (6+1)x1 (9+1)x1 (12+1)x1; Pump Fiber : 105/125 106.5/125 135/155; Signal Fiber : X/125 DCF X/250 DCF; Output Fiber : X/250 DCF X/400 DCF X/600 DCF 34/460/530; Red Aiming Beam] | <2dB |
| Signal insertion loss [Configuration: (2+1)x1 (6+1)x1 (9+1)x1 (12+1)x1; pump fiber: 105/125 106.5/125 135/155; signal fiber: X/125 DCF X/250 DCF; output fiber: X/250 DCF X/400 DCF X/600 DCF 34/460/530; seed-light amplification] | <0.2dB |
| Pump Power [Structure: (2+1)x1 (6+1)x1 (9+1)x1 (12+1)x1; Pump Fiber: 200/220 220/242 225/240; Signal Fiber: X/250 DCF X/400 DCF; Output Fiber: X/400 DCF X/600 DCF 34/460/530] | 800W/leg |
| Pump Efficiency [Structure: (2+1)x1 (6+1)x1 (9+1)x1 (12+1)x1; Pump Fiber: 200/220 220/242 225/240; Signal Fiber: X/250 DCF X/400 DCF; Output Fiber: X/400 DCF X/600 DCF 34/460/530] | 97% |
| Signal insertion loss [Structure : (2+1)x1 (6+1)x1 (9+1)x1 (12+1)x1; Pump Fiber : 200/220 220/242 225/240; Signal Fiber : X/250 DCF X/400 DCF; Output Fiber : X/400 DCF X/600 DCF 34/460/530; Red Aiming Beam] | <2dB |
| Signal insertion loss [Configuration: (2+1)x1 (6+1)x1 (9+1)x1 (12+1)x1; pump fiber: 200/220 220/242 225/240; signal fiber: X/250 DCF X/400 DCF; output fiber: X/400 DCF X/600 DCF 34/460/530; seed-light amplification] | <0.2dB |
| Pump Power [Structure: (18+1)x1; Pump Fiber: 105/125 106.5/125; Signal Fiber: X/125 DCF; Output Fiber: X/250 DCF X/400 DCF X/600 DCF 34/460/530] | 200W/leg |
| Pump Efficiency [Structure: (18+1)x1; Pump Fiber: 105/125 106.5/125; Signal Fiber: X/125 DCF; Output Fiber: X/250 DCF X/400 DCF X/600 DCF 34/460/530] | 96% |
| Signal insertion loss [Structure : (18+1)x1; Pump Fiber : 105/125 106.5/125; Signal Fiber : X/125 DCF; Output Fiber : X/250 DCF X/400 DCF X/600 DCF 34/460/530; Red Aiming Beam] | <2dB |
| Signal insertion loss [Configuration: (18+1)x1; pump fiber: 105/125 106.5/125; signal fiber: X/125 DCF; output fiber: X/250 DCF X/400 DCF X/600 DCF 34/460/530; seed-light amplification] | <0.2dB |
| Pump Power [Structure: (18+1)x1; Pump Fiber: 135/155; Signal Fiber: X/125 DCF X/155 DCF X/250 DCF; Output Fiber: X/400 DCF X/600 DCF 34/460/530] | 250W/leg |
| Pump Efficiency [Structure: (18+1)x1; Pump Fiber: 135/155; Signal Fiber: X/125 DCF X/155 DCF X/250 DCF; Output Fiber: X/400 DCF X/600 DCF 34/460/530] | 96% |
| Signal insertion loss [Structure : (18+1)x1; Pump Fiber : 135/155; Signal Fiber : X/125 DCF X/155 DCF X/250 DCF; Output Fiber : X/400 DCF X/600 DCF 34/460/530; Red Aiming Beam] | <2dB |
| Signal insertion loss [Configuration: (18+1)x1; pump fiber: 135/155; signal fiber: X/125 DCF X/155 DCF X/250 DCF; output fiber: X/400 DCF X/600 DCF 34/460/530; seed-light amplification] | <0.2dB |
| Mechanical Dimensions -B [Non-Water-Cooled] | 150 mm × 15 mm × 12 mm |
| Mechanical Dimensions -H [Non-Water-Cooled] | 185 mm × 15 mm × 11 mm |
Datasheet
Supplier Information
Related Products
-
2x1 Pump Combiner MCMPC-2-915/50-105/125/0.22-10/125DC-08-2
Pump Combiners
Mchlight
Structure Type: 2x1 Pump wavelength range [Temperature measurement ambient conditions: 25℃]: 780-1000nm Input Fiber type: 105/125um（NA0.15 or NA0.22）
The 2x1 multimode pump combiner is designed for high-power applications, combining two pump channels into one fiber. The output can be a power-delivery fiber used solely for combining energy, or an LMA double-clad fiber used with active fibers, FBGs and other components to form various fiber amplifiers. It offers high pump absorption efficiency, low insertion loss, power handling up to 300W per arm, and stable, reliable performance.
