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2. Design a 3 to 1 multiplexer using min-terms. Sketch your circuit design using only basic gates. 5 Homework #3 Name Please attempt all problems below. Half of your grade for this assignment will be based on completion of all problems, the other half of the grade will be based on your score on 2 randomly selected problems. 1. Please note that the switches are connected opposite to what you have seen in class. Thus, when a switch is open, a logic one is recorded, and when the switch is closed, a logic zero is recorded. In addition to the paragraph below, the company has also requested that the circuit be implemented on an FPGA. Please write a Verilog pseudo-code module that will implement your design. Note: pseudo- code only needs to contain the main components of the program, i.e., I inputs, outputs, assignment statements, etc. +5V SW1 SW2 SW3 SW4 fw fw Fwt Logic Circuit F SW1 and SW2 cannot be closed at the same time. SW3 and SW4. cannot be closed at the same time. F is high if two or more switches are pressed.

2. Design a 3 to 1 multiplexer using min-terms. Sketch your circuit design using only basic gates. 5 Homework #3 Name Please attempt all problems below. Half of your grade for this assignment will be based on completion of all problems, the other half of the grade will be based on your score on 2 randomly selected problems. 1. Please note that the switches are connected opposite to what you have seen in class. Thus, when a switch is open, a logic one is recorded, and when the switch is closed, a logic zero is recorded. In addition to the paragraph below, the company has also requested that the circuit be implemented on an FPGA. Please write a Verilog pseudo-code module that will implement your design. Note: pseudo- code only needs to contain the main components of the program, i.e., I inputs, outputs, assignment statements, etc. +5V SW1 SW2 SW3 SW4 fw fw Fwt Logic Circuit F SW1 and SW2 cannot be closed at the same time. SW3 and SW4. cannot be closed at the same time. F is high if two or more switches are pressed.

Introductory Circuit Analysis (13th Edition)
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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2. Design a 3 to 1 multiplexer using min-terms. Sketch your circuit design using only basic gates.
Transcribed Image Text:2. Design a 3 to 1 multiplexer using min-terms. Sketch your circuit design using only basic gates.
5 Homework #3 Name Please attempt all problems below. Half of your grade for this assignment will be based on completion of all problems, the other half of the grade will be based on your score on 2 randomly selected problems. 1. Please note that the switches are connected opposite to what you have seen in class. Thus, when a switch is open, a logic one is recorded, and when the switch is closed, a logic zero is recorded. In addition to the paragraph below, the company has also requested that the circuit be implemented on an FPGA. Please write a Verilog pseudo-code module that will implement your design. Note: pseudo- code only needs to contain the main components of the program, i.e., I inputs, outputs, assignment statements, etc. +5V SW1 SW2 SW3 SW4 fw fw Fwt Logic Circuit F SW1 and SW2 cannot be closed at the same time. SW3 and SW4. cannot be closed at the same time. F is high if two or more switches are pressed.
Transcribed Image Text:5 Homework #3 Name Please attempt all problems below. Half of your grade for this assignment will be based on completion of all problems, the other half of the grade will be based on your score on 2 randomly selected problems. 1. Please note that the switches are connected opposite to what you have seen in class. Thus, when a switch is open, a logic one is recorded, and when the switch is closed, a logic zero is recorded. In addition to the paragraph below, the company has also requested that the circuit be implemented on an FPGA. Please write a Verilog pseudo-code module that will implement your design. Note: pseudo- code only needs to contain the main components of the program, i.e., I inputs, outputs, assignment statements, etc. +5V SW1 SW2 SW3 SW4 fw fw Fwt Logic Circuit F SW1 and SW2 cannot be closed at the same time. SW3 and SW4. cannot be closed at the same time. F is high if two or more switches are pressed.
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