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  • You are here: Home » Canon » Component » Digital Camera » Electronics » Gadgets » Games » Notebook » Canon IS Hybrid Image Stabilizer Technology

    Canon IS Hybrid Image Stabilizer Technology

    July 24, 2009 | Canon, Component, Digital Camera, Electronics, Gadgets, Games, Notebook | 1 Comment

    Canon’s new hybrid technology can compensate for camera shake angular (rotation) and pass the camera shake (linear). Sudden changes in camera angle can cause significant blur in the images taken during shooting standard, while the uncertainty caused by the passage-based shake when the camera moves parallel to the object, is more pronounced in macro and close-up photography.

    Canon IS Hybrid Image Stabilizer Technology

    Camera shake occurs when the camera moves while the shutter is opened and the image sensor is exposed to light. Several preventive measures and corrective procedures have been introduced to compensate for errors caused by camera shake. In 1995, Canon introduced the first SLR interchangeable function of optical image stabilization, a mechanism that compensates for camera shake Optical, which is currently in 21 Canon SLR lenses.

    The new hybrid technology is the angular velocity sensor includes a measure that detects the angle of camera shake that is in all the mechanisms of optical image stabilization, and a new acceleration sensor that determines the amount change based on camera shake. Hybrid also employs a new algorithm that combines the results of the two sensors and elements of the lens moves to compensate for two types of movement. Hybrid IS improves the effects of image stabilization particularly during macro shooting, which is difficult for the technologies of image stabilization.

    Hybrid also employs a new algorithm that synthesizes information from both sensors to optimize the adjustment, and dramatically the effects of improving the image stabilization while shooting, including shooting macro, which proved difficult for the conventional technologies of image stabilization




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