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The drawing below shows a circuit with gates, the dimensions of which need to be selected in order to minimize the delay on the given path. The gates are scaled to a reference inverter with dimensions P/N = 3/1 and an input capacitance of 4C. The maximum input capacitance of the circuit is 8C. Calculate the dimensions of the P and N gate transistors on the schematic. Calculate the delay of the path assuming τ = 3RC = 200 ps.

The drawing below shows a circuit with gates, the dimensions of which need to be selected in order to minimize the delay on the given path. The gates are scaled to a reference inverter with dimensions P/N = 3/1 and an input capacitance of 4C. The maximum input capacitance of the circuit is 8C. Calculate the dimensions of the P and N gate transistors on the schematic. Calculate the delay of the path assuming τ = 3RC = 200 ps.

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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The drawing below shows a circuit with gates, the dimensions of which need to be selected in order to minimize the delay on the given path. The gates are scaled to a reference inverter with dimensions P/N = 3/1 and an input capacitance of 4C. The maximum input capacitance of the circuit is 8C. Calculate the dimensions of the P and N gate transistors on the schematic. Calculate the delay of the path assuming τ = 3RC = 200 ps.       

 
START INANDO- NAND NOR PIN=2 PIN=? NANDA MANDO STOP Ner PIN=? PIN=? NV 40
Transcribed Image Text:START INANDO- NAND NOR PIN=2 PIN=? NANDA MANDO STOP Ner PIN=? PIN=? NV 40
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