Description
The Amonics Extended L-Band Erbium-Doped Fiber Amplifier (AEDFA-L-EX Series) is engineered for robust high-power optical amplification across an extended L-band wavelength range.
Designed with high-power pump lasers and stable pump combiners, it delivers outstanding performance with high gain, high output power, and low noise figures. This turnkey benchtop amplifier is microprocessor-controlled, featuring comprehensive alarm systems and status indicators to ensure operational safety and reliability. It offers an integrated RS232 computer interface for seamless remote control, diagnostics, and data acquisition, with Ethernet connectivity as an option.
The AEDFA-L-EX Series supports continuous wave operation with ACC control as standard, and APC or AGC modes available upon request for precise power management. Typical applications include SONET/SDH systems, optical communication networks, fiber optic sensing, and scientific research requiring stable and powerful amplification. With its compact benchtop design, optional rackmount housing, and two-year warranty, the AEDFA-L-EX Series is an ideal solution for boosting, in-line amplification, and pre-amplification in advanced optical systems.
Extended L-Band EDFA - AEDFA-L
Specifications
| Amplifier Type: | SOA - Semiconductor Optical Amplifier |
|---|---|
| Wavelength Range: | 1570 – 1603 nm |
| Max Output Power: | 30 dBm |
| Output Fiber Type: | SMF-28 |
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Features
- Turnkey Device: Ready-to-use benchtop system with intuitive controls
- High Output Power: Available up to +30 dBm for demanding applications
- High Gain: Delivers robust signal amplification with minimal distortion
- Low Noise Figure: Ensures superior signal quality with figures as low as 6.5 dB
- RS232/Ethernet Interface: Enables easy remote control and data monitoring
- Highly Reliable Design: Built with high power pump lasers and stable combiners
- Two-Year Warranty: Ensures long-term operational confidence
Applications
- SONET/SDH Systems: Ideal for optical network amplification requirements
- Optical Communications: Enhances signal transmission across extended distances
- Fiber Optic Sensing: Supports distributed sensing applications with high power
- Booster, In-line & Pre-amp: Suitable for versatile optical amplification roles
- Scientific Applications: Enables research requiring stable, high-power EDFAs
Frequently Asked Questions
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