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1570 nm single-mode fiber-coupled laser

The 1570 nm single-wavelength laser uses a high-performance butterfly-shaped semiconductor laser chip. The professionally designed driving and temperature control circuit control ensures the safe operation of the laser and stable output power and spectrum. Suitable as a pump laser source for thulium-doped fiber lasers or fiber amplifiers, and can be provided in benchtop or modular packaging.

1570 nm single-mode fiber-coupled laser
  • 1570 nm single-mode fiber-coupled laser
  • 1570 nm single-mode fiber-coupled laser
  • 1570 nm single-mode fiber-coupled laser
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1570 nm single wavelength laser adoptshigh performanceButterfly semiconductor laser chip, professionally designedDrive and temperature control circuitsControl ensures laserApparatusSafetyOperation, output power and spectral stability。suitable asthulium-dopedPump laser sources for fiber lasers or fiber amplifiers can be provided in benchtop or modular packages.

 

Characteristics

Application

10 mW to 10 W multiple powers

Thulium-doped fiber pumping

Single-mode fiber output

fiber laser

Multiple spectrum options

Optical device testing


 



optical criterion

Unit

typical values

Remarks

operating wavelength

nm

1570±1


spectral linewidth

nm

< 0.1


side moderejection ratio

dB

>50


working mode

-

CW

continuous light

Output power

mW

10/20/50/100/200/400/500

Low power models

dBm

30/33/35/37/40

High power models

short-term stability(15 minutes)

dB

≤ ±0.02

equivalent≤±0.5%

long-term stability(8 hours)

dB

≤ ±0.05

equivalent≤±1.2%

polarization state

-

random

linear polarization


pigtailTypes

-

SMF-28

PM1550


pigtailjoint type


FC/APC

FC/APC(Slow axis alignment)

* Connectors are used for power testing

 

Electrical and environmental parameters

desktop

Module

Control mode

Press the key/RS232 serial communication

RS232 serial communication

communication interface

DB9 Female

DB9 Female

Supply    Electricity

100~240V AC,<150W

5V DC,<60W

Ruler    inch

260(W)×320(D)×120(H)mm

125(W)×150(D)×20(H)mm

operating temperature range

-5~+35°C

Operating humidity range

0~70%

 

ordering information/Model


operating wavelength(nm)

Output power 

Output pigtail type

encapsulated form

FL

1570

10/20/50/100/200/400/500 (mW)

SM= SMF-28

PM=PM1550

B= Desktop

M= Module

FLH

30/33/35/37/40 (dBm)




1570 nm single wavelength laser adoptshigh performanceButterfly semiconductor laser chip, professionally designedDrive and temperature control circuitsControl ensures laserApparatusSafetyOperation, output power and spectral stability。suitable asthulium-dopedPump laser sources for fiber lasers or fiber amplifiers can be provided in benchtop or modular packages.

 

Characteristics

Application

10 mW to 10 W multiple powers

Thulium-doped fiber pumping

Single-mode fiber output

fiber laser

Multiple spectrum options

Optical device testing


 



optical criterion

Unit

typical values

Remarks

operating wavelength

nm

1570±1


spectral linewidth

nm

< 0.1


side moderejection ratio

dB

>50


working mode

-

CW

continuous light

Output power

mW

10/20/50/100/200/400/500

Low power models

dBm

30/33/35/37/40

High power models

short-term stability(15 minutes)

dB

≤ ±0.02

equivalent≤±0.5%

long-term stability(8 hours)

dB

≤ ±0.05

equivalent≤±1.2%

polarization state

-

random

linear polarization


pigtailTypes

-

SMF-28

PM1550


pigtailjoint type


FC/APC

FC/APC(Slow axis alignment)

* Connectors are used for power testing

 

Electrical and environmental parameters

desktop

Module

Control mode

Press the key/RS232 serial communication

RS232 serial communication

communication interface

DB9 Female

DB9 Female

Supply    Electricity

100~240V AC,<150W

5V DC,<60W

Ruler    inch

260(W)×320(D)×120(H)mm

125(W)×150(D)×20(H)mm

operating temperature range

-5~+35°C

Operating humidity range

0~70%

 

ordering information/Model


operating wavelength(nm)

Output power 

Output pigtail type

encapsulated form

FL

1570

10/20/50/100/200/400/500 (mW)

SM= SMF-28

PM=PM1550

B= Desktop

M= Module

FLH

30/33/35/37/40 (dBm)