(1+1)×1 Multimode Pump and Signal Combiner (MMPC Series)

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Specifications

Splitting Ratio: Other
Central Wavelength: 1550 nm
Power Handling: > 10W
Return Loss: 50 dB
Product Type: (1+1)×1
Pump Wavelength Range: 900 - 1000 nm
Signal Wavelength Range: 1550 nm
Fiber Type For Input (Pump Channel): 105/125 (0.15 NA or 0.22 NA)
Fiber Type For Input (Signal Channel): 6/125 DCF, 10/125 DCF
Fiber Type For Output: 6/125 DCF, 10/125 DCF
Signal Channel Insertion Loss: < 0.50 dB
Typ. Pump Efficiency: 94 %
Min. Pump Efficiency: 92 %
Max. Input Pump Power: 1 × 10 or 1 × 30 W
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Features


  • High Power Transfer Efficiency: Ensures optimal performance by minimizing power loss, crucial for high-demand optical applications

  • Wavelength Insensitivity: Operates effectively across a broad wavelength range, enhancing versatility and applicability in various systems

  • Advanced Pulling and Packaging Techniques: Employs sophisticated manufacturing processes to ensure durability and consistent high performance

  • Custom Configurations Available: Offers flexibility to tailor the combiner to specific application needs, providing bespoke solutions for diverse requirements

  • High Power Capability: Capable of handling high power inputs, making it suitable for powerful fiber laser systems and EDFAs

  • Low Signal Channel Insertion Loss: Maintains low insertion loss (<0.50 dB) to ensure efficient signal transmission

  • Superior Pump Efficiency: Typical pump efficiency of 92%, ensuring effective power utilization

  • Wide Operating Temperature Range: Designed to operate reliably within a temperature range of -40 to +85°C, suitable for various environmental conditions

  • Compact Package Dimensions: Available in compact package sizes (P1 and P2) for easy integration into existing systems

Applications


  • High Power Fiber Laser Systems: Enhances the efficiency and output power of high-power fiber lasers, crucial for industrial and medical applications

  • Pump Combiner with Signal Transfer: Combines pump and signal paths in a single device, simplifying system design and improving performance

  • High Power EDFA (Erbium-Doped Fiber Amplifier): Amplifies optical signals with high efficiency, essential for long-distance optical communication

  • CATV Amplifiers: Improves signal quality and power in cable TV systems, ensuring high-quality transmission

  • Optical Network Systems: Supports high power optical networks by providing efficient power and signal combining

  • Industrial Laser Applications: Suitable for various industrial laser processes that require high power and precise control

  • Scientific Research: Used in experimental setups requiring high power and stable optical signals