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Browse by: INVENTOR PATENT HOLDER PATENT NUMBER DATE
 
 
Inventor:
Goltsos; William C.
Address:
Burlington, MA
No. of patents:
7
Patents:












Patent Number Title Of Patent Date Issued
5787107 Method and apparatus for efficient concentration of light from laser diode arrays July 28, 1998
A lens system for use with a linearly arrayed light beam including a first optical element for receiving and redirecting different portions of the linearly arrayed light beam to different locations on an imaginary plane so as to generate a two-dimensional pattern of light beams on the
5568318 Method and apparatus for efficient concentration of light from laser diode arrays October 22, 1996
A lens system for use with a linearly arrayed light beam including a first optical element for receiving and redirecting different portions of the linearly arrayed light beam to different locations on an imaginary plane so as to generate a two-dimensional pattern of light beams on the
5369659 Fault tolerant optical system using diode laser array November 29, 1994
The individual outputs of a large laser diode array are combined using an optical transformer of diffractive optics. To allow for the tolerances in the laser array and combining optics required for mass production, the system further includes corrector optics. The corrector optics includ
5333077 Method and apparatus for efficient concentration of light from laser diode arrays July 26, 1994
A lens system for use with a light beam having a spatial cross-sectional distribution which is extended predominantly in one direction, including a first optical element for receiving and redirecting different portions of the light beam to different locations on an imaginary plane wherei
5260558 Measurements using balanced illumination optical microscopy November 9, 1993
A technique for measuring the distance between the edges of a feature positioned on a substrate wherein the feature is illuminated with light on either side of the edges and the light intensities at either side of each of the edges are detected and are balanced at the detected light
5185758 Multiple-laser pump optical system February 9, 1993
Apparatus and method for scaling solid-state devices to higher power using multiple sources each of which are separately collimated, followed by focusing of the pump radiation into gain medium colinear to laser mode using a moderated focus. A modularized system is also described.
5081637 Multiple-laser pump optical system January 14, 1992
Apparatus and method for scaling solid-state devices to higher power using multiple sources each of which are separately collimated, followed by focusing of the pump radiation into gain medium colinear to laser mode using a moderated focus. A modularized system is also described.










 
 
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