Synchronous Vs Asynchronous Sequential Circuits. Synchronous sequential circuits are digital circuits governed by clock signals. Synchronous sequential circuits are digital sequential circuits in which the feedback to the input for next output generation is governed by clock signals.
Synchronous sequential circuits are digital sequential circuits in which the feedback to the input for next output generation is governed by clock signals. Asynchronous sequential circuits are digital circuits that are not driven by clock. In a synchronous sequential circuit all the state variables representing the internal state of the circuit change their state simulteneously with a given input clock signal to achieve the next state.
Synchronous sequential circuits are digital sequential circuits in which the feedback to the input for next output generation is governed by clock signals.
Synchronous sequential circuits are digital sequential circuits in which the feedback to the input for next output generation is governed by clock signals. In a synchronous sequential circuit all the state variables representing the internal state of the circuit change their state simulteneously with a given input clock signal to achieve the next state. On other hand asynchronous sequential circuits are digital sequential circuits in which the feedback to the input for next output generation is not governed by clock signals. They can be called as self timed circuits.
