[PDF] Top 20 Enhanced PentaMTJ Based Combinational and Sequential Circuits
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Enhanced PentaMTJ Based Combinational and Sequential Circuits
... logic circuits that are faster, smaller, and dissipate less power than conventional ...family based solely on ...family based on high and low currents in which a full range of logic functions is ... See full document
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A New Gate for Low Cost Design of All optical Reversible Combinational and sequential Circuits B Ganesh, Gopi Kondra & Dasari Raviteja
... SOA based MZI switch can be written as Boolean functions having inputs to outputs mapping as (A, B) → ...MZI based all optical switch is considered as ... See full document
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DESIGN HIGH SPEED LOW POWER COMBINATIONAL AND SEQUENTIAL CIRCUITS USING REVERSIBLE DECODER
... digital circuits can be enhanced using reversible gates and have compared N-bit ripple carry reversible adder, Comparators, D Flip-Flop and Ring counter with an irreversible design styles in terms of speed ... See full document
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MINIMIZATION OF TERNARY COMBINATIONAL CIRCUITS - A SURVEY
... Ternary logic gates are the basic building blocks in realizing combinational and sequential logic functions. The implementation is based around (bipolar transistors, MOSFETs etc.) a basic switching ... See full document
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Application of Reversible Logic in Implement of High Speed Low Power Combinational and Sequential Circuits
... digital circuits can be enhanced using reversible gates and have compared 4-bit ripple carry reversible adder with an irreversible adder in terms of speed and power; thereby concluding that reversible ... See full document
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Design of High Speed Power Efficient Combinational and Sequential Circuits Using Reversible Logic Basthana Kumari & J Deepthi
... digital circuits can be enhanced using reversible gates and have compared 8-bit ripple carry reversible adder with an irreversible adder in terms of speed and power; thereby concluding that reversible ... See full document
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A Novel Design of Reversible Combinational and Sequential Circuits Using Mach Zehnder Interferometer (MZI) Switch Venkataramana Sadhanala & M Raghunath
... and combinational circuits have been proposed in optical domain using Semiconductor Optical Amplifier (SOA) based Mach Zehnder interferometer (MZI) switches due to its significant advantages such as ... See full document
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A New Gatefor Low Cost Design of All Optical Reversible Combinational and Sequential Circuits S Manjula & Dr G V Maha Lakshmi
... Interferometer based binary adder has been proposed in ...reversible combinational circuits for 2x1 multiplexer [10], Binary Ripple Carry Adder [8], NOR gate [11] are proposed by the authors in the ... See full document
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Design of Subthreshold Adiabatic Logic based Combinational and Sequential Circuits using Fin-FET
... ABSTRACT: Power consumption is most important for VLSI circuits. Adiabatic is an energy conserving logic for ultra-low power circuits. Adiabatic logic is an energy efficient logic. Subthreshold adiabatic ... See full document
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A High Speed Robust Easily Cascaded Penta Mtj-Based Combinational and Sequential Circuits
... advantages like 1) It does not require any reference circuit due to presence of 2 pinned layer. 2) In complementary outputs there is no need of extra hardware due to presence of pre charge sense amplifier. 3) There is no ... See full document
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Fast Pipelined Storage for High-Performancecascaded Penta Mtj-Based Combinational And Sequential Circuits
... By using penta MTJ in digital circuits it gives low static power, short inter connect delay and effective power gating . This penta MTJ logic minimizes the area by removing intermediate circuitry and provide ... See full document
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Quantum Dot Cellular Automata: A New Paradigm for Digital Design
... digital circuits can be designed in QCA and further optimization can be achieved such as reduction in the cell count and ...designing combinational, sequential and reversible logic circuits ... See full document
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Design of Subthreshold Adiabatic Logic based Combinational and Sequential Circuits using Fin-FET
... ABSTRACT: Power consumption is most important for VLSI circuits. Adiabatic is an energy conserving logic for ultra-low power circuits. Adiabatic logic is an energy efficient logic. Subthreshold adiabatic ... See full document
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Ground Bouncing Noise Reduction in Combinational Circuits
... CMOS technology feature size and threshold voltage have been scaling down for decades for achieving high density and high performance. Because of this race in technology trends transistor leakage power has increased ... See full document
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Algorithms for Solving Boolean Satisfiability in Combinational Circuits
... adapted so that the information regarding justification can be properly maintained. Moreover, the fanin information can be used for implementing structure-based heuristic decision making procedures, e.g. simple or ... See full document
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Design and Implementation of Combinational Circuits using Reversible Gates
... of Combinational Circuits using Reversible decoder in Xilinx", International Conference on Computer Communication and Signal Processing ICCCSP-17 Chennai [5] ... See full document
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Genetic Algorithm Based Design of Combinational Logic Circuits using Reed Muller blocks
... methods combinational logic circuits have been designed and synthesized using 2-1 RM ULM as the basic building ...the circuits evolved by this approach are superior to the design by traditional ... See full document
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Design and Implementing of combinational circuits using BIST for FPGAs
... In this paper BIST architecture has been designed for combinational circuit using an Xilinx ISE 14.2 tool and vivado 2015.2 tool and implemented on a zynq board.. Memory usage, Delay time reductions because of ... See full document
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Structure-Preserving Modeling of Safety-Critical Combinational Circuits
... Through a model representation, a real system can be dis- played simpler and clearer. The natural section of reality can be simplified by model visualization, and the model representation can also serve as a reference ... See full document
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Synthesis of QDI Combinational Circuits using Null Convention Logic Based on Basic Gates
... digital circuits are quite popular and conventionally use a global clock to synchronize their ...Synchronous circuits have been implemented in deep-sub-micron MOS (DSM- MOS) technology, but global clock ... See full document
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