الوصف

*0dBm Output Compact Full Functional High Power Fiber Amplifier Module

This Compact Full Functional High Power Fiber Amplifier Module is a kind of C-Band, high power and full-function optical fiber amplifier module. The key components of the product are high reliability multimode PUMP laser and the double cladding optical fiber. The module has standard RS***2 or RS***5 interface, adopts high reliable and low power consumption design as well as adopts APC, AGC, ATC and ACC control modes. The high stability and high precision MPU system to ensure the control, adjustment and display are intelligent andeasy.
This module is highly reliable amplifier module especially designed for FTTx, CATV, FDC and HFC analog applications. Compared with conventional amplifiers, it is more compact, powerful and have higher reliability and stability.
The high power amplifier module employs patented technology for pump dump (Patent No. ZL***********2.3), and the patented technology for the laser driver circuit (Patent No. ZL***********3.8), to get better and more stable performance. It employs 5V DC power supply for operation.

Features

• Single 5V DC operation
• Output Power: *0dBm
• Input Power: *3~*0dBm
• Extremely low CSO: ＜**0dBc
• Compact size: **0×**5×*4 (mm)
• Wide operating temperature range
• APC, AGC, ATC and ACC control modes
• Low noise figure: less than 4.5dB at 0dBm
• High stability and reliability: MTBF＞*****0 hours
• Perfect status monitoring interface: RS***2 or RS***5
• Er-Yb co-doped double cladding amplification technology: Pump dump patent

Applications

• FTTH system
• Power actuator
• Data transmission
• Optical distribute system
• Research and Design area
• Detection for gas absorption
• Free space optical communication
• Power booster for tunable sources
• Analog CATV Transmission System
• Test/Measurement for optical device/systems
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Mechanical Dimension

**0×**5×*9mm
 

Optical Characteristics

(1): Output power and dual output is optional.
(2): Test at 0dBm .

Electric Characteristics

※Actual consumption depend on the output power and environment temperature

Environmental Characteristics

(3): Non-condensing