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Consider the two designs of the 2-input OR gate shown below. 260m² ( TA (a) Give an intuitive argument about which will be faster. Back up your argument with a calculation of the path effort, delay, and input capacitances x and y to achieve this delay. How does the best delay compare to estimates using logical effort?

Consider the two designs of the 2-input OR gate shown below. 260m² ( TA (a) Give an intuitive argument about which will be faster. Back up your argument with a calculation of the path effort, delay, and input capacitances x and y to achieve this delay. How does the best delay compare to estimates using logical effort?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Consider the two designs of the 2-input OR gate shown below. (a) Give an intuitive argument about which will be faster. Back up your argument with a calculation of the path effort, delay, and input capacitances x and y to achieve this delay. How does the best delay compare to estimates using logical effort? D+ Design A 6c vollel si pisiqtio") ngail 12031 BD7* Design B 6c
Transcribed Image Text:Consider the two designs of the 2-input OR gate shown below. (a) Give an intuitive argument about which will be faster. Back up your argument with a calculation of the path effort, delay, and input capacitances x and y to achieve this delay. How does the best delay compare to estimates using logical effort? D+ Design A 6c vollel si pisiqtio") ngail 12031 BD7* Design B 6c
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