Sentence examples for semiconductor circuits from inspiring English sources
Detailed and accurate analyses of semiconductor circuits are possible by use of physical (numerical) models for critical devices.
Lucent Technologies Inc.'s Bell Labs in Murray Hill, N.J., is the one of the companies working on printable semiconductor circuits.
Results: Caltech researchers have made silicon-nanowire-based logic circuits similar to the complementary metal-oxide semiconductor circuits used in computer chips.
Most semiconductor circuits that operate above 500 MHz (500 million hertz) cause the electronic components and their connecting paths to interfere with each other in unusual ways.
Most semiconductor circuits that operate above 500 MHz cause the electronic components and their connecting paths to interfere with each other in unusual ways.
TI, already a prime supplier of semiconductor circuits for the military, received funding to develop ICs for use in ballistic missile guidance systems.
Instead, shrinking semiconductor circuit sizes will make it possible for companies like Foveon to add more and more intelligence to their digital-imaging systems, perhaps simulating more of the image-enhancement functions of the human brain.
Experienced reliability engineers and failure analysts often rely on visual aspects of degradation and destruction to reconstruct events leading up to failure of semiconductor circuit elements.
An illustrated glossary opposes the predominant CMOS (Complementary Metal Oxide Semiconductor) circuit style and technology to other logic families before a host of circuit-related terms get explained in a second illustrated glossary.
Mr. Shulaker, a graduate student in electrical engineering, is helping to pioneer an extraordinary custom manufacturing process: making prototypes of a new kind of semiconductor circuit that may one day be the basis for the world's fastest supercomputers — not to mention the smallest and lowest-powered consumer gadgets.
That meant adapting the underlying principal of the digital world, where a semiconductor circuit is either open or closed, on or off, to create sharp images.
