Problem 4 ( A circuit has four inputs: A, As, Bz, and Be. Let each of A,Aand B,Bo represent a 2-bit binary number. The output of the circuit is 1 if A,A< B,Baand is 0 otherwise. Implement this circuit using only one chip 74153 (dual 4-line to 1-line multiplexer) and one chip 7400 (quad 2-input NAND gates). The chip 74153 and its function table are shown below. Inputs are available in normal form only. Hint: Write the truth table. Use A, to control which one of the two multiplexers is enabled.
Problem 4 ( A circuit has four inputs: A, As, Bz, and Be. Let each of A,Aand B,Bo represent a 2-bit binary number. The output of the circuit is 1 if A,A< B,Baand is 0 otherwise. Implement this circuit using only one chip 74153 (dual 4-line to 1-line multiplexer) and one chip 7400 (quad 2-input NAND gates). The chip 74153 and its function table are shown below. Inputs are available in normal form only. Hint: Write the truth table. Use A, to control which one of the two multiplexers is enabled.
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
4
![cr4 Deoders and MultipleKers
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4 iangle Crive - Jall ga 2017 Jila x
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Drive
Problem 4 (h
A circuit has four inputs: A1, Ao, B1, and Bo. Let each of ALAgand B, Bo represent a 2-bit binary number. The
output of the circuit is 1 if A,Ao< B,Bg and is 0 otherwise. Implement this circuit using only one chip 74153
(dual 4-line to 1-line multiplexer) and one chip 7400 (quad 2-input NAND gates). The chip 74153 and its
function table are shown below. Inputs are available in normal form only.
Hint: Write the truth table. Use A to control which one of the two multiplexers is enabled.
E3
Ada
SV
Jls LO
15026 A
14A BI
o
120202 •
112ci Bo
35
1c0-d6
GND D8
AB pdf
FUNCTION TABLE
OUTPUT OUTPUT
CONTROL
C3
SELECT
DATA INPUTS
INPUTS
BA
C2
X
15 l7.38
CO
C1
L
L
L
H X x x L
LH x L x x L
LHX H x x L
H L x x LX L
HLx x H
HHx
H
L
x
L
Address inputs A and B are commen to both sections.
H high leel, Llow level, X relevant, Zhigh impedance loft)
mmi
Pr
7:03 PM
101
1/10/2022 0](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0f1f57dc-12f7-4fd5-92f6-e85ad11548d9%2F892333ed-207d-4197-b980-9bae36d8d73e%2Fd8vfnm4_processed.png&w=3840&q=75)
Transcribed Image Text:cr4 Deoders and MultipleKers
aagke Drive - Jal ga 2017 Jide X
O ltulall jar. aguty 219 X
4 iangle Crive - Jall ga 2017 Jila x
O https://drive.google.com/drive/folders/1XnK6pYZfvjHxámrvVNIqUSXIBol X7soU?fbdid=lwAR3tAW8TYWVaaKQerZNhtn8DIctlu6R2LB2CfiageobtnbwpDCESeo3C DQ
Drive
Problem 4 (h
A circuit has four inputs: A1, Ao, B1, and Bo. Let each of ALAgand B, Bo represent a 2-bit binary number. The
output of the circuit is 1 if A,Ao< B,Bg and is 0 otherwise. Implement this circuit using only one chip 74153
(dual 4-line to 1-line multiplexer) and one chip 7400 (quad 2-input NAND gates). The chip 74153 and its
function table are shown below. Inputs are available in normal form only.
Hint: Write the truth table. Use A to control which one of the two multiplexers is enabled.
E3
Ada
SV
Jls LO
15026 A
14A BI
o
120202 •
112ci Bo
35
1c0-d6
GND D8
AB pdf
FUNCTION TABLE
OUTPUT OUTPUT
CONTROL
C3
SELECT
DATA INPUTS
INPUTS
BA
C2
X
15 l7.38
CO
C1
L
L
L
H X x x L
LH x L x x L
LHX H x x L
H L x x LX L
HLx x H
HHx
H
L
x
L
Address inputs A and B are commen to both sections.
H high leel, Llow level, X relevant, Zhigh impedance loft)
mmi
Pr
7:03 PM
101
1/10/2022 0
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