AEDFA Series Optical Amplifiers for Communication and Laboratory Use

Specifications

Amplifier Type: EDFA - Erbium-Doped Fiber Amplifier
Wavelength Range: 1530 – 1563 nm
Nominal Gain: 30 dB
Output Fiber Type: Other (see Data Sheet)
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Features


  • Turnkey Device: Ready-to-use solution for seamless integration.

  • RS232/Ethernet Computer Interface: Enables easy control, diagnostic functions, and data acquisition.

  • High Output Power: Delivers powerful performance for demanding applications.

  • High Gain: Provides significant amplification for input signals.

  • Low Noise Figure: Ensures minimal signal distortion and high-quality output.

  • Long Operating Life: Built for durability and long-term use.

  • Compact Design: Available in benchtop and 19” rackmount units for versatile installation.

  • User-Friendly Interface: Features an LCD monitor display, key switch, and power control knob for easy operation.

  • Wide Temperature Range: Operates efficiently between 0 to 40°C, with storage capabilities from -10 to 70°C.

  • ISO 9001 Certified: Manufactured under a certified quality management system ensuring high standards.

  • Safety Controls: Includes a key-lock switch and BNC interlock key for secure operation.

  • Remote Control Port: Offers DB-9 female (RS232) and optional RJ-45 (TCPIP/Ethernet) connectivity.

  • Protection Features: Includes pump laser (TEC) overheat protection to maintain device integrity.

  • Optical Fiber Compatibility: Designed for use with SMF-28 optical fiber.

  • Wide Operation Wavelength: Supports 1530nm to 1563nm for various applications.

  • Input/Output Isolation: Greater than 30dB to prevent signal interference.

  • Polarization Dependent Gain: Typical 0.3dB, maximum 0.5dB for stable performance.

  • Polarization Mode Dispersion: Less than 0.3ps to ensure signal integrity.

Applications


  • SONET/SDH Systems: Enhances network reach and performance in telecommunications infrastructure.

  • Optical Communication: Boosts signal levels for reliable transmission in fiber optic links.

  • Pre-Amp, Booster, and In-Line Emulation: Ideal for system testing, prototyping, and component characterization.

  • CATV Networks: Amplifies signals in cable television distribution systems.

  • Laboratory and R&D: Supports optical experiments requiring precise signal amplification and monitoring.