8.2 Assume that an inverting gate has a delay of 1 unit, an AND-OR or OR-AND circuit with no complemented inputs has a delay of 2 units, and an XOR or XNOR gate has a delay of 3 units. What is the worst- case delay from any input to any sum output for the 4-bit ripple adder in Figure 8-2? What is the worst-case delay to the carry output?

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Figure 8-2 A 4-bit ripple adder.
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8.2 Assume that an inverting gate has a delay of 1 unit, an AND-OR or
OR-AND circuit with no complemented inputs has a delay of 2 units,
and an XOR or XNOR gate has a delay of 3 units. What is the worst-
case delay from any input to any sum output for the 4-bit ripple adder in
Figure 8-2? What is the worst-case delay to the carry output?
Transcribed Image Text:8.2 Assume that an inverting gate has a delay of 1 unit, an AND-OR or OR-AND circuit with no complemented inputs has a delay of 2 units, and an XOR or XNOR gate has a delay of 3 units. What is the worst- case delay from any input to any sum output for the 4-bit ripple adder in Figure 8-2? What is the worst-case delay to the carry output?
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