Main Parameters
Optical Specifications | Unit | Typical Value | Remarks |
Wavelength Range | nm | 1528~1563 | C-band |
1570~1603 | L-band | ||
Input Power | dBm | -6~+3 | |
Total Output Power | dBm | 27 | @-3dBm input |
Noise Figure | dB | ≤5.0 | @-3dBm input |
Polarization Dependent Gain | dB | <0.3 | |
Polarization Mode Dispersion | ps | 0.5 | |
Input/Output Isolation | dB | >35 | |
Optical Power Monitoring | - | Output optical power monitoring | |
Pigtail type | - | SMF-28 | |
Pigtail connector typr | - | FC/APC | |
Operating mode | ACC/APC | *Note |
Electrical and Environmental Parameters | Benchtop | Module |
Control Method | Keypad / RS232 Serial Communication | RS232 Serial Communication |
Communication Interface | DB9 Female | DB9 Female |
Power Supply | 100~240V AC,<30W | 5V DC, <15W |
Dimensions | 260(W) ×280(D) ×120(H)mm | 125(W) ×150(D) ×20(H)mm |
Operating Temperature Range | -5~+35°C | |
Operating Humidity Range | 0~70% |
Order information / PN# | |||||
EDFA | Operating wavelength | PG Packaging | OPP Saturation output power (dBm) | Fiber type | ISO Built-in isolator protection |
C=C band L=L band C+L | M=Module B=Benchtop | 27 | SM=Single-mode fiber | 0 None 1 Pump protection |
*Note: ACC mode - automatic current control: the user sets the EDFA pump operating current, and the EDFA automatically locks it to achieve constant pump current. When the input optical power fluctuates, the output power will also fluctuate accordingly. It is applicable to all EDFA models. PA amplifiers only support ACC mode.
APC mode - automatic power control: the user sets the EDFA signal light output power, the PD automatically monitors and feedbacks the output power, and the EDFA controls and adaptively adjusts the pump to achieve output signal stability. The power adjustment range in APC mode is usually 10%~100%. The advantage of APC mode is that when the input optical power fluctuates, the EDFA will reduce the output power fluctuation as much as possible. It is applicable to power-type and line-type EDFA, but not suitable for low repetition frequency pulse signals.
Attachment 1: Optional Configuration Table
C++ Band Gain Flattened Erbium-Doped Fiber Amplifier | Optional Configurations | ||||||
Product Name | Operating Wavelength | Amplifier Type | Saturation Output Power | Fiber Type | Connector | Package Type | Reserved Optional Configurations |
EA: "Erbium-Doped Fiber Amplifier" | 1: C++ Band | BF: Gain Flattened Power Amplifier | B :16-20dbm | S: Single Mode | A:FC/APC | M: Module | |
C:21-25dbm | B: Benchtop |
Attachment 2: Model and Product Number Cross-Reference Table
PN# | Product Number | Specifications |
EA1BFBSAM | B80030300 | C++ Band Gain Flattened Erbium-Doped Fiber Power Amplifier, C++ Band, Gain: 16dB, Saturation Output Power: 20dBm, Single Mode Fiber, FC/APC, EDFA Module |
EA1BFBSAB | B80030301 | C++ Band Gain Flattened Erbium-Doped Fiber Power Amplifier, C++ Band, Gain: 16dB, Saturation Output Power: 20dBm, Single Mode Fiber, FC/APC, EDFA Desktop |
EA1BFCSAM | B80030302 | C++ Band Gain Flattened Erbium-Doped Fiber Power Amplifier, C++ Band, Gain: 16dB, Saturation Output Power: 24dBm, Single Mode Fiber, FC/APC, EDFA Module |
EA1BFCSAB | B80030303 | C++ Band Gain Flattened Erbium-Doped Fiber Power Amplifier, C++ Band, Gain: 16dB, Saturation Output Power: 24dBm, Single Mode Fiber, FC/APC, EDFA Desktop |