What is NOT true about AND logic circuits?

In AND logic circuits, the defining characteristic is that all inputs must be activated for the output to be energized, which underpins the operation described in the other options. While it is true that AND circuits can have multiple inputs, the essential rule is that if any single input is not activated (or does not receive a true signal), the output will remain de-energized.

The statement regarding having only one output device is inaccurate because AND logic circuits can indeed have multiple outputs, as long as the logic conditions are met. This versatility allows AND logic circuits to be used in more complex configurations, where they can drive several output devices simultaneously under the right conditions. Thus, the correct assertion is that AND logic circuits are not limited to just one output device; they can function with multiple outputs depending on the circuit design and the specific application.