What do logic gates primarily work with?

Logic gates primarily operate with digital components, which represent data in binary form (0s and 1s). Digital circuits, which consist of such components, are designed to perform logical operations based on the input signals they receive. Logic gates such as AND, OR, and NOT take binary inputs and produce specific binary outputs according to established logical principles.

Digital components are foundational in computer architecture and other electronic systems, allowing for the implementation of complex operations in devices like CPUs and memory systems. By using a handful of logic gates, more sophisticated functions can be created, enabling all forms of digital computing and processing.

In contrast, analog signals deal with continuous data and are used in different contexts and systems that focus on varying signal strengths over time. Mechanical systems and power grids, while essential in their respective fields, are not directly related to the functioning of logic gates, which are strictly digital in nature.