GS3 Series Diode laser Horizontal mini-size stacks
RealLight recently released three kinds of Quasi-wavelength stack lasers (AW series). They are GS1, GS2 vertical stacks, and GS3 horizontal minisize stacks. Based upon the high efficient and reliable AuSn sintering technology of bars, and the low thermal resistance packages, in the Quasi-continuous working mode, this series of products realized the high duty ratio and high peak power output. GS1 and GS2 accept to pack 5 bars at the most, and output the peak power up to 1000W. GS2 is available to customize 2 to 10 stacks. GS3 is the most compact size, and available to pack 12 mini-bars at the most, and output the peak power up to 1200W; GS2 and GS3 could customize stack modules with multiple wavelength around 808nm, and realized the wide temperature pump uniformity; and all lines of products allow to customize the wavelength of 940nm. Main applications include: Pumping source, Material processing, Laser lighting, Medical cosmetology, scientific research applications and more.
For more product information, please feel free to contact with our Sales team.
Product Parameters
Parameters | Unit | R808±3-1200-GS3-1X12 | |
Optical | Center Wavelength | nm | 808±3 |
Spectral Width(FWHM) | nm | ≤5 | |
Duty Ratio | % | ≤2 | |
Peak Power | W | 1200 | |
Quantity of Mini-bars | – | 12 | |
Width of Mini-bars | mm | 5 | |
Spaces between Bars | mm | 0.4 | |
Beam divergence of fast axis(FWHM) | ° | 35 | |
Beam divergence of slow axis(FWHM) | ° | 10 | |
Polarization | – | TE | |
Temperature Drift of Wavelength | nm/℃ | 0.28 | |
Electrical | Operating Current | A | 110 |
Threshold Current | A | 13 | |
Operating Voltage | V | 24 | |
Conversion Efficiency | % | 50 | |
Environment | Operating Temperature | ℃ | -20 ~ 70 |
Storage Temperature | ℃ | -40 ~ 80 |
Application
Pumping source
Material processing
Laser lighting
Medical cosmetology
Scientific research applications
Key Features
Sealed package, compact design
AuSn sintering
Available to work under high-temperature
High power density
High reliability