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1 - 12 of 66 Products for '244 Nm Laser' Page 1 of 6 |

244 Nm Laser

INNOVA FreD

INNOVA FreD

…Fundamental 2 Wavelength (nm) Power (W) Wavelength (nm) Power (W) Wavelength (nm) Power (W) Multiline Visible 5.00 264.3 0.02 264.3 0.02 528.7 0.35 257.2 0.10 257.2 0.20 514.5 2.00 250.8 0.015 250.8 0.03 501.7 0.40 248.2 0.06 248.2 0.075 496.5 0.60 244.0 0.10 244.0 0.125 488.0 1.50 238.2 0.03…

COHR ExcimerCatalog2016revA 1.pdf

COHR ExcimerCatalog2016revA 1.pdf

…50/60Hz 50/60Hz Dimensions(LxWxH) 2800x850x20833 mm 2800x850x20833 mm (110.2x33.3x82in.) (110.2x33.3x82in.) LAMBDA SX for Excimer Laser Annealing Excimer Lasers Key Features Customer Benefits · Best Pulse Stability · High annealing homogeneity · Stable Beam Parameter · High annealing yield 1…

Microelectronics

Microelectronics

…frequency-doubled argon lasers that produce high-power output in the deep-UV. The Innova Ion’s 244 nm wavelength is used to create periodic changes in the core refractive index of optical fiber. The resulting fiber gratings are used in DWDM technology, laser mirrors in fiber lasers, dispersion…

COHR ExcimerCatalog2016revA 1.pdf

COHR ExcimerCatalog2016revA 1.pdf

…527-3786 · Tel: (408) 764-4983 · Fax: (800) 362-1170 25 LAMBDA SX K-Series and C-Series Excimer Lasers Key Features Customer Benefits · Industrial Design · Rugged and reliable · Unmatched laser beam stability · Industrial Interfaces · Integrated industrial PC · Ethernet interface · Direct Control…

LPXpro series DSrevC

LPXpro series DSrevC

…SCATTERED RADIATION. CLASS IV LASER RADIATION PRODUCT. PER EN60825-1:2007 POWER 125W 125W 125W 100W 50W 100W DURATION 10 to 50 ns 10 to 50 ns 10 to 50 ns 10 to 50 ns 5 to 50 ns 5 to 50 ns 157 to 800 nm 157 to 800 nm 157 to 800 nm 157 to 800 nm 157 to 800 nm 157 to 800 nm MODEL LPXpro 210 LPXpro 220…

300C MotoFred MC-030

300C MotoFred MC-030

…MOTOFRED Coherent Laser Division Continous-Wave Ion Wavelength (nm) Power (W) Wavelength (nm) Power (W) Multiline Visible 5.00 264.3 0.02 264.3 0.02 528.7 0.35 257.2 0.10 257.2 0.20 514.5 2.00 250.8 0.015 250.8 0.03 501.7 0.40 248.2 0.06 248.2 0.075 496.5 0.60 244.0 0.10 244.0 0.125 488.0 1.50 238.2…

All-Solid-State-Continuous-Wave-UV-Laser-for-Writing-FBGs.pdf

All-Solid-State-Continuous-Wave-UV-Laser-for-Writing-FBGs.pdf

…including SMF-28: often producing superior results to those created by a frequency-doubled ion laser at 244 nm. As expected, hydrogen-loaded fibers produce superior results because of Azure's 266 nm wavelength, but several doped fibers produce good results even without hydrogen loading. References…

All-Solid-State-Continuous-Wave-UV-Laser-for-Writing-FBGs.pdf

All-Solid-State-Continuous-Wave-UV-Laser-for-Writing-FBGs.pdf

…with a 244 nm frequency-doubled ion laser (Coherent FreD) in which dn values of up to 0.001 were recorded. Figure 7 shows the grating growth for a number of successive exposures in hydrogen-loaded Fiberlogix Photosensitive fiber for 200 mW and 100 mW of laser power. At 200 mW of laser power the…

All-Solid-State-Continuous-Wave-UV-Laser-for-Writing-FBGs.pdf

All-Solid-State-Continuous-Wave-UV-Laser-for-Writing-FBGs.pdf

…doubling of a CW laser is a highly non-linear process that is very intensity sensitive. Thus, even small power changes of the input (488 nm) can cause a dramatic change in the output power at 244 nm. On the other hand, the excimer laser is by far the most powerful source of UV laser light, and so…

Azure for FBGs Whitepaper.pdf

Azure for FBGs Whitepaper.pdf

…including SMF-28: often producing superior results to those created by a frequency-doubled ion laser at 244 nm. As expected, hydrogen-loaded fibers produce superior results because of Azure's 266 nm wavelength, but several doped fibers produce good results even without hydrogen loading. References…

Azure for FBGs Whitepaper.pdf

Azure for FBGs Whitepaper.pdf

…including SMF-28: often producing superior results to those created by a frequency-doubled ion laser at 244 nm. As expected, hydrogen-loaded fibers produce superior results because of Azure's 266 nm wavelength, but several doped fibers produce good results even without hydrogen loading. References…

Large-Area Laser-Lift-Off Processing in Microelectronics

Large-Area Laser-Lift-Off Processing in Microelectronics

244 R. Delmdahl et al. / Physics Procedia 41 (2013) 241 - 248 Fig. 3. Fabrication scheme of flexible displays by means of laser-lift-off By appropiately moving the substrate under the pulsing laser line beam field it is possible to cover an entire generation 4 display panel (730 mm x 920 mm), from…

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