What is the outcome when a NOT gate receives a true input?

The outcome of a NOT gate, which is a fundamental logic gate, is determined by its function of inverting the input signal. When a NOT gate receives a true input, it changes this input to the opposite value. Since true is typically represented as 1 or "high" voltage, the NOT gate outputs a false value, which corresponds to 0 or "low" voltage.

This inversion is a crucial property of NOT gates and is used in various digital circuits to perform logical negation. The clear and predictable behavior of a NOT gate makes it an essential component in the design and functioning of more complex logic systems. Understanding this basic operation is fundamental for anyone studying digital electronics or Industry 4.0 concepts.