Final answer:
In digital electronics, 'negated', 'complemented', and 'inverted' are synonyms for the logical inversion operation that changes a digital signal from one state to its opposite. They represent the NOT operation in binary and are used in transistor-based integrated circuits that process digital signals.
Step-by-step explanation:
In digital electronics, the terms negated, complemented, and inverted commonly refer to the operation of changing a digital signal from one state to the opposite state. These terms are often considered synonyms and mean the same thing. For example, if a digital circuit uses +1 volt to represent a logical '1' and 0 volts to represent a logical '0', negating the signal would involve changing a '1' to a '0' and vice versa. In essence, this represents the NOT operation in binary, where the output is the opposite of the input, effectively flipping the binary bit from 1 to 0 or from 0 to 1.
Integrated circuits, which are used to manage digital signals, consist of transistors operating in an on-off manner to represent binary code. Therefore, when a transistor is negated, complemented, or inverted, it means its output state is switched. Thus, these terms are related to the logical inversion operation within digital circuits and have nothing to do with voltage levels, the timing of signals, or parallelism and phase of signals.