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Use the following space to draw the pull-down and pull-up graphs of a static CMOS complex gate implementing Y = (X,X2+X3X4X5)', and complete the stick diagram accordingly. Don't forget to identify each vertex of a graph and the corresponding node of the stick diagram with the same name. Also make sure that each edge of a graph is identified with the correspond- ing input variable.

Use the following space to draw the pull-down and pull-up graphs of a static CMOS complex gate implementing Y = (X,X2+X3X4X5)', and complete the stick diagram accordingly. Don't forget to identify each vertex of a graph and the corresponding node of the stick diagram with the same name. Also make sure that each edge of a graph is identified with the correspond- ing input variable.

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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7. Use the following space to draw the pull-down and pull-up graphs of a static CMOS complex gate implementing Y = (X,X2 + X3X4X5)', and complete the stick diagram accordingly. Don't forget to identify each vertex of a graph and the corresponding node of the stick diagram with the same name. Also make sure that each edge of a graph is identified with the correspond- ing input variable.
Transcribed Image Text:7. Use the following space to draw the pull-down and pull-up graphs of a static CMOS complex gate implementing Y = (X,X2 + X3X4X5)', and complete the stick diagram accordingly. Don't forget to identify each vertex of a graph and the corresponding node of the stick diagram with the same name. Also make sure that each edge of a graph is identified with the correspond- ing input variable.
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