Consider the function Y = N.M N and M are 2-bit binary numbers (AB and CD respectively), Y is a 4-bit binary number (Y3Y2Y1Y0). Build the function Y using the shown circuit, then Drag and Drop the needed terms into the following expressions to implement Y: A D Y3 = Y2= 4 TO 16 DECODER YO=> SO $1 $2 53 $4 $7 58 59 $10 $11 + AB'CD'+ ABCD' Y1 = ABCD' ABCD+ AB'C'D+ $12 $13 $14 $15 + A'BCD + ABC'D+ABCD YO YI Y2 Y3 + ABC'D+ABCD'
Consider the function Y = N.M N and M are 2-bit binary numbers (AB and CD respectively), Y is a 4-bit binary number (Y3Y2Y1Y0). Build the function Y using the shown circuit, then Drag and Drop the needed terms into the following expressions to implement Y: A D Y3 = Y2= 4 TO 16 DECODER YO=> SO $1 $2 53 $4 $7 58 59 $10 $11 + AB'CD'+ ABCD' Y1 = ABCD' ABCD+ AB'C'D+ $12 $13 $14 $15 + A'BCD + ABC'D+ABCD YO YI Y2 Y3 + ABC'D+ABCD'
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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Transcribed Image Text:Consider the function Y = N.M
N and M are 2-bit binary numbers (AB and CD respectively), Y is a 4-bit binary number (Y3Y2Y1Y0).
Build the function Y using the shown circuit, then Drag and Drop the needed terms into the following expressions to implement Y:
B
C
D
Y3 =
4TO 16
DECODER
YO=
SO
St
S
$4
S5
$6
ท
$8
$9
$10
ST
S12
$13
SH
$15
Y2 =
Y1 = ABCD'+ A'BCD+ AB'C'D+
+ AB'CD' + ABCD'
+ A'BCD + ABC'D+ABCD
จาก
YO
YI
V2
+ ABC'D+ABCD'
13
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