-
3x1 Pump Combiner MCMPC-3-915/25-105/125/0.22-10/125DC-08-2
Pump Combiners
Mchlight
Structure Type: 3x1 Pump wavelength range [Temperature measurement ambient conditions: 25℃]: 780-1000nm Input Fiber type: 105/125um（NA0.15 or NA0.22）
The 3x1 multimode pump combiner is designed for high-power applications, combining three pump channels into one fiber. The output can be a power-delivery fiber used solely for combining energy, or an LMA double-clad fiber used with active fibers, FBGs and other components to form various fiber amplifiers. It offers high pump absorption efficiency, low insertion loss, power handling up to 50W per arm, and stable, reliable performance.
-
4x1 Pump Combiner MCMPC-4-915/50-105/125/0.22-20/400DC -08-3
Pump Combiners
Mchlight
Structure Type: 4x1 Pump wavelength range [Temperature measurement ambient conditions: 25℃]: 780-1000nm Input Fiber type: 105/125um（NA0.15 or NA0.22）
The 4x1 multimode pump combiner is designed for high-power applications, combining four pump channels into one fiber. The output can be a power-delivery fiber used solely for combining energy, or an LMA double-clad fiber used with active fibers, FBGs and other components to form various fiber amplifiers. It offers high pump absorption efficiency, low insertion loss, power handling up to 50W per arm, and stable, reliable performance.
-
7X1 Pump Combiner MCMPC-7-915/50-105/125/0.22-20/400DC-08-3
Pump Combiners
Mchlight
Structure Type: 7x1 Pump wavelength range [Temperature measurement ambient conditions: 25℃]: 780-1000nm Input Fiber type: 105/125um（NA0.12 or NA0.22）
The 7x1 multimode pump combiner is designed for high-power applications, combining seven pump channels into one fiber. The output can be a power-delivery fiber used solely for combining energy, or an LMA double-clad fiber used with active fibers, FBGs and other components to form various fiber amplifiers. It offers high pump absorption efficiency, low insertion loss, power handling up to 50W per arm, and stable, reliable performance.
-
808nm Multimode Pump Protector MCMPLP-808-1064-10-105-10-B-N
Pump Combiners
Mchlight
Pump Laser Center wavelength [Temperature measurement ambient conditions: 25℃]: 793/808 nm Operating wavelength Bandwidth [Temperature measurement ambient conditions: 25℃]: ±15 nm Signal wavelength range [Temperature measurement ambient conditions: 25℃]: 1020-1120 nm
Pump protectors prevent damage to pump lasers from back-reflected ASE light. We offer pump protectors with different power ratings across the 800-2000nm wavelength range.
Related Articles
Shandong Huaguang Optoelectronics Co., Ltd. (HAUCORE) is a leading high-tech manufacturer of compound semiconductor optoelectronic devices, founded in 1999 and headquartered in Jinan, China, with two R&D and production bases in Jinan and Weifang.
As a vital emerging sector of modern three-dimensional spatial economy, the low-altitude economy has become a new global growth driver. It covers a wide range of commercial scenarios, including UAV navigation and obstacle avoidance, precise airspace management, aerial mapping, low-altitude logistics distribution, security monitoring and emergency disaster rescue. Nevertheless, frequent extreme weather, complex terrain obstacles and increasingly dense low-altitude flight activities pose severe challenges to the safety and stability of low-altitude aircraft operations.
Fluoride crystal glass and K9 optical glass are two core optical substrates widely used in precision optical systems, laser equipment and photoelectric scientific research.
An infrared transmitter (IR transmitter) is a basic electronic component that sends invisible infrared light signals for short-range wireless control. It is widely used in daily electronics, smart home devices, and industrial equipment due to its low cost, low power consumption, and stable performance.
Loading...
Name
Phone
Organization
Use Case
Database Platform