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NY Conduction-Cooled QCW, Fast-Axis Collimated 100-150W per bar, up to 30 bars

NY Conduction-Cooled QCW, Fast-Axis Collimated 100-150W per bar, up to 30 bars
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NY Conduction-Cooled QCW, Fast-Axis Collimated 100-150W per bar, up to 30 bars - 1

808nm, Conduction-Cooled, QCW, Fast-Axis Collimated Vertical Diode Laser Stack Features - With fast axis collimation (<8 mrad) Low vertical height Compact size High collimation efficiency Device Specification Optical Parameters1 Center Wavelength Range Center Wavelength Tolerance Spectral Width (FWHM) Fast-Axis Divergence with Fast-Axis Collimation Slow-Axis Divergence Wavelength Temp. Coefficient Power Conversion Efficiency Recommended Heatsink Capacity per Bar Output Power per Bar Number of Bars Bar-to-Bar Spacing Thermal Parameters Data at 20°C cold plate temperature. 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 QCW, <2% Duty Cycle, <500µsec. 2

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NY Conduction-Cooled QCW, Fast-Axis Collimated 100-150W per bar, up to 30 bars - 2

808nm, Conduction-Cooled, QCW, Fast-Axis Collimated Vertical Diode Laser Stack Package Dimension Back-plane cooled QCW Vertical Diode Laser Stack with 1x10 diode lasers. Back-plane cooled QCW Vertical Diode Laser Stack with 1x25 diode lasers. VISIBLE AND INVISIBLE LASER RADIATION. AVOID EYE OR SKIN EXPOSURE TO DIRECT OR SCATTERED RADIATION! CLASS 4 LASER PRODUCT IEC 825-1 610584 ©2013 DILAS. All rights reserved. DILAS reserves the right to change product specifications without notice. For handling precautions, please reference the general handling instruction manual. For complete details,...

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