Timing analysis of Sequential and combinational logic: Definition of Setup time. How does it affect the system. Find the minimum clock frequency given Tcq, delay of all the gates, Tsu, Thold

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Setup time is the minimum time required for the input signal to be stable before the clock edge arrives.

Setup time is a critical parameter in timing analysis of sequential and combinational logic.
It affects the system by ensuring that the input signal is stable before the clock edge arrives, preventing errors in the output.
The minimum clock frequency can be calculated using the formula: Fmin = 1 / (Tcq + Tsu + Thold), where Tcq is the maximum clock-to-output delay of any gate in the circuit.
Examples of circuits that require careful consideration of setup time include flip-flops, registers, and other synchronous logic elements.

Timing analysis of Sequential and combinational logic: Definition of Setup time. How does it affect the system. Find the minimum clock frequency given Tcq, delay of all the gates, Tsu, Thold

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