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25 - 36 of 181 Products for '355 nm cw laser' Page 3 of 16 |
Related Categories: 355 Nm Cw | 561 Nm | 561 Nm Laser | 532 Nm Laser | 488 Nm

355 nm cw laser

Laser Based Electronics Manufacturing

Laser Based Electronics Manufacturing

…wave (CW) ultraviolet output was only available from bulky, power hungry gas lasers. More recently, a number of CW UV applications, both biomedical and non-biomedical, have utilized a new generation of mode-locked solid state lasers with output at 355 nm. However, these pseudo-CW lasers are not…

Laser Based Electronics Manufacturing

Laser Based Electronics Manufacturing

…wave (CW) ultraviolet output was only available from bulky, power hungry gas lasers. More recently, a number of CW UV applications, both biomedical and non-biomedical, have utilized a new generation of mode-locked solid state lasers with output at 355 nm. However, these pseudo-CW lasers are not…

Laser Based Electronics Manufacturing

Laser Based Electronics Manufacturing

…viable. Instead, Coherent now meets all the above criteria with a 355 nm laser based on OPSL technology. In an OPSL, the active laser medium is a semiconductor chip that is pumped by one or more laser diodes. The near infrared laser fundamental is efficiently frequency multiplied using non-linear…

Laser Based Electronics Manufacturing

Laser Based Electronics Manufacturing

…viable. Instead, Coherent now meets all the above criteria with a 355 nm laser based on OPSL technology. In an OPSL, the active laser medium is a semiconductor chip that is pumped by one or more laser diodes. The near infrared laser fundamental is efficiently frequency multiplied using non-linear…

Laser Based Electronics Manufacturing

Laser Based Electronics Manufacturing

…viable. Instead, Coherent now meets all the above criteria with a 355 nm laser based on OPSL technology. In an OPSL, the active laser medium is a semiconductor chip that is pumped by one or more laser diodes. The near infrared laser fundamental is efficiently frequency multiplied using non-linear…

OBIS-LG-355-20-Data-Sheet.pdf

OBIS-LG-355-20-Data-Sheet.pdf

Compact True CW 355 Laser OBIS LG 355-20 Optical Specifications1 OBIS LG 355-20 (OEM) Wavelength (nm) 355 ±2 FWHM Linewidth (GHz) 99 Output Power (mW) >20 Spatial Mode TEM00 Beam Quality (M2) 100:1 Polarization Direction Vertical, ±5° Noise (%, RMS)(10 Hz to 1 MHz) <0.25 Power Stability (%)(pk-pk)…

Laser Focus World - January 2015

Laser Focus World - January 2015

…gas lasers to solid state alternatives presented a significant challenge for the ultraviolet. Efficient frequency tripling of the 1064 nm fundamental (to produce 355 nm) requires high intensity at the harmonic-generating crystals, necessitating intracavity tripling in continuous wave (CW) lasers.

Laser Focus World - January 2015

Laser Focus World - January 2015

…gas lasers to solid state alternatives presented a significant challenge for the ultraviolet. Efficient frequency tripling of the 1064 nm fundamental (to produce 355 nm) requires high intensity at the harmonic-generating crystals, necessitating intracavity tripling in continuous wave (CW) lasers.

Laser Focus World - January 2015

Laser Focus World - January 2015

…gain medium is considerably shorter than the round trip time of the laser cavity, so there is no stored gain to support dynamic mode competition. OPSL technology is also power scalable. As a result, true-CW, OPSL lasers at 355 nm now offer output powers exceeding 20 mW. Multiple wavelengths in flow…

Laser Focus World - September 2015

Laser Focus World - September 2015

…eventualities, Ophir-Spiricon's Pyrocam broadband thermal camera analyzes pulsed or continuous-wave (CW) lasers with output from extreme-UV (EUV) wavelengths out to terahertz wavelengths, covering the 13-355 nm and 1.06-3000 µm wavelength regions. "The Pyrocam IV has three significant features,"…

OBIS LG 355-20 DS 0114 4.pdf

OBIS LG 355-20 DS 0114 4.pdf

…Cytometry, Particle Counting and Microscopy are enabled by true CW 355 nm lasers attractive for exciting fluorophores in the UV.The OBIS LG 355 is the next generation of Coherent 355 nm CW laser technology, absolutely minimizing laser footprint in your instrument, and eliminating the need for a…

Microsoft Word - Understand Different Laser Beam  Rev 1 Final.doc

Microsoft Word - Understand Different Laser Beam Rev 1 Final.doc

…profiler to use are wavelength, beam size, laser power (or energy) and operating mode (CW or pulsed). Wavelength The wavelength being measured largely determines the type of detector device needed. For the wavelength range from 190 nm to 1100 nm, CCD and CMOS cameras or Si-sensor based knife-edge…

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