Add to ORKGThe fast growth of the power density in integrated circuits has made area and power dissipation as the vital design measures. In this paper, several different flip-flop topologies are analyzed and an area, power efficient flip-flop design is proposed. This design overcomes the power dissipation due to the large precharge node capacitance, with reduced number of transistors. The comparative power analysis and performance improvements indicate that the proposed design is suitable for high-performance digital designs where the area and power dissipation is of major concern. The simulation results are verified using tanner v7.0 tool. The performance comparisons are made using CMOS0.18µm technology
In this paper, an extensive comparison of flip-flop (FF) topologies for high-speed applications is c...
Among the various building blocks in digital designs, the most complex and power consuming is the fl...
In this paper, an extensive comparison of flip-flop (FF) topologies for high-speed applications is c...
Abstract: In this paper, implementations of the flip-flops are presented which are level triggered a...
The increasing demand of portable applications motivates the research on low power and high speed ci...
Abstract — System on chip (SOC) design integrates many complex modules in one chip. As number of mod...
The power consumption is critically important in modern VLSI circuits especially for low-power appli...
In this work, a new area and power efficient single edge triggered flip-flop has been proposed. The ...
The design of low-power devices is currently an important area of research due to an increase in dem...
With the vast advancement in VLSI technology, tens of millions of transistors are integrated on a si...
The paper proposed a new design of static SET flip-flop for low power applications. In this work, co...
In this work, a new area and power efficient single edge triggered flip-flop has been proposed. The ...
The main purpose of this project was to design low power and high performance flip-flop. This was be...
Abstract — A significant amount of the total power in highly synchronous systems gets dissipated ove...
In this paper, an extensive comparison of flip-flop (FF) topologies for high-speed applications is c...
In this paper, an extensive comparison of flip-flop (FF) topologies for high-speed applications is c...
Among the various building blocks in digital designs, the most complex and power consuming is the fl...
In this paper, an extensive comparison of flip-flop (FF) topologies for high-speed applications is c...
Abstract: In this paper, implementations of the flip-flops are presented which are level triggered a...
The increasing demand of portable applications motivates the research on low power and high speed ci...
Abstract — System on chip (SOC) design integrates many complex modules in one chip. As number of mod...
The power consumption is critically important in modern VLSI circuits especially for low-power appli...
In this work, a new area and power efficient single edge triggered flip-flop has been proposed. The ...
The design of low-power devices is currently an important area of research due to an increase in dem...
With the vast advancement in VLSI technology, tens of millions of transistors are integrated on a si...
The paper proposed a new design of static SET flip-flop for low power applications. In this work, co...
In this work, a new area and power efficient single edge triggered flip-flop has been proposed. The ...
The main purpose of this project was to design low power and high performance flip-flop. This was be...
Abstract — A significant amount of the total power in highly synchronous systems gets dissipated ove...
In this paper, an extensive comparison of flip-flop (FF) topologies for high-speed applications is c...
In this paper, an extensive comparison of flip-flop (FF) topologies for high-speed applications is c...
Among the various building blocks in digital designs, the most complex and power consuming is the fl...
In this paper, an extensive comparison of flip-flop (FF) topologies for high-speed applications is c...