Other recent product releases:

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09 March 2010 - Dual-Wavelength Laser Source Covers a Wide Wavelength Range

02 March 2010 - TECHSPEC® Single Axis Crossed-Roller Translation Stages Provide High Accuracy, Rigidity and Load Capacity

25 February 2010 - Edmund Optics® Introduces TECHSPEC® Near UV Achromatic Lenses

24 February 2010 - Epilog Laser Releases Zing 24 Rotary Attachment

15 February 2010 - TECHSPEC® Hot and Cold Mirrors Feature Multi-Layer Dielectric Coating

20 January 2010 - Altman’s 4-Channel LED Entertainment Lights Deliver 281 Trillion Colors

12 January 2010 - New Optical Design Software Released by Optical Engineering Firm Breault Research

05 January 2010 - Edmund Optics Acquires Ealing’s Reflecting Objectives Product Line

02 November 2009 - Edmund Optics Releases New S-Mounts for Small Optics Offering Short Working Distance for Optimal Performance

24 September 2009 - Gradient Index Rod Lenses Offer Micro Lens Alternative to Aspherical Singlets

08 September 2009 - Edmund Optics TE Cooled CCD Based Spectrometers

16 July 2009 - Edmund Optics Introduces IR Right Angle Prisms

09 March 2009 - GC780/GC780C New Low Cost Gigabit Ethernet Camera 64 fps from Prosilica

06 March 2009 - New Broadband Fibre-to-Fibre Isolators ...

63xx Multi-Mode 9xxnm, 10W Diodes

JDSU 63xx Series high-brightness laser diodes

JDSU 63xx Series high-brightness laser diodes offer 10W CW output at 915, 940 and 976nm from 100µm apertures. Mounted on a low thermal-resistance, electrically isolated submount, allowing for easy integration into user systems.

The 63xx series diode lasers represent a breakthrough in high continuous wave (CW) optical power and ultra high brightness with unsurpassed reliability offering up to 10W of CW power from a 100µm apertures.

The small emitting aperture, combined with low beam divergence, makes the 63xx series the highest brightness family of CW diode lasers available in the industry.

The 63xx series consists of partially coherent broad-area emitters, with relatively uniform emission over the emitting aperture. Operation is multilongitudinal mode, with a spectral envelope width of approximately 3.5nm full width half maximum (FWHM).

 

Source: Photonics Solutions, (Press Release).
Date: 18 February 2009


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