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1120nm single wavelength laser

This laser uses a semiconductor laser chip. The professionally designed driving circuit and TEC control ensure the safe operation of the laser and stable output power and spectrum. It is suitable as a seed laser for high-power lasers and can also be used for production testing of optical fiber devices in the 1120nm band. It can be provided in benchtop or modular packaging.

1120nm single wavelength laser
  • 1120nm single wavelength laser
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this laserUsing semiconductor laser chips, professionally designed driving circuits andTEC control ensures laserApparatusSafetyOperation, output power and spectral stability。suitable asSeed lasers for high-power lasers can also be used1120Production testing of nm band optical fiber devices,Available in benchtop or modular packages.

 

Characteristics

Application

high output power

high power laser

Power and spectral stability

fiber laser

Single mode or polarization maintaining output

Optical fiber device testing

 

optical criterion

Unit

typical values

Remarks

operating wavelength

nm

1120±1


spectral width

nm

0.1

@3dB

Output power

W

1/2/5


short-term stability(15 minutes)

dB

≤ ±0.02


long-term stability(8 hours)

dB

≤ ±0.05


pigtail type

-

Hi1060single-mode

may providePM980Polarization maintaining output model

Fiber pigtail joint type

-

FC/APC


 

Electrical and environmental parameters

desktop

Module

Control mode

Press/RS232 serial communication

RS232 serial communication

communication interface

DB9 Female

DB9 Female

Supply    Electricity

100~240V AC,<30W

5V DC,<15W

Ruler    inch

260(W)×280(D)×120(H)mm

125(W)×150(D)×20(H)mm

operating temperature range

-5~+55°C

Operating humidity range

0~70%

 

ordering information/Model

FLH

operating wavelength(nm)

Output power(W)

Output pigtail type

encapsulated form


1120

1/2/5

SM= HI1060 single-mode fiber

PM= PM980 polarization maintaining fiber

M= Module

B= Desktop


spectral test chart








this laserUsing semiconductor laser chips, professionally designed driving circuits andTEC control ensures laserApparatusSafetyOperation, output power and spectral stability。suitable asSeed lasers for high-power lasers can also be used1120Production testing of nm band optical fiber devices,Available in benchtop or modular packages.

 

Characteristics

Application

high output power

high power laser

Power and spectral stability

fiber laser

Single mode or polarization maintaining output

Optical fiber device testing

 

optical criterion

Unit

typical values

Remarks

operating wavelength

nm

1120±1


spectral width

nm

0.1

@3dB

Output power

W

1/2/5


short-term stability(15 minutes)

dB

≤ ±0.02


long-term stability(8 hours)

dB

≤ ±0.05


pigtail type

-

Hi1060single-mode

may providePM980Polarization maintaining output model

Fiber pigtail joint type

-

FC/APC


 

Electrical and environmental parameters

desktop

Module

Control mode

Press/RS232 serial communication

RS232 serial communication

communication interface

DB9 Female

DB9 Female

Supply    Electricity

100~240V AC,<30W

5V DC,<15W

Ruler    inch

260(W)×280(D)×120(H)mm

125(W)×150(D)×20(H)mm

operating temperature range

-5~+55°C

Operating humidity range

0~70%

 

ordering information/Model

FLH

operating wavelength(nm)

Output power(W)

Output pigtail type

encapsulated form


1120

1/2/5

SM= HI1060 single-mode fiber

PM= PM980 polarization maintaining fiber

M= Module

B= Desktop


spectral test chart