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9. Compute the propagation delay and contamination delay of the following logic circuit. tcd = 2 ns tpd = 3 ns a b C d e tcd = 1 ns tpd 2 ns m X tcd = 2 ns tpd = 3 ns y tcd = 3 ns tpd = 4 ns Z tcd = 2 ns tpd = 3 ns

9. Compute the propagation delay and contamination delay of the following logic circuit. tcd = 2 ns tpd = 3 ns a b C d e tcd = 1 ns tpd 2 ns m X tcd = 2 ns tpd = 3 ns y tcd = 3 ns tpd = 4 ns Z tcd = 2 ns tpd = 3 ns

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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9. Compute the propagation delay and contamination delay of the following logic circuit. tcd = 2 ns tpd = 3 ns a b C d e tcd = 1 ns tpd = 2 ns m X tcd = 2 ns tpd = 3 ns y tcd = 3 ns tpd = 4 ns Z tcd= 2 ns. tpd = 3 ns
Transcribed Image Text:9. Compute the propagation delay and contamination delay of the following logic circuit. tcd = 2 ns tpd = 3 ns a b C d e tcd = 1 ns tpd = 2 ns m X tcd = 2 ns tpd = 3 ns y tcd = 3 ns tpd = 4 ns Z tcd= 2 ns. tpd = 3 ns
10. Assume telk-q is 0.6 ns, tsu is 0.4 ns, and thold is 0.5 ns. Calculate the minimum clock period (in ns) and the maximum clock frequency (in MHz) in the way that no clock skew exists and the maximum (or minimum) clock skews (in ns) to avoid race conditions. logic Clock 0 register to logic tpd = 3 ns logic pd = 6 ns tpd = 4 ns logic tpd = 3 ns logic tpd = 4 ns register 18 Rage 2 of 3
Transcribed Image Text:10. Assume telk-q is 0.6 ns, tsu is 0.4 ns, and thold is 0.5 ns. Calculate the minimum clock period (in ns) and the maximum clock frequency (in MHz) in the way that no clock skew exists and the maximum (or minimum) clock skews (in ns) to avoid race conditions. logic Clock 0 register to logic tpd = 3 ns logic pd = 6 ns tpd = 4 ns logic tpd = 3 ns logic tpd = 4 ns register 18 Rage 2 of 3
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