17dBm Polarization Maintaining Fiber Amplifier Aack
EDFA-PM-SO series of polarization maintaining fiber amplifiers are designed to output optimal optical performance with high reliability and stability. These amplifiers are especially developed for PM transmission, sensors and LIDAR applications. This line of PM fiber amplifiers features a single stage amplification configuration. The use of selected components with extremely high PER and low EL values, and the careful management of splice joints to preserve polarization. Both input and output signals are sampled and monitored with feedback circuit to protect the amplification system. APC (automatic power control), AGC (automatic gain control) and ACC (automatic current control) circuits are designed into the amplifier to ensure high stability and reliability of output power. Standard user-friendly Ethernet or RS-232 network interface enables reliable connectivity with customer’s network management system.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Operating Wavelength [Other wavelength upon request] | Typical ：1530~1565 nm |
| Output Power | Typical ：+15~+17 dBm |
| Input Power | Typical ：-10~+10 dBm |
| Polarization Axis | Typical ：Slow axis |
| Polarization Extinction Ratio | Typical ：>17 dB |
| Noise Figure [Pin=0dBm@1550nm] | Typical ：<7.0 dB |
| Output power stability [APC mode, over 2 hours] | Typical ：=<0.2 |
| Control Mode [APC/ACC/AGC] | Typical ：Selectable |
| Output Return Loss | Typical ：40 dB |
| Output Fiber Type | Typical ：SM15-PS-U25D |
| Connector Type [Other type upon request] | Typical ：SC/APC |
| Interface Type | Typical ：Rs232 or Ethernet |
| Power Supply [100~240@50-60Hz] | Typical ：220 V |
| Power Consumption | Typical ：<40 W |
| Operating Temperature Range | Typical ：-5 to 55 ℃ |
| Storage Temperature Range | Typical ：-20 to 70 ℃ |
| Humidity | Typical ：10 to 90 % |
| Dimensions (W*D*H) [19-in 1U rack] | Typical ：482.6 mm × 320 mm × 44 mm |
| Alarms | EDFA temperature over limit；Pump laser temperature over limit；Pump laser current over limit；Optical input too low；Optical output too low |
| Cooling | Conductive via surface & Fans |
Applications
Key Features
Datasheet
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Supplier Information
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