40 Channels Booster DWDM EDFA

The DWDM-EDFA-BA-O14 booster amplifier is an easy-to-use and cost-efficient solution for DWMD fiber optic link amplification which operates at the transmission side of the link. It is designed to amplify aggregated optic input power for reach extension. Using dual-stage pump laser design and interna

Specifications：

DWDM EDFA 40 channels Booster Optical Amplifier DWDM-EDFA-BA-O14

The DWDM-EDFA-BA-O14 booster amplifier is an easy-to-use and cost-efficient solution for DWMD fiber optic link amplification which operates at the transmission side of the link. It is designed to amplify aggregated optic input power for reach extension. Using dual-stage pump laser design and internal Gain Flattening Filter (GFF) to compensate the erbium fiber gain variation, it features high input power, low noise, and up to output power:14dBm. Software control is standard via an RS-232 interface for status monitoring and pump current adjustments.




Features

  • Booster Amplifier, carries whole C-Band 1528nm ~ 1561nm of 40 channel on metro DWDM distance extension or single wavelength distance extension application
  • 100GHz channel spacing
  • input power: –10～+6dBm
  • output power:14dBm
  • Low Noise Figure: Typical 4.5dB
  • High Flatness: Typical 1dB
  • 19” 1RU rack enclosure
  • SC/UPC, SC/APC, FC/UPC, FC/APC, LC/UPC, LC/APC , ST/UPC and ST/APC connectors are available
  • Single or dual 110VAC, 220VAC, 100~240VAC and/or -48VDC power supply
  • Reliable 980nm and 1480nm pump lasers
  • 10 years of operation life
  • 3 years warranty standard
  • Compatible with Telecordia GR-1312-CORE
  • OEM is available

    Highlights

  • Perfect Network Interface: Ethernet, RS-485 and RS-232 port
  • Support Telnet for optional
  • APC (automatic power control) circuit for booster
  • GFF (gain flattening filters) assures a flat gain response across the entire C-band and input power range
  • Provides automatic power shutdown when aggregate input falls below the threshold
  • Employ the intelligent temperature control system, the fan is on when the module temperature over 45℃, meanwhile it will stop as the temperature is under 40℃, which makes sure the thermal stability and fan’s long life-time, meanwhile, the professional air flow design can also ensure the best temperature stability
  • SNMP network management is to provide a graphical user interface (GUI) to control the modules in realistic windows that model the devices

    Structure Example


    NOTE:
  • The DWDM EDFA from Fiber-Mart including 1+2+3.

    Mechanical Structure


    Picture Details

    Front-panel Details
    Backpanel Details
    Other Details




    Parameters Symbol Min Typ Max Unit
    Operation Wavelength λc 1528 1550 1561 nm
    Saturated output power Po 14 dBm
    Input power Pi -10 ------ 6 dBm
    Gain G ------ ------ dB
    Noise Figure NF ------ 4.5 ----- dB
    Output Power Stability ΔPo ------ ±0.05 ±0.1 dB
    Input Isolation ISOi 30 ------- ------ dB
    Output Isolation ISOo 30 ------- ------ dB
    Input pump leakage PumpLin ------- -35 dBm
    Output pump leakage PumpLout ------- ------- -45 dBm
    Return Loss RL ------- ------- -45 dB
    Polarization Dependent Gain PDG ------ ------- 0.5 dB
    PMD PMD ------ ------- 0.5 ps
    Operation Temperature Tw 0 ----- 50 ℃
    Storage Temperature Ts -40 ----- 70 ℃
    Operating Humidity 10 ------ 85 %
    Power Supply Vps 85/170 110/220 132/264 VAC
    Power Consumption P ----- ----- 15 W
    SNMP network management interface RJ45
    Serial interface RS232, RS485
    Power supply 110VAC, 220 VAC, -48VDC
    Connectors Simplex SC/UPC, SC/APC, FC/UPC, FC/APC, LC/UPC, LC/APC , ST/UPC and ST/APC available
    Warranty 3 years
    ※: 110V AC, 220V AC, 100V AC~240V AC and -48V DC are optional