What are the seven logic gates?
What are the seven logic gates?
Naming the seven logic gates:
The following are the seven basic logic gates:
- AND gate: The output attains state if and only if all the inputs are in state .
The AND gate is used to perform an AND operation or logical multiplication.
The diagrammatic representation of AND gate:
- OR gate: The output attains state if one or more inputs attain state .
The OR gate is used to perform an OR operation or logical addition.
The diagrammatic representation of the OR gate:
- NOT gate: The output attains state if and only if the input does not attain a state .
A NOT gate is a basic logic gate that is used to invert the input applied to it.
The diagrammatic representation of NOT gate:
- NAND gate: It is the combination of AND and NOT gate. The NAND gate works exactly opposite of AND gate. The output attains state if one or all inputs attain state .
The diagrammatic representation of the NAND gate:
- NOR gate: It is the combination of OR and NOT gate. The NOR gate works exactly opposite of OR gate. The output attains state if all inputs attain state .
The diagrammatic representation of the NOR gate:
- XOR gate: The output of a two-input XOR gate attains state if one adds only input attains the state .
It is also called an exclusive OR gate.
The diagrammatic representation of the XOR gate:
- XNOR gate: The output is in state when it’s both inputs are the same that is, both or both .
It is also called an exclusive NOR gate
The diagrammatic representation of the XNOR gate:
Naming the seven logic gates:
The following are the seven basic logic gates:
- AND gate: The output attains state if and only if all the inputs are in state .
The AND gate is used to perform an AND operation or logical multiplication.
The diagrammatic representation of AND gate:
- OR gate: The output attains state if one or more inputs attain state .
The OR gate is used to perform an OR operation or logical addition.
The diagrammatic representation of the OR gate:
- NOT gate: The output attains state if and only if the input does not attain a state .
A NOT gate is a basic logic gate that is used to invert the input applied to it.
The diagrammatic representation of NOT gate:
- NAND gate: It is the combination of AND and NOT gate. The NAND gate works exactly opposite of AND gate. The output attains state if one or all inputs attain state .
The diagrammatic representation of the NAND gate:
- NOR gate: It is the combination of OR and NOT gate. The NOR gate works exactly opposite of OR gate. The output attains state if all inputs attain state .
The diagrammatic representation of the NOR gate:
- XOR gate: The output of a two-input XOR gate attains state if one adds only input attains the state .
It is also called an exclusive OR gate.
The diagrammatic representation of the XOR gate:
- XNOR gate: The output is in state when it’s both inputs are the same that is, both or both .
It is also called an exclusive NOR gate
The diagrammatic representation of the XNOR gate:
