Multi-Bar Modules 790 - 980nm0 pages
Conduction-Cooled, QCW, Multi-Bar Module
Features
-
QCW operation
Single wavelength
High coupling efficiency
Thermal interface by stack-base-plate
Scalable output power
Optional Accessories
- Integrated temperature sensor
- Fiber connection control
Device Specification
Optical Parameters1
Units
Wavelength Range
nm
Center Wavelength Tolerance3
nm
±5
Output Peak Power2
W
500
Spectral Width (FWHM)
nm
<6
Slope Efficiency
W/A
>9
nm/°C
~0.3
Numerical Aperture
NA
0.22
Fiber Core
µm
800
Wavelength Temp. Coefficient
790 to 980
Fiber Parameters
Fiber Connector
SMA with Free Standing Fiber Tips
Electrical Parameters1
Power Conversion Efficiency
%
>40
Threshold Current (ITH)
A
<15
Maximum Operating Current (IOP)
A
<80
Operating Voltage (VOP)
V
<20
Duty Cycle (DC)
%
<2
°C
Thermal Parameters
Operating Temperature2, 3, 4
Storage Temperature
°C
Coolant Flow Rate
l/h
Maximum Particle Size
um
+20 to +30
+20 to +30
0 to +55
+20 to +30
0 to +55
100 to 200
0 to +55
<5 / Deionized Water5
Recommended Heat Sink Capacity
W
>30
3,4
1
Data at 25°C cold plate temperature, unless otherwise stated.
Reduced lifetime if used above nominal operating conditions.
3
Others available upon request.
4
A non-condensing environment is required for storage and operation below the ambient dew point.
5
Follow DILAS cooling water specifications.
2