Arrive at different times and need to be processed independently. Unlike synchronous circuits, asynchronous circuits do not rely on a clock signal to coordinate the propagation of data through the circuit. Instead, they use handshaking techniques to control data flow, which allows them to handle events that do not occur at regular intervals. This makes them particularly useful in applications such as data communication, signal processing, and real-time systems.

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Arrive at different times and need to be processed independently. Unlike synchronous circuits, asynchronous circuits do not rely on a clock signal to coordinate the propagation of data through the circuit. Instead, they use handshaking techniques to control data flow, which allows them to handle events that do not occur at regular intervals. This makes them particularly useful in applications such as data communication, signal processing, and real-time systems.

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Arrive at different times and need to be processed independently. Unlike synchronous circuits, asynchronous circuits do not rely on a clock signal to coordinate the propagation of data through the circuit. Instead, they use handshaking techniques to control data flow, which allows them to handle events that do not occur at regular intervals. This makes them particularly useful in applications such as data communication, signal processing, and real-time systems.

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Asynchronous circuits are useful in application where the input signals may

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