In-line Erbium Doped Fiber Amplifier, Module EDFA-I-M

Download
Published:
01/27/2010
Last Updated:
02/11/2010
The Optilab EDFA-I series Doped Fiber Amplifiers is a high gain, in-line amplifier for use in HFC, FTTH, and DWDM applications.


Product Overview

The Optilab EDFA-I-M series of Erbium Doped Fiber Amplifiers (EDFA) is a line of high gain, in-line amplifiers for use in HFC, FTTH and DWDM applications. By using a dual stage design, EDFA-I-M provides optical gain up to 40 dB while maintaining low noise figure (NF). EDFA-I-M is a versatile amplifier that can be used for very wide range of input levels.

Depending on the pump laser configuration, EDFA-I-M amplifier produces optical output levels from +16 dBm up to +24 dBm. The EDFA-I-M has dual amplifier consisting of a pre-amp and a power amplifier.


Features

  • Highly reliable 980 nm and 1480 nm pump lasers
  • Dual-stage design
  • Microcontroller monitors of laser current and temperature
  • Forward and backward pumping to minimize noise figure (NF)
  • Wide input power level range from -15 dBm to +5 dBm
  • Optical gain up to 40 dB
  • Standard Automatic Current Control (ACC)
  • LED status indicators
  • Software control through RS-232, RS-485 available as option

Feature Name Description
Optical Specifications
Operating Range 1528 nm to 1563 nm
Output Power Levels +16 dBm to +24 dBm
Optical Gain Up to 40 dB
Noise Figure (NF) 5.2 dB max. @ -10 dBm Input
Number of Outputs 1 output standard
Optical Return Loss 50 dB min.
Input/Output Optical Isolation 30 dB min.
Polarization Mode Dispersion 1.0 ps max.
Polarization Dependent Gain (PDG) 0.15 dB max.
Input Power Range -15 dBm to +5 dBm
Output Power Stability 0.15 dB over 8 hours
Input/Output Fiber Type Corning SMF-28
Mechanical Specifications
Temperature Range 0º C to 50º C (operation), -40º C to 70º C (storage)
Power Supply 80 - 240 V, 43 - 63 Hz AC
Power Consumption 60 W max.
Housing Dimensions 16.5” x 12.5” x 5.25”
Control/Monitoring Pump Laser Current Adjustment
Display Output Power Level, TEC Temperature
Alarms Temperature and Thresholds Current
Optical Connectors FC/APC, SC/APC