1550nm Nanosecond Pulse Fiber Laser

• Customization: Available
• Type: Fiber Transceiver
• Wiring Devices: ODF
• Model NO.: Nanosecond Pulse Fiber Laser
• Certification: ISO, RoHS
• Condition: New
• Quality Control: 100% Testing Before Shipping
• Transport Package: Box
• Specification: Small
• Trademark: ZG
• Origin: Mianyang, China

Product Description

Introduction
Nanosecond pulse laser adopts unique circuit and optical optimization design, the output laser pulse width, peak power, repetition frequency can be adjusted, the working wavelength and power output is stable, low noise, single mode and multiple mode optional, RS232 serial port remote control, support for internal and external trigger, modular easy system integration, can be used in DTS sensing system and other applications.
Features:
All-fiber fiber structure
Pulse width ,repetition frequency,power is adjustable
Benchtop or module package
Applications:
High power laser seed source
Nonlinear optics
Fiber distributed sensing

Parameters

Parameter	Unit	Typ.	Notes
Center wavelength	nm	1550±1
Spectral width	nm	≤1
Peak output power	W	5~30 adjustable	Maximum power can be customized
Pulse width	ns	5~30 adjustable
Repetition frequency	KHz	1~50 adjustable
Wavelength drift(full temperature range)	nm	±0.5
Power output stability(Short-term 15min)	dB	≤±0.05
Power output stability (Long-term 10 h)	dB	≤± 0.02
External control interface	-	RS232
Triggering Mode	-	Internal and external triggered
Connector	-	FC/APC or others
Size(L×W×H)	mm	260×285×115
Power supply	V	DC±5,3A
Operating temperature	°C	-5~+60
Storage temperature	°C	-20~+75

Note:
1.Output power and wavelength can be customized according to customer requirement.
2.The stability test environment is 25ºC after 10minutes of product preheating.
3.Our company accepts customized and can do multi -fiber

Module optical interface&Dimension:

Optical pluse

Ordering information:

ZG	Wavelength	Max peak power	Fiber type	Packaging type
	1550=1550 nm	30=30 W Can be Customized	SM=Single fiber MM=Multi fiber PM=Polarization fiber	B=Benchtop M=Module