What is sequential logic?

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Sequential logic refers to a type of digital circuit design that uses memory elements to store and process data sequentially.

Sequential logic circuits are used to build memory units, counters, shift registers, and other devices.
They rely on memory elements like flip-flops or latches to store and propagate data.
The output of a sequential logic circuit depends not only on the current inputs but also on the previous inputs and the current state of the memory elements.
Sequential logic circuits are commonly used in microprocessors, control systems, and other digital systems.
Examples of sequential logic circuits include finite state machines, registers, and counters.

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