High power femtosecond laser
The laser integrates the latest femtosecond laser technology, utilizes high-performance rare-earth optical fiber as the working medium, and combines high-precision dispersion compensation technology and active servo control system to achieve stable output of 1.5μm band femtosecond pulse laser with an average power of 1 watt.
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Detailed information

High power femtosecond laser

Definition

The laser integrates the latest femtosecond laser technology, utilizes high-performance rare-earth optical fiber as the working medium, and combines high-precision dispersion compensation technology and active servo control system to achieve stable output of 1.5μm band femtosecond pulse laser with an average power of 1 watt.


Feature

High power

Narrow pulse width

Fully self-starting

Stable and maintenance-free

Application

Optical frequency comb

Ultra-continuum spectrum

Terahertz (THz)

Specification

Parameter

Unit

Type

Note

Central wavelength

nm

1560±10

customize

Pulse width

fs

≤120

customize

Average power

mW

≥800

≥1000

 

Power instability

-

< ±1%

6hours@25°C

Repetition frequency

MHz

80

100

customize

Single pulse energy

nJ

>10

 

Laser polarization state

-

Linear polarizationPER>20dB

Vertical polarization

Laser output mode

-

Space light

 

Beam quality

-

M2<1.2

TEM00

Beam diameter

mm

≤1.6

* 1/e2 Waist Diameter

Beam divergence angle

mrad

<1.5

 

Warm-up time

min

<0.5

 

 

Electrical parameter

Parameter

Spec

Control method

Touch screen/RS232

Synchronous signal interface

SMA

Power supply

AC 100~240V , 40W

Size or code

B2: 300×398×112.5mm

Net weight

≤ 5 kg

Operation temperature

5 ~ 35°C

Operation humidity

0~70%

Spectrogram

 

Pulse sequence

 

 

Autocorrelation line and laser power

 

 

Ordering info

 

 

ZG

CWL(nm)

Pulse width(fs)

Power(mW)

Repetition frequency

(MHz)

Output

Package

1560

120

800/1000

80/100

FS=free space light

Benchtop

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