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[China]
Address: No.8, Ergao Road, Yuyao City, Zhejiang Province
Contact name:Tiffany
Zhejiang Huanshun Network Technology Co.,Ltd |
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Non Radiative EDFA Optical Amplifier Plug In RJ45 Internet Port Responder
EDFA Optical Amplifier Summary:
The 1550nm erbium-doped fiber amplifier uses the erbium-doped fiber as the active medium. When the pump optical is input into the EDFA, most of the ground-state Er3+ can be pumped to the excited state. The excited state of Er3+ is quickly and non-radiative. The transfer to the metastable state, due to the average residence time of Er3+ on the metastable state is 10ms, it is easy to form a population inversion between the metastable state and the ground state. At the same time, the signal photons pass through the erbium-doped fiber. Under the effect of the stimulated radiation, a large number of photons are completely identical to themselves, so that the signal photons are rapidly increased, so that the optical signal that is continuously amplified can be obtained at the output end.
EDFA Optical Amplifier Features
◆ Built-in MCU microprocessor, the microprocessor software monitors the working state of the pump laser, and the working parameters are displayed by the panel (LCD). Once the operating parameters of the laser deviate from the allowable range of the set value, the microprocessor will automatically turn off the laser power, and the red light flashes to alert the alarm, and the panel display indicates the cause of the fault;
◆ Plug-in RJ45 Internet port responder, support SNMP network management protocol, Telnet, support the SFTH integrated network management system;
◆ It adopts 19′′ 1U standard rack, built-in high-performance main and standby switching power supply, can work in the city voltage of 90～255V, and supports hot plugging.
EDFA Optical Amplifier Technical Specifications
| Item | Unit | Performance Index |
| Rated Output Optical Power | dBm | ≥Nominal Value,and support 0.5～-3 adjustable |
| Output Optical Power Stability | dB | ≤±0.1(when 0～+10dBm) |
| Input Optical Power Range | dBm | -8～+10(suggested +2～+7) |
| MAX Alarm Value | dBm | +10 Front Panel Optical Alarm |
| MIN Alarm Value | dBm | +2～-10Front Panel Optical Alarm, ≤-10 Shut Down |
| Working Wavelength | nm | 1535～1565 |
| Optical Input&Output Return Loss | dB | ≥45 |
| Noise Factor | dB | ≤5(Input Optical Power=0dBm) |
| Input-End Pump Leakage Power | dBm | ≤-30 |
| Output-End Pump Leakage Power | dBm | ≤-30 |
| Optical Input&Output Reflection Loss | dB | ＞53 |
| Optical Adapter | FC/APC, SC／APC | |
| CNR(C/N) | dB | ≥50(Note 1) |
| CTB | dB | ≥65(Note 1) |
| CSO | dB | ≥65(Note 1) |
| Network Management Port | RJ45(National Standards Network Management) | |
| Inter-Cut RF Level | dBuv | 80±5(<60 Transmission Channel by 10lg60/n Append) |
| Working Voltage/Consumption | V /W | AC90～255V or DC48V/＜20(Single Power Supply),＜40(Double Power Supply) |
| Working/Storage Temperature | ℃ | -25～+55/-30～+70 |
| MAX Storage Relative Temperature | % | 5～85 |
| Size | mm | 483×385×44 |
Notes: 1.The Optical Link Indexes are measured by Measuring Optical Transmitter and Optical Receiver Combined Testing Results. 2.Above Main Performance Indexes conform to the Technical Requirements and Measurement Methods of GY/T 184-2002 CATV Analog Optical Fiber Amplifier. | ||
