One or more output amplifiers at the edge of the chip collect the signals from the CCD. An electronic image can be obtained by—after having exposed the sensor with a light pattern—applying a series of ...

Super CCD uses a honeycomb structure of octagon-shaped light sensors (photodiodes) at 45 degree angles rather than 90 degrees. Introduced in 2000 with its FinePix camera line, the diagonal design ...

(Charge-Coupled Device sensor) An electronic memory that records the intensity of light as a variable charge. Although mostly replaced by CMOS sensors to capture images in cameras, camcorders and ...

A linear image sensor is a solid-state device that converts an optical image into an analog signal in a line-by-line fashion. There are two types of linear image ...

The rise and fall of the CCD sensor mirrored a paradigm shift in our lives as we sought new, pocket-sized technologies that ...

Cameras based on charge-coupled-device (CCD) detectors are continuing to prove ... according to Behnam Rashidian, sensor product manager at Dalsa Life Sciences. With no need to develop X-ray ...

This camera is based on a 1/3 type CCD with Sony's unique DynaView technology, offering a wide dynamic range for high sensitivity. Building on the success of Sony's first intelligent network speed ...

It’s an array of tiny color filters that sit on top of a camera’s CCD. The filter makes it so that each sub-pixel in the image sensor only sees red, green, or blue light. The Bayer filter is ...

Tokyo-based Sony Corp.’s quarterly profit totaled 363.9 billion yen, or $2.4 billion, up from ... of image sensors for mobile products also helped boost the company’s bottom line.

It was previously rumored the company had relocated the additional L3 V-Cache on this CPU, moving it from the top of the core complex die (CCD) to the bottom. Now, we have our first image ...

Now, it’s ended the only way it could have, with Sony backing down on the demand completely. Here’s the statement they issued at midnight ET last night: “Helldivers fans — we’ve heard ...