2. Design an electronic digital circuit that implements the following logic expressions. Hint: Consider a multiplexer approach as your first optimization alternative. F = A-B.C+B C-D+C D+A T-D+A B F = A.B.C+B.C.D+C.D+ A.C-D+C D A-B-C+A B-D+C-D+A.C D+C.D A B.C+B.C.D+C-D+A.C-D+A.B F = F = (7.2)
2. Design an electronic digital circuit that implements the following logic expressions. Hint: Consider a multiplexer approach as your first optimization alternative. F = A-B.C+B C-D+C D+A T-D+A B F = A.B.C+B.C.D+C.D+ A.C-D+C D A-B-C+A B-D+C-D+A.C D+C.D A B.C+B.C.D+C-D+A.C-D+A.B F = F = (7.2)
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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Question
![2. Design an electronic digital circuit that implements the following logic expressions.
Hint: Consider a multiplexer approach as your first optimization
alternative.
F = A-B.C+ B.T D+C D+ A C.D+A.B
F = A.B.C+ B.C.D+C D+A C-D+C D
A-B.C+A.B -D+T D+A.C-D+C.D
A.B.C+B C.D+C.D+ A.C-D+ A.B
F =
(7.2)
Construct K-Maps for all expressions
Construct the optimized circuit that best meets specifications 7.2.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff886704a-7105-4e46-ab23-4217079aabab%2F802a7053-c5f7-461c-8b65-c6f8febd2b76%2F9ev395_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2. Design an electronic digital circuit that implements the following logic expressions.
Hint: Consider a multiplexer approach as your first optimization
alternative.
F = A-B.C+ B.T D+C D+ A C.D+A.B
F = A.B.C+ B.C.D+C D+A C-D+C D
A-B.C+A.B -D+T D+A.C-D+C.D
A.B.C+B C.D+C.D+ A.C-D+ A.B
F =
(7.2)
Construct K-Maps for all expressions
Construct the optimized circuit that best meets specifications 7.2.
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