Cheap price Fiber Amplifier - C-Band Booster EDFA Module – Connet Laser

Short Description:


Product Detail

Connet Laser Technology Co., Ltd

Product Tags

Related Video

Feedback (2)

Now we have highly developed devices. Our items are exported towards the USA, the UK and so on, enjoying a great popularity among the customers for Cladding Power Stripper(Cps) , Ps Pulsed Fiber Laser , Passively Mode-Locked Fiber Laser , Always for the majority of business users and traders to provide best quality products and excellent service. Warmly welcome to join us, let's innovation together, to flying dream.
Cheap price Fiber Amplifier - C-Band Booster EDFA Module – Connet Laser Detail:

The MRAS series C-band booster EDFA module of connet are designed for amplifying optical signal of single channel or multi-channel wideband optical transmission system. It adopts unique design to produce maximum signal gain and saturated output power while maintaining low noise figure. Standard models are available at 15dBm、17dBm、20dBm and 23dBm Output Power. The maximum output power is up to 23dBm.

The MARS series C-band booster EDFA module is a highly reliable, compact amplifier providing excellent optical performance.  It operates on a DC power supply, is an ideal choice for OEM system integration. All systems can communicate with computer through RS232 interface.
Features:
• High stability, high reliability
• Gain flattening
• Output power is turnable
• Compact structure

Applications:
• SDH/ATM
• the light distribution system
• Video and Ethernet optical transmission system
• Power amplifying

Specifications

Parameter

Unit

Specification

Min

Typ.

Max
Part NO.  

MFAS-Er-C-M-BA

Operating wavelength

nm

1528

1550

1560

Input power

dBm

-5

-

10

Output power

dBm

15

-

23

Noise figure@0dBm input,23dBm output

dB

-

-

5.5

Isolation

dB

30

35

-

Output power tunable range

%

0

-

100

input /output monitor  

Optional

Control mode  

ACC or APC

Power supply(Module)

VDC

5

Power consumption

W

-

-

8

Operation temperature

-35

-

+65

Storage temperature

-40

-

+85

Electrical Connector Interface  

DB30 or DB25

Output fiber type(SM)  

SMF-28e

Length of the output fiber

m

> 1

Optical connectors  

FC/APC or other

Dimensions

mm

90(L)X70(W)X15(H) for ≤20dBm

150(L)X125(W)X20(H) for ≤23dBm

Ordering information:
MFAS-Er-C-M-<PW>-BA
C: wavelength in nm
M:M-Module
PW:Output power in dBm,Example: 20-100mW,23-200mW


Product detail pictures:

Cheap price Fiber Amplifier -
 C-Band Booster EDFA Module – Connet Laser detail pictures


Related Product Guide:
2 Cubesats to Test Laser Communications and Teamwork in Space | Single Frequency Semiconductor Laser Source
Conquering Underwater Communication with Electro-optics, Radar | Cowind High Power Singlde Frequency Fiber Laser

We always do the job to be a tangible group making sure that we can provide you with the top top quality as well as ideal value for Cheap price Fiber Amplifier - C-Band Booster EDFA Module – Connet Laser, The product will supply to all over the world, such as: Netherlands , Ethiopia , Cologne , Our company absorbs new ideas, strict quality control, a full range of service tracking, and adhere to make high-quality solutions. Our business aims to "honest and trustworthy, favorable price, customer first", so we won the trust of the majority of customers! If you are interested in our items and services, please do not hesitate to contact us!

Connet Laser Technology Co., Ltd is a high-tech enterprise founded in 2007, which specializes in the development and production of laser source, fiber laser, optical fiber amplifier and the related products.

  • The company can think what our think, the urgency of urgency to act in the interests of our position, can be said this is a responsible company, we had a happy cooperation!
    5 Stars By Amy from Korea - 2016.11.01 17:04
    Adhering to the business principle of mutual benefits, we have a happy and successful transaction, we think we will be the best business partner.
    5 Stars By Julia from Bolivia - 2016.12.02 14:11