Task 2. Build a circuit to generate three Boolean functions of two variables using Multisim. The three groups of functions are listed below, labeled O1, O2 and 03. 0₁ = AB O₂ = A'+B 03 = AB + A'B' A black box view of this circuit is presented below. A B Design the circuits in a step-wise fashion (as you are encouraged to do, when developing a large software project.) The first step has you building the three separate circuits to generate the three outputs. In Step 2, combine these separate circuits into 1 and then simplify the circuit by looking for gates that can be eliminated. Finally in Step 3, convert the combined circuit to one constructed using all NAND gates. Here you are minimizing the number of IC's used to create the circuit.

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Task 2. Build a circuit to generate three Boolean functions of two variables using Multisim.
The three groups of functions are listed below, labeled O1, O2 and 03.
0₁ = AB
O₂ = A'+B 03 = AB + A'B'
A black box view of this circuit is presented below.
A
B
Design the circuits in a step-wise fashion (as you are encouraged to do, when developing a large
software project.) The first step has you building the three separate circuits to generate the three
outputs. In Step 2, combine these separate circuits into 1 and then simplify the circuit by looking
for gates that can be eliminated. Finally in Step 3, convert the combined circuit to one
constructed using all NAND gates. Here you are minimizing the number of IC's used to
create the circuit.
Transcribed Image Text:Task 2. Build a circuit to generate three Boolean functions of two variables using Multisim. The three groups of functions are listed below, labeled O1, O2 and 03. 0₁ = AB O₂ = A'+B 03 = AB + A'B' A black box view of this circuit is presented below. A B Design the circuits in a step-wise fashion (as you are encouraged to do, when developing a large software project.) The first step has you building the three separate circuits to generate the three outputs. In Step 2, combine these separate circuits into 1 and then simplify the circuit by looking for gates that can be eliminated. Finally in Step 3, convert the combined circuit to one constructed using all NAND gates. Here you are minimizing the number of IC's used to create the circuit.
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