Question

If the output of a three-input and gate must be a logic low, what must the condition of the inputs be?

Answer 1

logic is logic because it is a logic

Answer 2

Answer:

If the output of a three-input AND gate must be a logic low, then all inputs should be low.

Explanation:

Digital gates that allow for data transmission are called logic gates. The decision of whether or not to pass a signal is made by logic gates. Contrarily, logic gates enforce a set of rules to control the information flow. The following categories of logic gates are frequently employed:

Gates -  XOR, XNOR, AND, OR, NOT, NOR, NAND.

AND Gate:

With one output and two or more inputs, an AND gate functions.

The output of this gate is 1 when all of the inputs are 1.

If there are two inputs, A and B, the Boolean logic of the AND gate is Y=A.B.

OR Gate:

An OR gate can have two or more inputs and one output.

If at least one of the inputs is 1, then the output of this gate will also be 1.

If there are two inputs A and B, the following mathematical process will result in the output of the OR gate: Y=A+B

NOT Gate:

A fundamental one-input, the one-output gate is the NOT gate.

In both cases, the result is 0 when the input is 1. Due to this characteristic, a NOT gate is also referred to as an inverter.

The Boolean equation Y=A' may be used to determine the output if there is just one input, A.

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