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Diode-pumped Yb^3+:KYF_4 femtosecond laser
Optics Letters, 2008Passive mode locking of a diode-pumped Yb(3+):KYF(4) laser is demonstrated using a semiconductor saturable absorber mirror. A high-stability, transform-limited pulse train with a repetition rate of 57 MHz is generated. Solitonlike pulses with maximum average output power of 250 mW, minimum pulse duration of 170 fs, and rms time jitter of 360 fs were ...
Coluccelli Nicola +4 more
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SPIE Proceedings, 1990
Since the invention of diode lasers in the early 1960's there had been continuous investigations in laser diode pumped solid state lasers as has been reviewed in detail by a number of papers ( see e.g. [1] ). There are two main advantages of using diode lasers instead of flashlaraps as a pump source for solid state lasers: First the emission of ...
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Since the invention of diode lasers in the early 1960's there had been continuous investigations in laser diode pumped solid state lasers as has been reviewed in detail by a number of papers ( see e.g. [1] ). There are two main advantages of using diode lasers instead of flashlaraps as a pump source for solid state lasers: First the emission of ...
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GaAs Laser Diode Pumped Nd:YAG Laser
Applied Optics, 1974A 1.5-mm by 3-cm neodymium-ion doped YAG laser rod has been side pumped using a GaAs laser diode array tuned to the 8680-A absorption line, achieving a multimode average output power of 120 mW for a total input power of 20 W to the final-stage laser diode drivers.
L C, Conant, C W, Reno
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Diode-pumped dye laser analysis and design
Applied Optics, 1992We investigate the feasibility and perform an analysis of diode pumping organic dye lasers. From a number of candidate laser dyes operating in the visible (red) to near-infrared spectrum, we select two dyes that appear most suited for pumpingby commercially available diode lasers.
D P, Benfey +4 more
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Directly diode-pumped holmium fiber lasers
Optics Letters, 2007Sensitizer-free holmium-doped silica and fluoride mid-infrared fiber lasers are pumped using a high-power diode laser operating at 1148 nm. A maximum output power of 162 mW at 2.86 microm was produced at a slope efficiency of 24% using Ho(3+), Pr(3+)-doped fluoride fiber.
Stuart D, Jackson, F, Bugge, G, Erbert
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Annual Meeting Optical Society of America, 1989
Interest in diode laser pumped solid state lasers has increased dramatically in the past few years due to their advantages over lamp pumped devices and improvements in diode lasers. This has led not only to better performance for 1.06- and 1.32-µm Nd doped lasers, but also to demonstration of a number of novel diode pumped devices.
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Interest in diode laser pumped solid state lasers has increased dramatically in the past few years due to their advantages over lamp pumped devices and improvements in diode lasers. This has led not only to better performance for 1.06- and 1.32-µm Nd doped lasers, but also to demonstration of a number of novel diode pumped devices.
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Optical Society of America Annual Meeting, 1990
No summary was available at press time.
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No summary was available at press time.
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LEOS '92 Conference Proceedings, 2005
Diode pumped solid state lasers offer the ability to produce pulses of high peak power which can be used for efficient frequency conversion using nonlinear optical techniques.
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Diode pumped solid state lasers offer the ability to produce pulses of high peak power which can be used for efficient frequency conversion using nonlinear optical techniques.
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Diode-pumped, room-temperature Tm:YAP laser
Applied Optics, 1997Room-temperature operation of a continuous-wave Tm:YAP laser is reported. A 3 W laser diode in an end-pumped geometry is used to generate 730 mW of thulium laser output, which represents a conversion efficiency of 42% in terms of absorbed pump power. The laser operates on a number of lines in the wavelength range 1.965 to 2.020 mum.
I F, Elder, J, Payne
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Diode-pumped continuous-wave Nd:glass laser
Optics Letters, 1986We report on diode-laser pumping of monolithic Nd:glass laser oscillators. End pumping with a single-stripe diode laser, a threshold of 2.2 mW, and a slope efficiency of 42% were observed on a 2-mm-long oscillator with a mode radius of 35 microm. The oscillator generated 2.5 mW of single-ended output power in many (>20) axial modes.
W J, Kozlovsky, T Y, Fan, R L, Byer
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