Results 261 to 270 of about 472,654 (305)

Low-Power Electronics Design

2018
TECHNOLOGIES AND DEVICES History of Low-Power Electronics Christian Piguet Evolution of Deep Submicron Bulk and SOI Technologies Marc Belleville and Olivier Faynot Leakage in CMOS Nanometric Technologies Antoni Ferre and Joan Figueras Microelectronics, Nanoelectronics, and the Future of Electronics Jing Wang and Mark Lundstrom Advanced Research in On ...
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Energy harvesting with low-power electronics

SPIE Proceedings, 2010
In this paper, a novel concept of energy harvesting, applicable to both wired and wireless self-powered low-power electronic devices, is discussed. Types of energy harvesting include solar/optical, thermal, IR, and mechanical. Overall power budgets and control circuitry are discussed, including maximizing Mean Time between Battery Replacement ...
Tomasz Jannson, Thomas Forrester, Kevin Degrood, Eric Gans, Kang Lee, Kathy Nguyen, Kevin Walter, Andrew Kostrzewski   +7 more
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Design Guidelines for Low Power Embedded Systems using Low Power Electronics

WSEAS TRANSACTIONS ON ELECTRONICS, 2023
The design of Low Power Embedded Systems (LPES) and IoT products may include a variety of power management techniques, or they may incorporate sophisticated on-chip capabilities that assist in reduced power usage. The power management and low power consumption of embedded systems are also enabled by complex algorithms, and every Low Power System (LPS ...
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Low power electronics for NEMO detector

AIP Conference Proceedings, 2000
For the realization of the submarine detector NEMO it is necessary to design an acquisition system which is able to capture the signals coming from photo-multipliers (PMs) of the optical modules (OMs) and to satisfy several specifications: low power consumption; few submarine interconnections for reliability and simplicity of the deployment ...
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Spinning Electrons to Attain Low-Power Computing

Communications of the ACM
Previously neglected materials are being used to spin up novel computing devices.
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Low power processing electronics for diabetes

IET Seminar on Biocompatible Materials, 2006
This paper presents an implementation of a silicon beta cell for the monitoring and treatment of patients with diabetes. The cell senses glucose and releases insulin. The biphasic insulin release is by exocytosis. Electrically excitable, the cell induces slow wave bursts with superimposed action potentials. A CMOS ISFET implementation is presented. The
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Low power green electronic devices

RSM 2013 IEEE Regional Symposium on Micro and Nanoelectronics, 2013
Summary form only given. The IC chips consume a large amount of energy globally and will continue to increase in the near future. The present IC is a charge-based technology that has logic and memory functions to mimic the human brain. To operate the IC at higher speed, the CMOS inverter of logic IC needs to deliver higher current to charge the ...
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Low-Power Electronics for Biomedical Sensors

2012
Long-term reliable detection of various biological signals in biomedical applications requires excellent signal sensitivity and adequate power savings. Integration of sensors and modern integrated circuit (IC) technology offers rapid and reliable identification and analysis of the biological signals.
Syed Kamrul Islam, Fahmida Shaheen Tulip, Kai Zhu, Melika Roknsharifi   +3 more
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A Strategy for Low Power Electronics

Proceedings of 1994 IEEE Symposium on Low Power Electronics, 2005
Z.J. Lemnios, K.J. Gabriel
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Special Section on Low-Power Electronics and Design

IEEE Transactions on Very Large Scale Integration (VLSI) Systems, 1998
Anantha P. Chandrakasan, Edwin Hsing-Mean Sha   +1 more
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