Power reduction plays a vital role in VLSI design .The Data driven clock gating is used for reduce power\ud consumption in synchronous circuits .Common clock gating is used for power saving. However clock gating\ud still leaves larger amount of redundant clock pulses. Multibit flip-flop is also used to reduce power\ud consumption .Using of Multibit Flip-Flop method is to eliminate the total inverter number by sharing the\ud inverters in the flip-flop .Combination of Multibit Flip-Flop with Data driven clock gating will increase the\ud further power saving. Xilinx software tool and quatrus II for power analysis is used for implementing this\ud proposed system.\u
Abstract—Since the clock power consumption in today’s pro-cessors is considerably large, reducing th...
Two novel low power flip-flops are presented in the paper. Proposed flip-flops use new gating techni...
Power consumption plays an essential role in VLSI design. Earlier, the VLSI designers were more conc...
Abstract — Power reduction has become a vital design goal for sophisticated design applications for ...
Abstract- The consumption of power has become an important issue in modern VLSI design. Power consum...
clock system is one of the major power consuming component. It consumes around 40 % of the total sys...
As technology advances, a system on chip (SOC) design can contain more and more components that lead...
The main constraint in any VLSI chip design are reducing power consumption and area and increasing s...
This paper presents a novel circuit design technique to reduce the power dissipation in sequential c...
Abstract – This paper presents a novel circuit design technique to reduce the power dissipation in s...
Abstract: In this paper clock gating technique along with a comparator circuit is presented for low ...
Abstract – In modern VLSI designs, power consumed by clocking has taken a major part of the whole de...
Optimization of power is always one of the most important design objectives in the modern ICs. In th...
Data-driven clock gated (DDCG) and multi bit flip-flops (MBFFs) are two low-power design techniques ...
Abstract — Flip-Flops are the major storage element and most power consumption component in a sequen...
Abstract—Since the clock power consumption in today’s pro-cessors is considerably large, reducing th...
Two novel low power flip-flops are presented in the paper. Proposed flip-flops use new gating techni...
Power consumption plays an essential role in VLSI design. Earlier, the VLSI designers were more conc...
Abstract — Power reduction has become a vital design goal for sophisticated design applications for ...
Abstract- The consumption of power has become an important issue in modern VLSI design. Power consum...
clock system is one of the major power consuming component. It consumes around 40 % of the total sys...
As technology advances, a system on chip (SOC) design can contain more and more components that lead...
The main constraint in any VLSI chip design are reducing power consumption and area and increasing s...
This paper presents a novel circuit design technique to reduce the power dissipation in sequential c...
Abstract – This paper presents a novel circuit design technique to reduce the power dissipation in s...
Abstract: In this paper clock gating technique along with a comparator circuit is presented for low ...
Abstract – In modern VLSI designs, power consumed by clocking has taken a major part of the whole de...
Optimization of power is always one of the most important design objectives in the modern ICs. In th...
Data-driven clock gated (DDCG) and multi bit flip-flops (MBFFs) are two low-power design techniques ...
Abstract — Flip-Flops are the major storage element and most power consumption component in a sequen...
Abstract—Since the clock power consumption in today’s pro-cessors is considerably large, reducing th...
Two novel low power flip-flops are presented in the paper. Proposed flip-flops use new gating techni...
Power consumption plays an essential role in VLSI design. Earlier, the VLSI designers were more conc...