Low-power femtosecond laser
The laser adopts the latest all-polarization-maintaining fiber NALM passive mode-locked femtosecond laser technology, using high-performance erbium-doped fiber as the laser medium to achieve stable output of femtosecond pulsed laser in the 1550~1560nm band.
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Detailed information

Low-power femtosecond laser

Definition

The laser adopts the latest all-polarization-maintaining fiber NALM passive mode-locked femtosecond laser technology, using high-performance erbium-doped fiber as the laser medium to achieve stable output of femtosecond pulsed laser in the 1550~1560nm band.


Feature

Narrow pulse width

Fully self-starting

Stable and maintenance-free


Application

Quantum optics

Optical frequency comb

Ultra-continuum spectrum

Terahertz (THz)

Specification

Parameter

Unit

Type

Note

Central wavelength

nm

1550±101560±10

customize

Spectral width

nm

1~10

 

Pulse width

fs

≤500≤800

customize

Average output power

mW

1/5

 

Power instability

-

< ±1%

@6hours

Repetition frequency

MHz

10/20/50/80

customize

Repetition frequency instability

Hz

<100

@1hour

Single pulse energy

nJ

≥0.1

 

Polarization state

-

Linear polarization

 

Fiber and connector

-

PM1550 fiberFC/APC

Slow axis alignment

Warm-up time

min

< 0.5

 

 

Electrical parameter

Parameter

Benchtop

Module

Control method

Touch screen/RS232

Touch screen/RS232 or USB

Synchronous signal interface

SMA

SMA

Power supply

AC 100~240V, 30W

DC 12V, 20W

Size or code

B2: 300×398×112.5mm

7120×25mm

Operation temperature

-10 ~ +60°C

Operation humidity

0~70%

 

 

Spectrogram

 

Pulse sequence

 

 

Autocorrelation line and laser power

 

Ordering info

 

 

ZG

CWL(nm)

Pulse width(fs)

Average Power(mW)

Repetition frequency

(MHz)

Output

Package

1550/1560

200/500/800

1/5

10/20/50/80/100

PM fiber

Benchtop/Module

 

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