PNS-FCR: Flexible Charge RecyclingDynamic Circuit Technique forLow-Power Microprocessors - 2016 PROJECT TITLE : PNS-FCR: Flexible Charge RecyclingDynamic Circuit Technique forLow-Power Microprocessors - 2016 ABSTRACT: Due to the superior speed and area characteristics, dynamic circuits are widely applied in information ways and other time vital parts in trendy microprocessors. The high switching activity of dynamic circuits, however, consumes vital power. During this paper, a p-sort/n-sort dynamic circuit choice (PNS) algorithm and a flexible charge recycling (FCR) design methodology are proposed to achieve high power efficiency in information ways. The effects of technology scaling, knowledge path width, design complexity, clock skew, and environmental conditions are mentioned. Simulation results show that the ability consumption of an arithmetic and logic unit (ALU) with the proposed PNS-FCR can be reduced by up to 60% as compared with a standard ALU. An eight-bit ALU take a look at circuit has also been manufactured primarily based on a 0.thirty five-µm Global Foundries technology, demonstrating the power and area potency of the proposed methodology. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest Digital Arithmetic Logic Testing Logic Design Logic Circuits Low-Power Electronics Power Consumption Microprocessor Chips Flexible Electronics Analysis of 8 bit RCA adder at different nanometer regime - 2016 Design Methodology for Voltage-Scaled Clock Distribution Networks - 2016
