Conduction-cooled QCW Stacked Array
Description
QD-Q1yzz-A, QD-Q1yzz-B, QD-Q1yzz-BS, QD-Q1yzz-G and QD-Q1yzz-K are conductively cooled laser diode arrays. These stacked arrays can be built with 2 to 19 diode bars of 60 W QCW to 400 W QCW. The laser arrays benefit from a fully developed technology, designed for improved efficiency (up to 65 % @ 808 nm and 72 % @ 940 nm) and reliable operation (above 10 billion shots).
Conduction-cooled QCW Stacked Array
Specifications |
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|---|---|
| Pitch Between Diode Bars (µm) : | 330 to few 1000s µm |
| QCW Optical Power Per Diode Bar (W) : | up to 400 W |
| Operating Voltage: | < 2 / bar Volt |
| Wavelength: | 790 to 980 nm |
| Pulse Width: | 500 µs |
Features
- QCW operation
- 60 W to 400 W QCW per diode bar
- Standard wavelength 795 to 830 nm, 880 nm, 9xx nm
- Space qualified technology (vacuum, irradiation)
- Low thermal resistance assembly package
- Mechanically robust, shock and vibration resistant
Applications
- Ablation
- Engraving
- Flat panel display
- LIBS
- LIDAR
- LIF
- Surface treatment
- Spectroscopy
- Marking
- Shockwave generation
- Pumping
- Remote sensing
- Pointer
- Designator
- Illuminator
- Range finder
- Defense & Security
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
Contact Supplier
How to order?
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Ships from:
France
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Sold by:
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On FindLight:
since 2022
Frequently Asked Questions
The QD-Q1yzz stacked array can be built with a maximum of 19 diode bars.
The standard wavelength range for the QD-Q1yzz stacked array is from 795 to 830 nm, 880 nm, and 9xx nm.
The QD-Q1yzz stacked array can be used in applications such as ablation, engraving, flat panel display, LIBS, LIDAR, surface treatment, spectroscopy, marking, shockwave generation, pumping, remote sensing, pointer designator, illuminator, range finder, defense, and security.
Yes, the QD-Q1yzz stacked array is mechanically robust and resistant to shock and vibration.
Yes, the QD-Q1yzz stacked array has been successfully tested and qualified for use in space missions, including endurance under vacuum and irradiation tests.