Low power digital CMOS design based on adiabatic switching principles
Adiabatic or energy recovery circuit design is a relatively new method to implement adiabatic switching concepts to achieve low power dissipation in integrated circuits. It accomplishes this goal by using an alternating voltage source to charge and discharge logic state-holding capacitances through...
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sg-ntu-dr.10356-195842023-07-04T15:25:56Z Low power digital CMOS design based on adiabatic switching principles Wang, Wen Yuan. Lau, Kim Teen School of Electrical and Electronic Engineering DRNTU::Engineering::Electrical and electronic engineering::Integrated circuits Adiabatic or energy recovery circuit design is a relatively new method to implement adiabatic switching concepts to achieve low power dissipation in integrated circuits. It accomplishes this goal by using an alternating voltage source to charge and discharge logic state-holding capacitances through small voltage drops. The low voltage drops in the switching devices result in minimal dissipation during transitions and the alternating voltage source allows the energy stored on the capacitors to be returned to the supply. This thesis effort encompasses the design and evaluation of the three proposed adiabatic logic families; the design of a clock supply circuit to provide the energy recovery function; the design of interface circuitry to enable the coexistence of adiabatic logic and CMOS logic on a single chip; and the application of adiabatic switching theory to the design of PLA and SRAM core circuits. Master of Engineering 2009-12-14T06:16:31Z 2009-12-14T06:16:31Z 1997 1997 Thesis http://hdl.handle.net/10356/19584 en NANYANG TECHNOLOGICAL UNIVERSITY 155 p. application/pdf |
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DRNTU::Engineering::Electrical and electronic engineering::Integrated circuits Wang, Wen Yuan. Low power digital CMOS design based on adiabatic switching principles |
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Adiabatic or energy recovery circuit design is a relatively new method to implement adiabatic switching concepts to achieve low power dissipation in integrated circuits. It accomplishes this goal by using an alternating voltage source to charge and discharge logic state-holding capacitances through small voltage drops. The low voltage drops in the switching devices result in minimal dissipation during transitions and the alternating voltage source allows the energy stored on the capacitors to be returned to the supply. This thesis effort encompasses the design and evaluation of the three proposed adiabatic logic families; the design of a clock supply circuit to provide the energy recovery function; the design of interface circuitry to enable the coexistence of adiabatic logic and CMOS logic on a single chip; and the application of adiabatic switching theory to the design of PLA and SRAM core circuits. |
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Lau, Kim Teen |
author_facet |
Lau, Kim Teen Wang, Wen Yuan. |
format |
Theses and Dissertations |
author |
Wang, Wen Yuan. |
author_sort |
Wang, Wen Yuan. |
title |
Low power digital CMOS design based on adiabatic switching principles |
title_short |
Low power digital CMOS design based on adiabatic switching principles |
title_full |
Low power digital CMOS design based on adiabatic switching principles |
title_fullStr |
Low power digital CMOS design based on adiabatic switching principles |
title_full_unstemmed |
Low power digital CMOS design based on adiabatic switching principles |
title_sort |
low power digital cmos design based on adiabatic switching principles |
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2009 |
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http://hdl.handle.net/10356/19584 |
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1772829007758229504 |