Multi-Wavelength Gain Flattening EDFA with Benchtop

• Customization: Available
• Type: Fiber Amplifier
• Wiring Devices: ODF
• Model NO.: Multi-wavelength Gain Flattening EDFA
• Certification: ISO, RoHS
• Condition: New
• Quality Control: 100% Testing Before Shipping
• Transport Package: Box
• Specification: Small
• Trademark: ZG
• Origin: Mianyang, China

Product Description

Introduction:
The multi-wavelength gain flat Erbium-doped fiber amplifier is a series of fiber amplifiers specially designed for fiber communication systems. It can simultaneously amplify signals of multiple wavelengths in the C-band and maintain the same gain among wavelengths. The gain flatness can be less than 1.5 dB. It has the advantages of multi-wavelength, gain flattening, high gain and low noise. It supports the control of upper computer software. It is small in size and easy to integrate.
Features
Optional benchtop or module
Wide operating wavelength range
High gain,gain flatness
Applications
Fiber communication
Optic fiber sensor
Fiber laser

Parameters		Unit	Min.	Typ.	Max.	Notes
Wavelength range		nm	1530	1550	1560	C-band
Pre-ampplifier EDFA-PA-GF	Input power	dBm	-45		-25
	Output power	dBm			20
	Gain coefficient	dB		35
Booster- amplifier EDFA-BA-GF	Input power	dBm	-26		-10
	Output power	dBm			26
	Gain coefficient	dB		25
Noise figure		dB		5	5.5
Gain flatness		dB		0.8	1.5
Polarization Correlation Gain		dB			0.5
Polarization Mode Dispersion		ps			0.5
Isolation of input/output		dB	40
Operating Temperature Range		°C	-20		+65
Operating Humidity Range		%			70
Type of fiber connector		-	FC/APC
Fiber type		-	SMF-28e Single fiber
Power supply		-	DC 5V OR AC 220V
Size		mm	Benchtop 260×285×115			Module 150(W)×125(D)×30(H)
Communication protocol		-	RS232			Optional power monitoring and PC software
Working mode		-	Automatic Current Control(ACC)/ Automatic Power Control(APC)/Automatic Gain Control(AGC)

Ordering information

EDFA-PA-GF	Gain(dB)	Diameter of pigtail casing	Fiber length	Connector	Packaging
	25	9-0.9mm 2-2mm	0=flange 1=1m 2=2m	0=None 1=FC/APC 2=FC/PC	M=Module B=Benchtop R=Rack-mount