Low power has emerged in today’s electronic industry. CMOS technology is best known for low power consumption, which makes the device more reliable, efficient & portable. This paper presents the comparative analysis of CMOS flip-flops for power & speed using analog simulation, and the results are discussed. DOI: 10.17762/ijritcc2321-8169.150614
With the vast advancement in VLSI technology, tens of millions of transistors are integrated on a si...
Due to increased demand of portable and battery operated devices, ultra-low power and high speed dev...
This dissertation presents a new systematic approach to flip-flop design using Internal Clock Gating...
Recently, several flip-flops have been proposed to increase their speed while reducing their power a...
This paper enumerates low power, high speed design of flip-flop having less number of transistors an...
The increasing demand of portable applications motivates the research on low power and high speed ci...
The paper proposed a new design of static SET flip-flop for low power applications. In this work, co...
The past few years, increasing difficulty in integration can be solved by low power, which is very i...
Due to fast growth of portable devices, power consumption and timing delays are the two important de...
Modern Systems-on-chips (SoCs) pack tens of millions of gates in a minuscule area which has resulted...
The main important aspect is to outline a high speed and utilization of low power pulse triggered fl...
The main purpose of this project was to design low power and high performance flip-flop. This was be...
The fast growth of the power density in integrated circuits has made area and power dissipation as t...
Abstract: In this paper, implementations of the flip-flops are presented which are level triggered a...
The choice of flip-flop technologies is an essential importance in design of VLSI integrated circuit...
With the vast advancement in VLSI technology, tens of millions of transistors are integrated on a si...
Due to increased demand of portable and battery operated devices, ultra-low power and high speed dev...
This dissertation presents a new systematic approach to flip-flop design using Internal Clock Gating...
Recently, several flip-flops have been proposed to increase their speed while reducing their power a...
This paper enumerates low power, high speed design of flip-flop having less number of transistors an...
The increasing demand of portable applications motivates the research on low power and high speed ci...
The paper proposed a new design of static SET flip-flop for low power applications. In this work, co...
The past few years, increasing difficulty in integration can be solved by low power, which is very i...
Due to fast growth of portable devices, power consumption and timing delays are the two important de...
Modern Systems-on-chips (SoCs) pack tens of millions of gates in a minuscule area which has resulted...
The main important aspect is to outline a high speed and utilization of low power pulse triggered fl...
The main purpose of this project was to design low power and high performance flip-flop. This was be...
The fast growth of the power density in integrated circuits has made area and power dissipation as t...
Abstract: In this paper, implementations of the flip-flops are presented which are level triggered a...
The choice of flip-flop technologies is an essential importance in design of VLSI integrated circuit...
With the vast advancement in VLSI technology, tens of millions of transistors are integrated on a si...
Due to increased demand of portable and battery operated devices, ultra-low power and high speed dev...
This dissertation presents a new systematic approach to flip-flop design using Internal Clock Gating...
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