Found 3 Articles for XOR Gate

An Overview To carry out numerous logical processes, logic gates are crucial elements in the design of digital circuits. One such gate that generates a high output when the inputs are different from one another is the XOR (Exclusive OR) gate. Using NOR gates to create an XOR gate is an intriguing strategy that will be discussed in this article. Understanding this implementation helps us better grasp the flexibility and relationships between logic gates. XOR Gate Another fundamental logic gate that is frequently utilised in digital circuits is the XOR (Exclusive OR) gate. When there are an odd number of ... Read More

Introduction Artificial Neural Networks (ANNs) have risen as effective apparatuses within the field of machine learning, permitting us to unravel complex issues that were once considered challenging for conventional computational strategies. Among these issues is the XOR logic gate, a fundamental example that highlights the nonlinearity of certain consistent operations. XOR gates have two binary inputs and produce a yield that's genuine as it were when the inputs are different. In this article, we'll investigate how to actualize an artificial neural network particularly planned to illuminate the XOR problem with 2−bit binary inputs. Understanding XOR Logic Gate ... Read More

The NAND Gate is a universal logic gate, using which we can implement any other type of logic gate or logical expression. Read this tutorial to understand how you can implement a XOR gate using only NAND gates. Let's start with a basic overview of XOR and NAND gates What is a XOR Gate? The XOR (Exclusive-OR) Gate is a type of derived logic gate. The XOR gate is a logic gate that has two inputs and one output. The XOR gate produces a HIGH (Logic 1) output when one and only one of its two inputs are HIGH (Logic ... Read More