(23) Design the bogieto the trth table shown:circutcomesponding.Implement the circuit of 63all NANDcgates.using.(a5) Implament a 4:1 mux using2:1mux.(26) Obtain 16:1 muxusing4:1 mux.23) Implement the following expresion usinga Mux: F(A, B,C) = {m (0,2,4,6):(28) Obtain a 4 DEMUX ucingl:2 DEMUX.(29) Obtain a l:32 DEMUX using tizEmUXO -- o oo o ol ol tour 1:8DEMUX and one 1:4 DEMUX.(30) Implement a3:8 decoders.4:16 decoder using(31) Implement the functionF=Em(,3,4,",12,13, 14,15) on a 4x)MuxusingCand D as select lines:(32) Given F CA,B,C,D)= Em(2,4,5,6,10)X (12, 13,14,15) isimplify the Boolaanfunction F together with the don'tconditions X in the sop form.care

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Answered: (23) Design the logic circut to the…

Engineering

Electrical Engineering

(23) Design the logic circut to the truuth table shown: caresponding C 1. 1.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Question

(23) Design the bogie
to the trth table shown:
circut
comesponding.
Implement the circuit of 63
all NANDcgates.
using.
(a5) Implament a 4:1 mux using
2:1mux.
(26) Obtain 16:1 mux
using
4:1 mux.
23) Implement the following expresion using
a Mux: F(A, B,C) = {m (0,2,4,6):
(28) Obtain a 4 DEMUX ucingl:2 DEMUX.
(29) Obtain a l:32 DEMUX using tizEmUX
O -
- o o
o o ol ol

tour 1:8DEMUX and one 1:4 DEMUX.
(30) Implement a
3:8 decoders.
4:16 decoder using
(31) Implement the function
F=Em(,3,4,",12,13, 14,15) on a 4x)
Mux
using
Cand D as select lines:
(32) Given F CA,B,C,D)= Em(2,4,5,6,10)
X (12, 13,14,15) isimplify the Boolaan
function F together with the don't
conditions X in the sop form.
care

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