Add to ORKGPractical issues in the design of power clock generators needed by adiabatic logic circuits are explained. Synchronous and asynchronous power clock generators are designed for an 8-bit adiabatic carry look-ahead adder and the more energy efficient circuit for the power clock generation is determined to be the 2N synchronous power clock generator that exhibits conversion efficiency of 77 % at 1 operating frequency. 1
In these years, logic circuits intend to develop towards low energy consumption. Therefore, adiab...
Low power technology has been considered increasingly significant because of the popularization of p...
This paper focuses on principles of adiabatic logic, its classification and comparison of various ad...
Due to the low-power requirement by devices deployed in Near Field Communication (NFC) application o...
Power Clock Generators (PCGs) are the prevalent overhead for the adiabatic systems and mutilate all ...
This paper presents a new adiabatic logic which drives two-phase clocking. The proposed adiabatic lo...
Abstract — In recent years, low power circuit design has been an important issue in VLSI design area...
In this paper we describe the design and experimental evaluation of a clocked CMOS adiabatic logic (...
To get maximum energy efficiency from adiabatic logic circuits several charge-recovery power clock g...
Abstract-ln this paper, the efficiency of a fully adiabatic logic circuit is compared with its combi...
Many adiabatic logic families make use of multi phase trapezoidal or sinusoidal power clocks to reco...
With the recent trend toward portable communication and computing, power dissipation has become one ...
Adiabatic switching is a promising approach to realize VLSI circuit design in the area of extreme lo...
With ever-increasing growth in VLSI technologies the number of gates per chip area is constantly inc...
Abstract—Dynamic logic families that rely on energy recovery to achieve low energy dissipation contr...
In these years, logic circuits intend to develop towards low energy consumption. Therefore, adiab...
Low power technology has been considered increasingly significant because of the popularization of p...
This paper focuses on principles of adiabatic logic, its classification and comparison of various ad...
Due to the low-power requirement by devices deployed in Near Field Communication (NFC) application o...
Power Clock Generators (PCGs) are the prevalent overhead for the adiabatic systems and mutilate all ...
This paper presents a new adiabatic logic which drives two-phase clocking. The proposed adiabatic lo...
Abstract — In recent years, low power circuit design has been an important issue in VLSI design area...
In this paper we describe the design and experimental evaluation of a clocked CMOS adiabatic logic (...
To get maximum energy efficiency from adiabatic logic circuits several charge-recovery power clock g...
Abstract-ln this paper, the efficiency of a fully adiabatic logic circuit is compared with its combi...
Many adiabatic logic families make use of multi phase trapezoidal or sinusoidal power clocks to reco...
With the recent trend toward portable communication and computing, power dissipation has become one ...
Adiabatic switching is a promising approach to realize VLSI circuit design in the area of extreme lo...
With ever-increasing growth in VLSI technologies the number of gates per chip area is constantly inc...
Abstract—Dynamic logic families that rely on energy recovery to achieve low energy dissipation contr...
In these years, logic circuits intend to develop towards low energy consumption. Therefore, adiab...
Low power technology has been considered increasingly significant because of the popularization of p...
This paper focuses on principles of adiabatic logic, its classification and comparison of various ad...