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The interest for ultra-low power integrated circuits in the recent past has guided the research community to establish the proposal of several adiabatic logic circuits in which the energy stored can be efficiently recycled. Many of these architectures suffer from problems like glitch & huge number of transistors as compared to conventional CMOS, which stop them to be used in practical scenario...
The integration of more and more number of transistors in a single chip leads to large amount of power dissipation. Scaling down of voltages to reduce power has its own limitation. As leakage current has a great contribution in the total power consumption of a circuit, we have come up with a methodology of power reduction by blocking the runtime leakage. This can be achieved by allowing no static...
The growing demand of low power electronics equipments has forced the research community to think of some methods by which energy of a circuit can be recycled and then adiabatic logic was born. The literature has experienced a numerous number of adiabatic circuits which faces a lot of complication in terms of glitch, noise and huge no. of transistors employed leading to the increase in device area...
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