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FAULT TOLERANT REVERSIBLE OF VARIOUS ADDERS DESIGN USING DIFFERENT LOW POWER CONSUMPTION TECHNIQUES
GDI Technique Allows Minimization Of Area And Power Consumption Of Digital Circuits. The Reversible Gate Preserves Same Parity Between Output And Input Vectors Is Called Fault Tolerant But The Dimension Should Be 3. In This Design, Peres Ga...
DESIGN AND IMPLEMENTATION OF LOW POWER SEQUENTIAL CIRCUITS USING GDI TECHNIQUE
GDI (Gate Diffusion Input) - A New Technique Of Low Power Digital Circuit Design Is Described. This Technique Allows Reducing Power Consumption, Delay And Area Of Digital Circuits, While Maintaining Low Complexity Of Logic Design. Performan...
A NOVEL 4-BIT FULL ADDER DESIGN FOR POWER AND AREA OPTIMIZATION
In The Modern Era, Power Dissipation And Area Of The Circuit Under Fabrication Has Become A Major And Vital Constraint In The Electronic Industry. The Objective Of This Paper Is To Reduce The Power Dissipation In The Circuit By Using Ga...