CW ARRAY PACKAGES - Lasertel - #1

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TYPICAL PERFORMANCE SPECIFICATIONS (Top = 25°C) 885nm-990nm CW ARRAY PACKAGES PHONE: 1-520-744-5700 TOLLFREE: 1-877-844-1444 L A S E R T E L . C OM ABSOLUTE MAXIMUM RATINGS Reverse Voltage V 2.0 Operation Temperature² °C -20 to +70 Storage Temperature °C -40 to +85 ¹ Applies to single color stacks, multiple color stacks also available, consult Lasertel for details. ² Non-condensing, not to exceed rated power or maximum current. 3 Custom bar widths available. Lasertel’s LT-6500 stack array packages are engineered and manufactured to perform reliably and efficiently in the most demanding environments. Due to our exclusive ability to offer a broad range of optical output powers, alternate peak wavelengths and operating temperatures, engineers from a variety of industries rely on Lasertel to meet their custom specifications. Lasertel manufactures customized, state-of-the-art laser diode array packages that set industry standards for performance, quality and reliability. LASERTEL DELIVERS.... • Robust construction consisting of expansion matched materials and hard solder • Patented design and assembly technology • Custom packaging and standard configurations • ISO 9001:2000, ISO 13485:2003 TYPICAL PERFORMANCE SPECIFICATIONS (Top = 25°C) Peak Output Power W 600 Peak Wavelength nm 770-870 Spectral Width (FWHM)1 nm 3.0 Number of Bars – 10 Pitch Between Bars (min) mm 1.1 to 1.7 Bar Width3 mm 10 Operating Current A 70 Conversion Efficiency % 55 Fast Axis Divergence (FWHM) ° 36 Slow Axis Divergence (FWHM) ° 10 10 BAR Peak Output Power W 3600 Peak Wavelength nm 770-870 Spectral Width (FWHM)1 nm 4.0 Number of Bars – 60 Pitch Between Bars (min) mm 1.1 to 1.7 Bar Width3 mm 10 Operating Current A 70 Conversion Efficiency % 55 Beam Divergence (FWHM) ° 36 Fast Axis Divergence (FWHM) ° 36 Slow Axis Divergence (FWHM) ° 10 TYPICAL PERFORMANCE SPECIFICATIONS (Top = 25°C) 60 BAR CW Stack Arrays • Designed to eliminate common failure mechanisms associated with competing CW stack array technology • Monolithic design with no o-rings or rubber gaskets to eliminate failure due to water leaks. • Environmentally robust – expansion-matched hard solder assembly to allow for stable performance over large temperature ranges and extreme shock and vibration. • Compatible with industrial water • Compatible with relaxed filtration requirements • Flexible footprint • Compatible with environmentally demanding applications • Bar to bar pitch as low as 1.1mm for increased brightness. • Enhanced heat removal capability resulting in a thermal resistance of <0.1ºC/W • Lensed and wavelength stabilized configurations available • 4mrad FFFA beam divergence • 8mrad beam to beam parallelism • ±0.5nm peak wavelength tolerance, 0.3nm spectral width