Low Voltage, Low Power VLSI Subsystems - Tapa dura

Yeo, Kiat-Seng

4,12

49 calificaciones proporcionadas por Goodreads

9780071437868: Low Voltage, Low Power VLSI Subsystems

Tapa dura

ISBN 10: 007143786X ISBN 13: 9780071437868

Editorial: McGraw-Hill Education, 2004

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ACADEMIC: Though this is not primarily a textbook, both authors intend to use it in their undergrad and graduate VLSI design classes, (at Nangyang and Purdue) and expect that other schools will as well. Taught at the elective junior/senior and grad level, most of these courses have between 20 and 30 students. Purdue is a leading US school in the area, as are USC, Rutgers, Berkeley, Penn State, and the University of Minnesota. INTERNATIONAL: Much of the cutting work in this area is done in Asia. Given Dr. Yeo's standing at Nangyang University, it should have a warm reception in the territory.

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Cr�ticas:

Detailing the latest techniques in low-voltage VLSI design, Yeo (electrical and electronic engineering, Nanyang Technological University, Singapore) and Roy (electrical and computer engineering, Purdue University) provide access to proven design techniques in CMOS, biCMOS, and other in-demand applications. They introduce new approaches to the challenges of silicon-level design for low-power circuitry pacing electronics and ICs, and present low-power solutions for adders, multipliers, ROMs, SRAMs, DRAMs, and signal processors. The readership for the book includes electronic and IC designers. Sci-Tech Book News 20041201

Rese�a del editor:

This monograph details cutting-edge design techniques for the low power circuitry required by the many new miniaturized business and consumer products driving the electronics market

This book teaches cutting edge techniques in low power CMOS/BICMOS VLSI subsystems design, covering in depth the challenges facing integrated circuit and system designers in creating low-power VLSI subsystems.

Leakage currents and noise coupling in high-speed dynamic circuits and systems will be discussed, along with new circuit techniques to overcome basic design obstacles.

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