As engineers demand faster camera frame rates to speed up production line throughput ... marketing manager for Eastman Kodak’s Image Sensor Solutions group, discussed how newly designed ...

which is desirable in a high-speed production line. In applications where the highest image quality is needed, such as wafer and mask inspection, customers are willing to pay the higher price of CCD ...

However, they produce a full line of end-user products that incorporate ... Photobit is also expected to benefit by having the opportunity to examine CCD and CMOS sensor applications in the same ...

In terms of bragging rights, CCD came first, beginning mass production in the early 1980s. By contrast the first prototypes ...

After two decades use, we are all familiar with basic CCD ... sensor be read out, allowing the readout to occur up to 6X faster. For a CMOS camera to support interlace video, its chips are clocked at ...

If you’ve ever dreamed of building a proper spectrometer, it looks like the ESPROS epc901 CCD sensor ... data from the sensor. The firmware even includes a simple command line interface to ...

A CMOS shutter is rolling, meaning that each horizontal line of pixels in a CMOS array captures light operates independently, capturing light and passing it down to the converter. A CCD sensor ...

Several market research firms forecast that CMOS (complementary metal-oxide semiconductor) image sensor (CIS) production will reach 400 million units as soon as mid-2002 and surpass that of CCD ...

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 ...