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1.    BeamShapingLFW05Rev2 Best match in this PDF  |  All matches in this PDF …profile in the short axis, and a "top hat" (super Gaussian) profile in the long axis. Top hat refers to a beam intensity cross section with an extended central plateau that falls off near the edges. One way to transform this into a uniform intensity distribution is a cylinder lens homogenizer, consisting… Related Searches: beam homogenizer | beam shaping optics | expander | beam expander

2.    LTJ2012 BeamAnalysis Best match in this PDF  |  All matches in this PDF …in each axis. note, for each rotation of the drum, the beam profile is measured in two different planes, namely, where the knife edges cut the beam nearer the focusing lenses, and where they cross the beam nearer the detector. in operation, the diffraction limited, precision focusing lens assembly first…

3.    OnyxMCCP 9000-808 DSrevB 1010 1 Best match in this PDF  |  All matches in this PDF …FWHM (no lenses) Slow Axis (typical)(deg.) 6 6 6 6 Fast Axis (typical)(deg.) 35 35 35 35 Divergence FWHM (with fast lens) Slow Axis (typical)(deg.) 6 6 6 6 Fast Axis (deg.) <0.25 <0.25 <0.25 <0.25 Divergence FWHM (with fast and slow lens) (19 emitters only) Slow Axis (deg.) <4.5 Fast Axis (deg.) <0… Related Searches: qcw diode

4.    OnyxMCCP 9000-975 DSrevB 1010 1 Best match in this PDF  |  All matches in this PDF ….1 Divergence FWHM (no lenses) Slow Axis (typical)(deg.) 6 6 Fast Axis (typical)(deg.) 35 35 Divergence FWHM (with fast lens) Slow Axis (typical)(deg.) 6 6 Fast Axis (deg.) <0.25 <0.25 Divergence FWHM (with fast and slow lens) (19 emitters only) Slow Axis (deg.) <4.5 Fast Axis (deg.) <0.25 Thermal Resistance…

5.    OnyxMCCP 9000-940 DSrevB 1010 1 Best match in this PDF  |  All matches in this PDF …FWHM (no lenses) Slow Axis (typical)(deg.) 6 6 6 6 Fast Axis (typical)(deg.) 35 35 35 35 Divergence FWHM (with fast lens) Slow Axis (typical)(deg.) 6 6 6 6 Fast Axis (deg.) <0.25 <0.25 <0.25 <0.25 Divergence FWHM (with fast and slow lens) (19 emitters only) Slow Axis (deg.) <4.5 Fast Axis (deg.) <0… Related Searches: 940 nm

6.    pdf 232 Best match in this PDF  |  All matches in this PDF …detector by a special electrostatic lens that maps the velocity of the ion, independent of its position of formation [1]. This special feature allows very good kinetic energy resolution ( E/E ~ 2%). In the experiment, a pulsed supersonic jet of OClO is directed along the axis of a time-of-flight spectrometer… Related Searches: price list | sapphire laser price list | laser pdf | pulse laser

7.    COHR DLM2011 Catalog FINAL Best match in this PDF  |  All matches in this PDF …beam using MicroBlaze patented technology.This is a technique that accurately positions a fiber micro-lens inside the diode laser cap. The micro-lens uniquely corrects the divergence of the fast axis. Once corrected, the beam shape changes from elliptical to circular, providing maximum power transmission… Related Searches: mechanical modulator | 635 nm 10 mw | projection | f system

8.    pdf 126 Best match in this PDF  |  All matches in this PDF …projection lenses, using fluence levels of < 0.1mJ/cm2 / Fig. 3: Birefringence intensity and angle pattern in a sample with net density increase. Exposure conditions were: circular aperture, circular laser polarization, and top-hat beam intensity profile. The lines show the direction of the slow axis (higher… Related Searches: coherence length | laser pdf | spatial filter | top hat profile

9.    Mode Master White Paper July 2011 final Best match in this PDF  |  All matches in this PDF …axis precision positioner. Note, for each rotation of the drum, the beam profile is measured in two different planes, namely, where the knife edges cut the beam nearer the focusing lenses, and where they cross the beam nearer the detector. In operation, the diffraction limited, precision focusing lens… Related Searches: diffractive optical element | focus | field master | mode master

10.    Best Practices Whitepaper Best match in this PDF  |  All matches in this PDF …to move most lenses or work pieces, so the primary benefit of galvanometer scanning systems is speed. However, as the aperture of a scan lens increases, the size of the scan mirrors gets bigger, and mirror mass increases with the cube of aperture. Heavier mirrors can't be moved as fast as lighter mirrors… Related Searches: telecentric | laser basics | avia 355 laser | galvanometer

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Search Suggestions: beam homogenizer | beam shaping optics | expander | beam expander | uv homogenizer | uniformity | silicon drilling | beam profiler | top hat profile | qcw diode

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