Suppose, we apply the following signals to wires clock and x, assuming y and z are...

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Suppose, we apply the following signals to wires clock and x, assuming y and z are zero initially. clock X Z (a) Draw the output waveform that will appear on wires z and y. Assume both the latch and the flip-flop has a delay of 0.1usec (the output appears 0.1usec after the input is applied). Write down the time corresponding to all transitions on t-axis for both z and y. (6) [CLO2] Suppose, we apply the following signals to wires clock and x, assuming y and z are zero initially. clock X Z (a) Draw the output waveform that will appear on wires z and y. Assume both the latch and the flip-flop has a delay of 0.1usec (the output appears 0.1usec after the input is applied). Write down the time corresponding to all transitions on t-axis for both z and y. (6) [CLO2] Suppose, we apply the following signals to wires clock and x, assuming y and z are zero initially. clock X Z (a) Draw the output waveform that will appear on wires z and y. Assume both the latch and the flip-flop has a delay of 0.1usec (the output appears 0.1usec after the input is applied). Write down the time corresponding to all transitions on t-axis for both z and y. (6) [CLO2]

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