XOR CIRCUIT Meaning and
Definition
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An XOR circuit, also known as an exclusive-OR circuit, is a digital logic circuit that performs the exclusive OR operation on two binary inputs. It is an essential component in computer arithmetic and coding systems. The term XOR is an abbreviation of "exclusive OR," representing a logical operation that gives a true output only when the number of true inputs is odd.
In an XOR circuit, the output is true (or high) if the number of true inputs is odd; otherwise, the output is false (or low). It can be regarded as a binary addition circuit without carry, as it produces an output that is equivalent to the modulo-2 sum of its inputs.
The XOR gate typically consists of two or more inputs and one output. It follows a truth table where the output is true (1) when exactly one of the inputs is true, and false (0) otherwise. In terms of Boolean algebra, the XOR operation can be denoted using the symbol "⊕" or by the plus symbol "+". The circuit diagram of an XOR gate resembles that of an OR gate, but without the input complementation of the OR gate.
XOR circuits find wide applications in various fields, including telecommunications, computer networks, and cryptography. They are utilized for error detection and correction, boolean function simplification, parity generation, data encryption, and various programming tasks. XOR circuits are fundamental building blocks in digital circuit design, contributing to the development of complex logical systems.
Common Misspellings for XOR CIRCUIT
- zor circuit
- cor circuit
- dor circuit
- sor circuit
- xir circuit
- xkr circuit
- xlr circuit
- xpr circuit
- x0r circuit
- x9r circuit
- xoe circuit
- xod circuit
- xof circuit
- xot circuit
- xo5 circuit
- xo4 circuit
- xor xircuit
- xor vircuit
- xor fircuit
Etymology of XOR CIRCUIT
The term "Xor" is derived from the logical operation known as exclusive OR (XOR). The XOR operation returns true (or 1) if the number of true inputs is odd, and false (or 0) if the number of true inputs is even. The "Xor Circuit" refers to a logic circuit that performs the XOR operation on two or more binary inputs.
The term "XOR" itself is an abbreviation for "exclusive OR", emphasizing that this logical operation is different from the standard OR operation. The word "exclusive" indicates that the result is exclusive to situations where only one of the inputs is true.
The etymology of the word "XOR" is not explicitly known, but it is believed to be a combination of the words "ex-" (meaning "excluding" or "not including") and "or".
Similar spelling word for XOR CIRCUIT
