Single Emitter Diode Lasers cw, passively cooled • High optical output power of 8 W cw • Pumping of solid-state lasers • High efficiency, low divergences • Print applications • Lifetime > 10,000 h, high reli

Single Emitter Diode Lasers cw, passively cooled Specifications (Start of Life) JOLD-8-BAS-1E, Design 215712124 Operation Mode Maximum Optical Output Power Emitter Width Center Wavelength at 25 °C Center Wavelength Variation at 25 °C Typical Spectral Bandwidth (FWHM) Maximum Spectral Bandwidth (FWHM) Typical Operation Current Maximum Operation Current Typical Threshold Current Maximum Threshold Current Typical Slope Minimum Slope Maximum Operating Voltage Typical Fast Axis Divergence FWHM Typical Fast Axis Divergence 95 % Typical Slow Axis Divergence FWHM Typical Slow Axis Divergence 95 % Anode,...

Open Heat Sink Diode Lasers cw, passively cooled • High optical output power up to 160 W cw • Pumping of solid-state lasers • High efficiency, low divergences • Print applications • Long lifetime, high reliability

Open Heat Sink Diode Lasers cw, passively cooled Preliminary Specifications Operation Mode Maximum Optical Output Power Center Wavelength at 25 °C Center Wavelength Variation at 25 °C Typical Spectral Bandwidth (FWHM) Maximum Spectral Bandwidth (FWHM) Typical Operation Current Maximum Operation Current Typical Threshold Current Maximum Threshold Current Typical Slope Minimum Slope Maximum Operating Voltage Typical Fast Axis Divergence FWHM Typical Fast Axis Divergence 86 % Typical Fast Axis Divergence 95 % Typical Slow Axis Divergence FWHM Typical Slow Axis Divergence 86 % Typical Slow Axis Divergence...

Open Heat Sink Diode Lasers Features: Applications: • High optical output power up to 200 W cw • Pumping of solid-state lasers • High efficiency, low divergence • Print applications • Long lifetime, high reliability • Medical applications

Open Heat Sink Diode Lasers cw, passively cooled Product Order code Operating Mode Maximum Optical Output Power Maximum Optical Output Power after Collimation Center Wavelength at 25 °C Center Wavelength Tolerance at 25 °C Typical Spectral Bandwidth (FWHM) Maximum Spectral Bandwidth (FWHM) Typical Operating Current Maximum Operating Current Typical Threshold Current Maximum Threshold Current Typical Slope Minimum Slope Maximum Operating Voltage Fast Axis Divergence (Full Power) Typical Fast Axis Divergence FWHM Typical Fast Axis Divergence 86 % Typical Fast Axis Divergence 95 % Typical Slow Axis...

Open Heat Sink Diode Lasers Features: Applications: • High optical output power up to 60 W cw, 100 W qcw • Pumping of solid-state lasers • High efficiency, low divergences • Print applications • Long lifetime > 20,000 h, high reliability • Medical applications

Open Heat Sink Diode Lasers cw & qcw, passively cooled (Start of Life) Operation Mode Maximum Pulse Length / Duty Cycle Maximum Optical Output Power Center Wavelength at 25 °C Center Wavelength Variation at 25 °C Typical Spectral Bandwidth (FWHM) Maximum Spectral Bandwidth (FWHM) Typical Operation Current Maximum Operation Current Typical Threshold Current Maximum Threshold Current Typical Slope Minimum Slope Maximum Operating Voltage Typical Fast Axis Divergence FWHM Typical Fast Axis Divergence 86 % Typical Fast Axis Divergence 95 % Typical Slow Axis Divergence FWHM Typical Slow Axis Divergence...

Open Heat Sink Diode Lasers cw, passively cooled • High optical output power up to 100 W cw • Pumping of solid-state lasers • High efficiency, low divergences • Print applications • Long lifetime > 20,000 h, high reliability

Open Heat Sink Diode Lasers Operation Mode Maximum Optical Output Power Center Wavelength Variation at 25 °C Typical Spectral Bandwidth (FWHM) Maximum Spectral Bandwidth (FWHM) Typical Operation Current Maximum Operation Current Typical Threshold Current Maximum Threshold Current Typical Slope Minimum Slope Maximum Operating Voltage Typical Fast Axis Divergence FWHM Typical Fast Axis Divergence 86 % Typical Fast Axis Divergence 95 % Typical Slow Axis Divergence FWHM Typical Slow Axis Divergence 86 % Typical Slow Axis Divergence 95 % Anode, Cathode Connectors Operation Conditions Expected Lifetime...

Open Heat Sink Diode Lasers cw & qcw, passively cooled, with collimation Design 215507226 Design 215507126 Design 215507126 - Very high optical output power up to 35 W cw, 90 W qcw - Pumping of solid-state lasers Features: after collimation Applications: - Print applications • Long lifetime > 20,000 h, high reliability cw, 90 W qcw - High optical output power up to 35 W • Pumping of solid-state lasers - Medical applications after collimation - Passively cooling • High efficiency, low divergences • Long lifetime > 20,000 h, high reliability • Print applications • Medical app

Open Heat Sink Diode Lasers cw & qcw, passively cooled, with collimation (Start of Life) Operation Mode Maximum Pulse Length / Duty Cycle Max. Optical Output Power after Collimation Center Wavelength at 25 °C Center Wavelength Variation at 25 °C Typical Spectral Bandwidth (FWHM) Maximum Spectral Bandwidth (FWHM) Typical Operation Current Maximum Operation Current Typical Threshold Current Maximum Threshold Current Typical Slope Minimum Slope Maximum Operating Voltage Fast Axis Divergence (Full Power) Slow Axis Divergence (Full Power) Typical Slow Axis Divergence FWHM Typical Slow Axis Divergence...

Open Heat Sink Diode Lasers cw, passively cooled, with collimation • High optical output power up to 55 W cw after • Pumping of solid-state lasers collimation • High efficiency, low divergences • Long lifetime > 20,000 h, high reliability • Print applications • Medical app

Open Heat Sink Diode Lasers cw, passively cooled, with collimation (Start of Life) Operation Mode Max. Optical Output Power after Collimation Center Wavelength at 25 °C Center Wavelength Variation at 25 °C Typical Spectral Bandwidth (FWHM) Maximum Spectral Bandwidth (FWHM) Typical Operation Current Maximum Operation Current Typical Threshold Current Maximum Threshold Current Typical Slope Minimum Slope Maximum Operating Voltage Fast Axis Divergence (Full Power) Slow Axis Divergence (Full Power) Typical Slow Axis Divergence FWHM Typical Slow Axis Divergence 86 % Typical Slow Axis Divergence 95...