Overview
The Netceed MUL-OTC-EDFA-V 1550nm Erbium Doped Fiber Amplifier (EDFA) Module is a low noise 1550nm optical amplifier designed to be used in the Netceed Optical Transport Chassis MUL-OTC-CH-V. Available optical output levels range from 13 to 24dBm.
This hot pluggable EDFA is designed to amplify 1550nm optical signals to increase the optical transmission distance over fiber, and can be used in conjunction with the Netceed 1550nm Optical Transmitter Module.
The EDFA Module includes input and output optical power detection to adjust the laser pump automatically and keep the output optical power of the EDFA module constant. Internal control circuitry accurately maintains the output power and temperature of the laser. This module communicates with the CMM status control and display unit by A/D sampling, a switching circuit, and a communication interface circuit.
- High-performance Erbium Doped Fiber Amplifier with a JDSU Pump Laser for high efficiency energy conversion
- Automatic monitoring circuitry accurately monitors and controls the optical output power, temperature and various parameters of the pump laser ensuring stable optical output power effectively extend the working life of the pump laser
- Input and output optical power detection to adjust the laser pump automatically and keep the output optical power of the EDFA module constant
The Netceed MUL-OTC-EDFA-V 1550nm Erbium Doped Fiber Amplifier (EDFA) Module is a low noise 1550nm optical amplifier designed to be used in the Netceed Optical Transport Chassis MUL-OTC-CH-V. Available optical output levels range from 13 to 24dBm.
This hot pluggable EDFA is designed to amplify 1550nm optical signals to increase the optical transmission distance over fiber, and can be used in conjunction with the Netceed 1550nm Optical Transmitter Module.
The EDFA Module includes input and output optical power detection to adjust the laser pump automatically and keep the output optical power of the EDFA module constant. Internal control circuitry accurately maintains the output power and temperature of the laser. This module communicates with the CMM status control and display unit by A/D sampling, a switching circuit, and a communication interface circuit.
