The Hybrid Module of EDFA and Raman Amplifier module integrates the erbium-doped fiber amplifier and the first-order Raman fiber amplifier pump. Compared with traditional EDFA and Raman amplification systems, the use of this module can significantly reduce system complexity, improve reliability, and reduce volume. It is suitable for high-capacity, high-speed optical fiber communication systems or optical fiber sensing systems for ultra-long distances.
Optical Parameter | Unit | Typical Values | Remark |
Wavelength Range | nm | 1530~1565 | C-band |
Input power | -6~+3 | ||
Saturated output power | dBm | 20/23 | @-3dBm input |
Noise Figure | dB | 5.0 | @-3dBm input |
Fiber Type | – | SMF-28e | 1.0m length |
Optical Connector | – | FC/APC | only for low power test |
Control Mode | – | Automatic current control (ACC) /
Automatic power control (APC) |
*Note 1 |
Optical Parameter | Unit | Typical Values | Remark |
Pump wavelength | nm | 1425/1435/1455/1465 | Accuracy: ±5nm |
Pump Power | mW | 500 | Max power |
Pump light polarization DOP | – | 5% (Type), 10%(Max) | |
Fiber Type | – | SMF-28e | 1.0m length |
Optical Connector | – | FC/APC | only for low power test |
Control Mode | – | Automatic Current Control (ACC) |
Electrical and environmental parameters | Module |
Control Mode | RS232 |
Communication Interface | DB9 Female |
Power Supply | 12V3A, DC |
Dimensions | 125(W)×150(D)×31.5(H)mm |
Operation Temperature Range | -5~+35°C |
Operation Humidity Range | 0~70% |
*Note 1:
*Note: When the module is installed, the cooling fins are facing upwards, and ensure that sufficient cooling air is blown along the cooling fins.
① | ② | ③ | ④ | ⑤ | ⑥ |
HEA | Amplifier type | Output power(dBm) | Pump wavelength (nm) | Pump power (mW) | Package Type |
BA: BA amplifier | 20: 20dBm
23: 23dBm |
1455 | 500 | M: Module |
If you need to customize other specifications, please provide detailed description for your requirement.