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1 - 12 of 101 Products for 'Calculator Line Generator' Page 1 of 9 |
Related Categories: Projection Head

Calculator Line Generator

2011-Diode-Laser-Modules-and-Pattern-Generators-Catalog.pdf

2011-Diode-Laser-Modules-and-Pattern-Generators-Catalog.pdf

…slide the line generating optic head slightly off center, see Lasiris Application Primers figure below, turn the laser ON and move optical head up and down until the projected line is uniform, then tighten the set-screw. Diffractive Optics The following equation is used to calculate the diffraction…

2011-Diode-Laser-Modules-and-Pattern-Generators-Catalog.pdf

2011-Diode-Laser-Modules-and-Pattern-Generators-Catalog.pdf

…slide the line generating optic head slightly off center, see Lasiris Application Primers figure below, turn the laser ON and move optical head up and down until the projected line is uniform, then tighten the set-screw. Diffractive Optics The following equation is used to calculate the diffraction…

paper.PDF

paper.PDF

…The slow drop-off at longer wavelengths is due to the FIR waveguide cut-off, and the low power spike at 236 µm is due to the weak pump line for this laser line (9R6). The low frequency performance can be easily improved by using a larger waveguide diameter in the laser. Output Power vs Wavelength…

paper.PDF

paper.PDF

…The slow drop-off at longer wavelengths is due to the FIR waveguide cut-off, and the low power spike at 236 µm is due to the weak pump line for this laser line (9R6). The low frequency performance can be easily improved by using a larger waveguide diameter in the laser. Output Power vs Wavelength…

MFL 2003-03 newest.qxd

MFL 2003-03 newest.qxd

…Angular Position Line intensity profile along line length Uniform intensity Laser line patterns are often generated by cylindrical optics that produce a gaussian line profile with a bright center and fading ends. LasirisTM patented optics spread the light into an evenly illuminated line. The result…

COHR DLM2011 Catalog FINAL.pdf

COHR DLM2011 Catalog FINAL.pdf

…slide the line generating optic head slightly off center, see Lasiris Application Primers figure below, turn the laser ON and move optical head up and down until the projected line is uniform, then tighten the set-screw. Diffractive Optics The following equation is used to calculate the diffraction…

Laser-Lift-Off-Systems-for-Flexible-Display-Production.pdf

Laser-Lift-Off-Systems-for-Flexible-Display-Production.pdf

…and is designed to generate a homogeneous line beam length in the range of 250-750 mm to match the substrate size to be processed in the experiments. The line beam width is 0.25-0.4 mm, depending on the line length. Such a high aspect ratio of the line beam field is generated by independently…

Laser-Lift-off-Systems-for-Flexible-Display-Production.pdf

Laser-Lift-off-Systems-for-Flexible-Display-Production.pdf

…and is designed to generate a homogeneous line beam length in the range of 250-750 mm to match the substrate size to be processed in the experiments. The line beam width is 0.25-0.4 mm, depending on the line length. Such a high aspect ratio of the line beam field is generated by independently…

Laser Lift-Off Systems for Flexible-Display Production.pdf

Laser Lift-Off Systems for Flexible-Display Production.pdf

…and is designed to generate a homogeneous line beam length in the range of 250-750 mm to match the substrate size to be processed in the experiments. The line beam width is 0.25-0.4 mm, depending on the line length. Such a high aspect ratio of the line beam field is generated by independently…

Excimer LLO 2014.pdf

Excimer LLO 2014.pdf

…and is designed to generate a homogeneous line beam length in the range of 250-750 mm to match the substrate size to be processed in the experiments. The line beam width is 0.25-0.4 mm, depending on the line length. Such a high aspect ratio of the line beam field is generated by independently…

CUBE 640FP DS

CUBE 640FP DS

…side (+1, +2, +3...) and the negative orders on the other side (-1, -2, -3...). The spreading angle s between the two outmost beams (or lines, when a line generating lens is added) is twice the angle of the higher order beam. For example, for a 5-line pattern at 670 nm with a period d = 25 µm, the…

CUBE 640FP DS

CUBE 640FP DS

…side (+1, +2, +3...) and the negative orders on the other side (-1, -2, -3...). The spreading angle s between the two outmost beams (or lines, when a line generating lens is added) is twice the angle of the higher order beam. For example, for a 5-line pattern at 670 nm with a period d = 25 µm, the…

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