In Full Adders, there in addition to the two input bits A and B, there is a carry-in bit. So, the full adders can be realized using 2 Half Adders and 1 OR Gate. The Full Adder Circuit Diagram is given ...

Full Adder using Half Adders This repository explains the construction of a Full Adder using two Half Adders and an OR gate. A Full Adder is a combinational circuit that performs the addition of three ...

The adder takes two 1-bit inputs (InPutNumberOne, InPutNumberTwo) and a carry input (InPutCarry). It produces a sum output (OutPutSum) and a carry-out output (OutPutCarry). The logic behind the full ...

[Phillip] wanted to play with the C preprocessor. He decided to do that by creating a 4 bit full adder. We know this is pretty useless in everyday life, but it was a great learning experience. The … ...

In recent years, reversible computation has received much attention in the field of low power circuit design. In this paper, an irreversible IG-A gate is presented. The gate is further used to design ...

The Ex-OR and Ex-NOR gates are the basic building blocks of various digital system applications like adder, comparator, and parity generator/checker and encryption processor. This paper proposes a ...