Assume that tpd is the average of tPHL and tPLH. Find the delay from e

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Assume that tpd is the average of tPHL and tPLH. Find the delay from each input to the output in Figure 2-41 by (a) Finding tPHL and tPLH for each path, assuming tPHL = 0.20 ns and tPLH = 0.36 ns for each gate. From these values, find tpd for each path. (b) Using tpd = 0.28 ns for each gate. (c) Compare your answers from parts (a) and (b) and discuss any differences. FIGURE 2-41

Assume that tpd is the average of tPHL and tPLH. Find the delay from each input to the output in Figure 2-41 by (a) Finding tPHL and tPLH for each path, assuming tPHL = 0.20 ns and tPLH = 0.36 ns for each gate. From these values, find tpd for each path. (b) Using tpd = 0.28 ns for each gate. (c) Compare your answers from parts (a) and (b) and discuss any differences. FIGURE 2-41

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Assume that

t_{p d}

is the average of

t_{P H L}

and

t_{P L H}

. Find the delay from each input to the output in Figure 2-41 by (a) Finding

t_{P H L}

and

t_{P L H}

for each path, assuming

t_{P H L} = 0.20 n s

and

t_{P L H} = 0.36 n s

for each gate. From these values, find

t_{p d}

for each path. (b) Using

t_{p d} = 0.28 n s

for each gate. (c) Compare your answers from parts (a) and (b) and discuss any differences. FIGURE 2-41

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