Article: CMOS cameras.(Product News)(complementary metal oxide semiconductors)

Article: Electrim announces 1.3 Megapixel CMOS USB 2.0 camera ...
Advanced Imaging;  May 1, 2006 ;     626 words ...Electrim Corporation announces the latest models of its EDC-3000 series CMOS sensor USB 2.0 computer cameras. Targeted for educational, technical, and scientific still image applications, the 1.3 Megapixel EDC-3000TC (color) and EDC-3000[TM] (monochrome) feature 1 millisecond to 2 second exposure

Article: Japanese Inventor Develops Complementary Metal-Oxide ...
US Fed News Service, Including US State News;  September 27, 2006 ;     527 words ... ... Kawasaki, Japan, has developed a complementary metal-oxide semiconductors for getting images by outputting in order image signals ... invention relates to a "low-power complementary metal-oxide semiconductors image sensor that gets distinct images in which interference ...

Article: Oregon Inventors Develop Metal Oxide Semiconductors ...
US Fed News Service, Including US State News;  January 5, 2008 ;     438 words ... ... Chung, both of Portland, Ore., and Nadia M. Rahhal-Orabi of Hillsboro, Ore., have developed metal oxide semiconductors. According to the U.S. Patent & Trademark Office: "The performance of negative metal-oxide semiconductor ...

Article: Merging Cameras And Cell Phones.(complementary metal oxide ...
The Futurist;  July 1, 2001 ;     683 words ... ... of your friends and family as you chat with them. The technology making this possible is complementary metal oxide semiconductors (CMOS), developed with U.S. military funding. CMOS have already found their way into inexpensive digital ...

Modeling of metal and substrate losses in CMOS nad BiCMOS inductors for ...
Microwave Journal;  August 1, 1999 ;     700+ words ...The continuous evolution of silicon technology is introducing some innovations in the RF design of transceivers for wireless communications, in particular on-chip spiral inductors. Currently, technology scaling allows CMOS and BiCMOS processes to operate at RF and a great effort is underway to

Article: Brilliant Opportunities.(complementary metal oxide ...
Electronic Business Asia;  April 1, 2001 ;     700+ words ...For CMOS image sensors the future looks nothing but bright If you will excuse the pun, CMOS image sensors currently provide the semiconductor and electronics industries with some of its most brilliant opportunities. According to Cahners In-Stat Group, by 2004, CMOS sensors will account for 50.8% of

Article: Looking Forward to 22 nm.(complementary metal oxide ...
Semiconductor International;  January 1, 2009 ;     700+ words ...Laura Peters, Editor-in-Chief As it does with every technology node, the industry will evaluate some fairly radical changes at 22 nm. To get to the 22 nm node, engineers will have to make a lot of critical decisions -- such as whether to change from a planar CMOS structure to multigate; whether to