An 8x1 MUX has inputs x, y, z connected to the selection inputs S., Sı, Se respectively. The inputs of the MUX are le =w'z', I-wx, l2- w xor y, Is= w, L=w'+z, Is= w+z', Is = w xnor z', I w'. Determine the Boolean expression obtained at the output of the MUX as the sum of minterms.
An 8x1 MUX has inputs x, y, z connected to the selection inputs S., Sı, Se respectively. The inputs of the MUX are le =w'z', I-wx, l2- w xor y, Is= w, L=w'+z, Is= w+z', Is = w xnor z', I w'. Determine the Boolean expression obtained at the output of the MUX as the sum of minterms.
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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![Q3. An 8x1 MUX has inputs x, y, z connected to the selection inputs S2, Si, So respectively. The inputs
of the MUX are le = w'z', I = wx, l2 - w xor y, Is = w, L =w'+z, Is =w+z', I6 = w xnor z', I=
w'. Determine the Boolean expression obtained at the output of the MUX as the sum of minterms.
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Transcribed Image Text:Q3. An 8x1 MUX has inputs x, y, z connected to the selection inputs S2, Si, So respectively. The inputs
of the MUX are le = w'z', I = wx, l2 - w xor y, Is = w, L =w'+z, Is =w+z', I6 = w xnor z', I=
w'. Determine the Boolean expression obtained at the output of the MUX as the sum of minterms.
%3D
%3D
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