High Power (6+1)×1 Pump and Signal Combiner (HPPC Series

Specifications

Splitting Ratio: Other
Central Wavelength: 915 nm
Power Handling: > 100W
Return Loss: 50 dB
Product Type: (6+1)×1
Pump Wavelength Range: 915 - 980 nm
Signal Wavelength Range: 1030-1080 nm
Fiber Type For Input (Pump Channel): Nufern 220/242 (0.22 NA)
Fiber Type For Input (Signal Channel): Nufern LMA-GDF-20/400-M, 0.06/0.46 NA
Fiber Type For Output: Nufern LMA-GDF-20/400-M, 0.06/0.46 NA
Max. Input Pump Power: 6 × 200 W
Max. Signal Channel Insertion Loss: 0.5 dB
Typ. Pump Efficiency: 99 %
Min. Pump Efficiency: 97 %
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Features


  • High Power Handling: Capable of combining up to 6 multimode pump diodes and a signal laser into a single fiber output, facilitating efficient power transfer up to 1 kW

  • High Coupling Efficiency: Utilizes proprietary fiber tapering techniques to optimize light coupling and minimize losses, ensuring maximum output performance

  • Versatile Fiber Compatibility: Supports Nufern LMA-GDF-20/400-M and other specified fiber types with varying numerical apertures (NA), offering flexibility to match specific application requirements

  • Custom Configurations: Available with tailored configurations to accommodate unique operational needs, providing enhanced versatility in optical integration projects

  • Robust Design: Engineered for reliability in demanding environments, suitable for kW-class fiber laser systems, high-power EDFA (Erbium-Doped Fiber Amplifier) setups, and CATV (Cable Television) amplification applications

Applications


  • Kilowatt-Class Fiber Lasers: Ideal for high-power fiber laser systems used in industrial cutting, welding, and material processing applications

  • High Power Fiber Amplifiers: Essential component for amplifying optical signals in telecommunications, aerospace, and research sectors

  • CATV Amplification: Supports broadband distribution and amplification in cable television networks, ensuring reliable signal transmission over long distances

  • Optical Research and Development: Facilitates advanced optical experiments and prototypes in photonics laboratories, universities, and research institutions