Low power CMOS circuit design using adiabatic logic

Low power CMOS circuit design using adiabatic logic

This dissertation elaborated on the most popular low power CMOS circuit and power reduction techniques. A special punch is given on the Adiabatic Quasi-Static CMOS logic of power reduction, followed by the proposal of “Reduced swing Aqs-CMOS/ASL logic.

Bibliographic Details
Main Author:	Parthasarathy Srinivasa Raghavan.
Other Authors:	Lau Kim Teen
Format:	Thesis
Published:	2008
Subjects:	DRNTU::Engineering::Electrical and electronic engineering
Online Access:	http://hdl.handle.net/10356/3114

Similar Items

Design of low power CMOS adiabatic logic circuits
by: Liu, Fang.
Published: (2008)

Low power CMOS adiabatic logic design
by: Peng, Yuhang
Published: (2019)

Low power adiabatic CMOS circuits
by: Ng, Kim Wee.
Published: (2008)

Design of low power adiabatic logic circuits
by: Wong, Hon Hin.
Published: (2008)

Adiabatic CMOS circuits
by: Tan, Whee Min.
Published: (2008)

CMOS differential logic circuits for low power design
by: Wee, Eng Wei.
Published: (2013)

Low power digital CMOS design based on adiabatic switching principles
by: Wang, Wen Yuan.
Published: (2009)

Low power CMOS and adiabatic arithmetic units
by: Meng, Xing
Published: (2015)

CMOS differential logic circuits for low power and high-speed applications
by: They, Kian Seng
Published: (2008)

Low power logic-in-memory circuit design
by: Teo, Darren
Published: (2017)

Low power logic-in-memory circuit design
by: Chong, Yong Quan
Published: (2017)

Performance analysis and comparison of low power dynamic and differential CMOS logic adder circuits
by: Prasanna Dhayalan
Published: (2015)

Low power CMOS circuits
by: Teo, Kok Chin
Published: (2014)

Low power dual mode CMOS logic
by: Lei, Yuze
Published: (2014)

Comparison of low power CMOS dynamic circuit design
by: A Sadhananthan, Karthikeyan
Published: (2014)

Ultra-low power CMOS circuits
by: Tan, Jian An.
Published: (2013)

Low power CMOS memory circuit design
by: Foo, Chee Heng
Published: (2020)

Dual mode CMOS logic circuits
by: Liu, Kai
Published: (2016)

Ultra-low power CMOS circuit for IoT
by: Lau, Fong Hou
Published: (2019)

A charge-trapping-based technique to design low-voltage BiCMOS logic circuits
by: Rofail, Samir S., et al.
Published: (2009)

Low power clock-gated CMOS circuits
by: Liu, Youyang.
Published: (2013)

Low power CMOS circuits with approximate computer arithmetic
by: Cheng, Suoyu
Published: (2016)

CMOS low power circuits for approximate computer arithmetic
by: Zhang, Han
Published: (2013)

Design and simulation of CMOS-based ternary logic arithmetic circuits
by: Gao, Shuo
Published: (2023)

Low power data-driven dynamic logic circuits
by: Zhang, Han
Published: (2015)

Low voltage low power CMOS circuits for IoT applications
by: Liu, Yue
Published: (2019)

High performance fast feedthrough CMOS logic circuits
by: Qu, Yang.
Published: (2009)

Basic logic circuits and arithmetic subsystems for low-power applications
by: Law, Chong Fatt.
Published: (2008)

Low-voltage, low-power CMOS arithmetic circuits for energy efficient VLSI applications
by: Gu, Jiangmin
Published: (2008)

Design of ultra-low power asynchronous-logic quasi-delay-insensitive circuit templates
by: Chng, Clive Kuan Nee.
Published: (2011)

New BiCMOS device structures and circuits for low-voltage low-power applications
by: Yeo, Kiat Seng
Published: (2009)

Low power logic-in-memory circuit design
by: Loe, Matthew Kit Wai
Published: (2024)

Low-power techniques for CMOS SRAM design
by: Wang, Hai Bo
Published: (2009)

CMOS differential logic with signal-independent power consumption
by: Chen, Wanjing.
Published: (2013)

Analysis of CMOS circuits : glitch power
by: Cai, Hong
Published: (2008)

Design and optimization of a low-voltage CMOS circuit for portable applications
by: Chan, Chee Chong.
Published: (2008)

Low voltage adiabatic circuits with 2N2P charge recovery logic
by: Chen, Xiangchen
Published: (2013)

Low power CMOS multiplier IC design
by: Zhang, Wanqing
Published: (2023)

Low voltage, low power CMOS operational amplifier design for switched capacitor circuits
by: Naik, Priti M. (Priti Manher), 1973-
Published: (2005)

32-bit adders using adiabatic switching for low power IC design
by: Joseph, Dhannya Mary
Published: (2013)