Choosing the right charge-coupled device (CCD) image sensor is an important decision. While some features of a given sensor may make it optimal for use in one application, this same sensor may be less ...

Charge-coupled-device cameras are a vital component of many applications involving digital imaging. Neil Savage presents a summary of some of the latest products. Cameras based on ...

CCD linear image sensor delivers 40% lower random noise and achieves data rates up to 100 MHz—enabling faster, higher-quality image capture for demanding applications. Toshiba has introduced a new ...

A type of CCD sensor from Fujifilm that is used in its digital cameras. Super CCD uses a honeycomb structure of octagon-shaped light sensors (photodiodes) at 45 degree angles rather than 90 degrees.

Toshiba’s TCD2728DG CCD linear image sensor uses lens reduction to cut random noise, enhancing image quality in semiconductor inspection equipment and A3 multifunction printers. As a lens-reduction ...

At the start of the century, it was unthinkable that people would walk around with a pocket-sized camera. But today, we take the ubiquity of photographic equipment for granted. Smartphone cameras have ...

Advancements in semiconductor manufacturing, particularly the ability to create increasingly smaller and more efficient systems, have made image sensors integral to most people's daily lives. Imaging ...

The KAF-3200E CCD image sensor has been upgraded to provide what is reported as a significant increase in the CCD's ability to convert incident light into electrical energy. Renamed the KAF-3200ME, ...