Efficient Energy for Low Power VLSI Design

In this project we compare a different types of logic designs like Adiabatic logic and Gate diffusion Inputs logic and finally Pass Transistor Logic to the CMOS

Design of Adiabatic Vedic multiplier using EEAL (Energy Efficient Adiabatic Logic) is proposed in literature [1].In this paper, we described low power area-efficient

So here we compare PFAL (Positive Feedback Adiabatic Logic) and ECRl (Efficient Charge – Recovery Logic) technique basic logic gates with CMOS gates.. Results gives improvement

In this paper the implementation of various CMOS logic styles such as STATIC CMOS logic, DUAL RAIL logic and PSEUDO NMOS logic in various CMOS logic gates such as AND, NAND,

Demand of low power circuits design is increasing due to the large growth in portable digital equipment. In this reference adiabatic structure are used that provides a

In this paper by considering power consumption as the major aspect, designed an 8-bit CEPAL carry select adder, this CEPAL Energy recovery circuits based on the

This can be done if the quantum cost and garbage output value of the digital circuits should be reduced which can only be possible by using reversible logic

•• Dy Dyna nam mic ic po powe wer r di diss ssip ipat atio ions ns:: whenever the logic whenever the logic level changes at different points in the circuit because of the change