Connet CoSF-R optimized traveling wave cavity ultra-narrow linewidth single-frequency fiber laser is a low-noise ultra-narrow linewidth fiber laser independently developed by patented technology. CoSF-R single-frequency fiber laser uses a unique "optimized traveling wave cavity" The design eliminates the standing wave space hole burning phenomenon which is easy to occur in the linear cavity fiber laser. In conjunction with the ultra-narrow bandwidth fiber filter designed by Connet, the single longitudinal mode output is selected and the single frequency operation of the fiber laser is guaranteed.
The polarization control technology eliminates the polarization hole burning effect based on the all-fiber design, thereby achieving stable linear polarization, single longitudinal mode, and ultra-narrow linewidth single-frequency laser output.
CoSF-R ultra-narrow linewidth single-frequency fiber laser has excellent performance, the linewidth is less than 1kHz, and has ultra-low phase noise and frequency noise. The ultra-long laser cavity design makes the overall noise level of CoSF-R significantly lower than other commercial short-cavity single frequency lasers.
CoSF-R-TM-B-MP works in the 1.9-2.0um band, and the output power is up to 5W. Higher output power products can be provided on request. The standard wavelength includes 1908nm, 1940nm, 1950nm, 1960nm, and the optional wavelength range is 1900-2090nm.
Specifications:
Parameter | Unit | Specification |
Min | Typ. | Max |
Part no. | | CoSF-R-TM-B-HP |
Center wavelength | nm | 1090-2090nm fixed, other specify |
Output power | W | 10W (HP1) | 20W (HP2) | 50W (HP3) |
Laser output | | CW, Single frequency & Single longitudinal mode |
Beam quality | M2 | <1.1 | <1.3 | <1.3 |
Linewidth | kHz | - | - | <<1 |
RIN peak frequency | kHz | 40 | 70 | 100 |
RIN peak | dBc/Hz | - | -105 | -95 |
RIN @10MHz | dBc/Hz | - | -155 | -150 |
SMSR (50pm resolution) | dB | 55 | 60 | - |
Output polarization | | Linear |
Polarization extinction ratio (PER) | dB | 20 | 20 | 18 |
Output power stability | % | 3 | 3 | 3 |
Output isolation | dB | 35 | 35 | N/A |
Wavelength thermal tuning | nm | 0.6 | 0.8 | 1.0 |
PZT wavelength modulation | | Optional |
Modulation frequency (linear) | kHz | DC | 10 | 20 |
Modulation wavelength range | GHz | - | >8 | >10 |
Operating temperature | ℃ | 15 | - | 40 |
Storage temperature | ℃ | -20 | - | 70 |
Power supply | VAC | 100-240 |
Communication interface | | RS232 |
Output fiber type | | PM1950 | LMA PMF | LMA-PMF |
Output fiber length | m | > 0.5 |
Optical connector | | FC/APC/CoL | CoL | CoL |
Dimension | mm | 430x450x105 | 510x480x150 |
Weight | kg | <5 | <15 | <20 |
Ordering Information:
CoSF-R-TM-B-HP-<19xx>-<PW>-PMF/SMF-PZT-FA
PW: Output power: HP1, HP2, HP3
Options: 1. SMF output 2. Monitoring output 3. PZT fast modulation
Features:
· Ultra-narrow linewidth <<1kHz
· Ultra-low phase noise and frequency noise
· Ultra-low relative intensity noise (RIN)
· Stable single frequency, single polarization output
· No mode-hopping
· Benchtop all-in-one package
· PZT option
Applications:
· Distributed optical fiber sensing
· Coherent LiDAR
· Fiber optic hydrophone
· Laser spectroscopy
· Coherent communication
· Gas absorption measurement
· Cold atomic physics
· Other scientific research
Connet CoSF-R optimized traveling wave cavity ultra-narrow linewidth single-frequency fiber laser is a low-noise ultra-narrow linewidth fiber laser independently developed by patented technology. CoSF-R single-frequency fiber laser uses a unique "optimized traveling wave cavity" The design eliminates the standing wave space hole burning phenomenon which is easy to occur in the linear cavity fiber laser. In conjunction with the ultra-narrow bandwidth fiber filter designed by Connet, the single longitudinal mode output is selected and the single frequency operation of the fiber laser is guaranteed.
The polarization control technology eliminates the polarization hole burning effect based on the all-fiber design, thereby achieving stable linear polarization, single longitudinal mode, and ultra-narrow linewidth single-frequency laser output.
CoSF-R ultra-narrow linewidth single-frequency fiber laser has excellent performance, the linewidth is less than 1kHz, and has ultra-low phase noise and frequency noise. The ultra-long laser cavity design makes the overall noise level of CoSF-R significantly lower than other commercial short-cavity single frequency lasers.
CoSF-R-TM-B-MP works in the 1.9-2.0um band, and the output power is up to 5W. Higher output power products can be provided on request. The standard wavelength includes 1908nm, 1940nm, 1950nm, 1960nm, and the optional wavelength range is 1900-2090nm.
Specifications:
Parameter
Unit
Specification
Min
Typ.
Max
Part no.
CoSF-R-TM-B-HP
Center wavelength
nm
1090-2090nm fixed, other specify
Output power
W
10W (HP1)
20W (HP2)
50W (HP3)
Laser output
CW, Single frequency & Single longitudinal mode
Beam quality
M2
<1.1
<1.3
<1.3
Linewidth
kHz
-
-
<<1
RIN peak frequency
kHz
40
70
100
RIN peak
dBc/Hz
-
-105
-95
RIN @10MHz
dBc/Hz
-
-155
-150
SMSR (50pm resolution)
dB
55
60
-
Output polarization
Linear
Polarization extinction ratio (PER)
dB
20
20
18
Output power stability
%
3
3
3
Output isolation
dB
35
35
N/A
Wavelength thermal tuning
nm
0.6
0.8
1.0
PZT wavelength modulation
Optional
Modulation frequency (linear)
kHz
DC
10
20
Modulation wavelength range
GHz
-
>8
>10
Operating temperature
℃
15
-
40
Storage temperature
℃
-20
-
70
Power supply
VAC
100-240
Communication interface
RS232
Output fiber type
PM1950
LMA PMF
LMA-PMF
Output fiber length
m
> 0.5
Optical connector
FC/APC/CoL
CoL
CoL
Dimension
mm
430x450x105
510x480x150
Weight
kg
<5
<15
<20
Ordering Information:
CoSF-R-TM-B-HP-<19xx>-<PW>-PMF/SMF-PZT-FA
PW: Output power: HP1, HP2, HP3
Options: 1. SMF output 2. Monitoring output 3. PZT fast modulation
Features:
· Ultra-narrow linewidth <<1kHz
· Ultra-low phase noise and frequency noise
· Ultra-low relative intensity noise (RIN)
· Stable single frequency, single polarization output
· No mode-hopping
· Benchtop all-in-one package
· PZT option
Applications:
· Distributed optical fiber sensing
· Coherent LiDAR
· Fiber optic hydrophone
· Laser spectroscopy
· Coherent communication
· Gas absorption measurement
· Cold atomic physics
· Other scientific research