High Power 19 × 1 Pump Combiner (HPPC Series)

Specifications

Splitting Ratio: Other
Central Wavelength: 915 nm
Power Handling: > 10W
Return Loss: 50 dB
Product Type: 19×1
Wavelength Range: 915 - 980 nm
Fiber Type For Input: 105/125 (0.15 or 0.22 NA)
Fiber Type For Output: Nufern LMA-GDF-20/400-M, 0.06/0.46 NA
Max. Input Pump Power: 19 × 60 W
Typ. Pump Efficiency: 99 %
Min. Pump Efficiency: 97 %
Package Dimensions: 100 (L) × 15 (W) × 10 (H) mm
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Features


  • High Power Handling: Capable of combining the output power of up to 19 multimode laser diodes into a single fiber, handling more than 1kW of combined power

  • High Coupling Efficiency: Utilizes proprietary fiber tapering techniques to ensure efficient coupling of pump diodes into the output fiber, minimizing power losses

  • Wide Wavelength Range: Supports pump wavelengths ranging from 915nm to 980nm, accommodating various laser diode configurations

  • Robust Design: Engineered for durability and reliability in high-power applications, featuring a compact package with dimensions of 100mm (L) × 15mm (W) × 10mm (H)

  • Custom Configurations: Available with options for different fiber types (e.g., 105/125 with 0.15 or 0.22 NA), allowing flexibility in system integration

  • Active Cooling Recommended: Designed to operate optimally with active cooling systems, ensuring stable performance across a wide temperature range (-5°C to +65°C)

Applications


  • High Power Fiber Lasers: Essential component for boosting power output in kW-class fiber laser systems used in industrial cutting, welding, and marking applications

  • Fiber Amplifiers: Enhances the output power and efficiency of fiber amplifiers used in telecommunications, data transmission, and fiber optic sensing

  • Telecommunications: Enables efficient signal amplification and transmission in high-speed data networks, improving network reliability and performance

  • Industrial Laser Systems: Integrates seamlessly into industrial laser systems for materials processing, providing high-power beams with precise control

  • Research and Development: Supports advanced research in photonics and optics, facilitating experiments requiring high-power optical combining with minimal losses