# What does the xor gate do

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A XOR gate (sometimes referred to as an Exclusive OR gate) is a logic gate that outputs a HIGH (1) signal when the two inputs to the gate are different, and a LOW (0) signal when the two inputs to the gate are the same. It is one of the most commonly used logic gates in digital electronics, and is represented by the symbol shown in the diagram below.

The XOR gate is a digital logic gate that implements an exclusive or; that is, a true output (1) results if one, and only one, of the inputs to the gate is true (1). If both inputs are false (0) or both are true, a false output (0) results. In other words, the output is true only when the two inputs are different.

The XOR gate is useful in many applications, such as in arithmetic operations. For example, the XOR gate can be used to add two binary numbers. The output of the XOR gate is a 1 only when the inputs are different, so if the inputs are two binary numbers, the output will be a 1 only when the two numbers are different. This makes the XOR gate useful for adding two binary numbers.

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The XOR gate is also used in many digital circuits, such as in digital logic circuits, to detect changes in the inputs. For example, if the inputs to the XOR gate are two signals, the output will be a 1 if the two signals are different, and a 0 if the two signals are the same. This makes the XOR gate useful for detecting changes in the inputs.

The XOR gate is also used in many applications, such as in cryptographic systems. In cryptography, the XOR gate is used to encrypt and decrypt data. The XOR gate is also used in error detection and correction systems, where the output of the XOR gate is used to detect errors in the data being transmitted.

In summary, the XOR gate is a logic gate that outputs a HIGH (1) signal when the two inputs to the gate are different, and a LOW (0) signal when the two inputs to the gate are the same. It is useful in many applications, such as in arithmetic operations, digital logic circuits, cryptographic systems, and error detection and correction systems.