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729nm Single Frequency Fiber Laser

Connet 729nm Single Frequency Fiber Laser is based on the technology of the mature 1.9um and 1.1um distributed feedback Bragg grating (DFB) type low-noise single frequency fiber lasers. Connet has the independent intellectual property rights on this technology. The nonlinear frequency conversion technology is adopted to achieve the stable 729nm single frequency laser output with the linear polarization, single longitudinal mode, and the ultra-narrow linewidth. Comparing with the traditional TA type semiconductor laser, CoSF-729-B has the narrower linewidth and the lower
phase noise and frequency noise, and better beam quality.


Specifications:


Parameter

Unit

Specification

Min

MIN

Typ.

Max

Part no.

 

CoSF-729-B-FA

Center Wavelength

nm

729±0.2

Wavelength Thermal Tuning Range

nm

0.3

0.4

0.5

Wavelength Adjustable Accuracy

pm

-

0.1

-

PZT Fast Wavelength Modulation Function

 

Optional

PZT Modulation Wavelength Range

GHz

-

10

20

PZT Modulation Frequency

kHz

-

DC-20

100

Output Power

mW

20

-

100

Laser output

 

CW, Single frequency & Single longitudinal mode

Beam Quality

M2

-

1.05

1.1

Linewidth

kHz

-

20

50

SMSR

dB

30

40

-

Output Polarization

 

Linear

Polarization Extinction Ratio (PER)

dB

20

23

-

Output Power Stability(8 hours)

%

-

±1

±2

Output Power Tunable Range

%

30

-

100

Operating Temperature

15

-

35

Storage Temperature

0

-

50

Operation Voltage

VAC

220V 50-60Hz

Output Fiber Type

 

PM780-HP

Output Fiber Length

m

0.8

1.0

1.2

Output Fiber Connector

 

FC/APC

PM Fiber Alignment Method

 

Slow axis parallel

Dimension

mm

430x450x105

Ordering Information:

·  CoSF-FC-729-<P>-<PW>-PZT-FA/COL
·  P: package, B for benchtop, M for module
·  PW:output power 0050: 50mW
·  PZT: PZT fast modulation (optional)
·  FA:FC/APC connector COL:Free Space Output

Features:

• Ultra-narrow linewidth<50kHz
• Low noise
• Output Power>20mW
• Linear Polarization Output, High PER

Applications:

• Atom Cooling
• Rydberg Inspire
• Cold Atomic Physics
• Atomic Clock
• Quantum Measurement