Implementation of Circuit Using M-GDI Technology - Sharma, Priyanka
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MGDI technique, in which a low number of transistors are used to reduce the power consumption and area on chip of digital circuits. In this paper the full adder is introduced using MGDI technique. 2 bit comparator, full subtractor were introduced using GDI technique. Then these digital circuits were compared with traditional CMOS transistors in terms of power dissipation, number of transistors, area, speed and delay.

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Produktbeschreibung
MGDI technique, in which a low number of transistors are used to reduce the power consumption and area on chip of digital circuits. In this paper the full adder is introduced using MGDI technique. 2 bit comparator, full subtractor were introduced using GDI technique. Then these digital circuits were compared with traditional CMOS transistors in terms of power dissipation, number of transistors, area, speed and delay.
Autorenporträt
Je m'appelle Priyanka Sharma. J'ai obtenu un M.tech en conception VLSI et je travaille actuellement comme professeur adjoint au sein du Poornima Group. J'ai publié plus de 20 articles de recherche dans des revues nationales et internationales. J'ai publié plus de 20 articles de recherche dans des revues nationales et internationales. Mon domaine de recherche est le microprocesseur, l'électronique numérique et la conception VLSI.