METHOD FOR OPTIMIZING INSPECTION SPEED IN LOW, AND FLUORESCENT LIGHT APPLICATIONS WITHOUT SACRIFICING SIGNAL TO NOISE RATIO, RESOLUTION, OR FOCUS QUALITY

摘要

THE METHOD FOR OPTIMIZING INSPECTION SPEED DURING OPTICAL INSPECTION OF PARTS IN HIGH, LOW AND FLUORESCENT LIGHT APPLICATIONS. THERE ARE DESCRIBED AUTOFOCUS MECHANISMS AND METHODS OPTIMIZED FOR FLUORESCENT AND NON-FLUORESCENT APPLICATIONS THAT WHEN COMBINED WITH A HIGH SPEED CCD CAMERA AND HIGH NUMERICAL APERTURE (NA) OPTICS,ACHIEVE SUPERIOR SIGNAL TO NOISE RATIO, RESOLUTION, AND INSPECTION SPEED PERFORMANCE.