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4. Derived the Boolean Expression of the following circuit and implement it using either NAND or NOR IC. A B H Fig 3.4 Combinational Logic Circuit X = A'B + AB'

4. Derived the Boolean Expression of the following circuit and implement it using either NAND or NOR IC. A B H Fig 3.4 Combinational Logic Circuit X = A'B + AB'

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Observations: 3. Construct the following circuit using the gates within the chips. All inputs to the circuit are to be connected to the switches and the outputs to the LED's on the trainer. Apply test signals to the input of the circuit and record the values in a truth table. A B 4. Derived the Boolean Expression of the following circuit and implement it using either NAND or NOR IC. Questions: A B Y Fig 3.4 Combinational Logic Circuit X = A'B + AB' Have your professor signed your paper as you complete and tests your circuit. 1. On your observation, how economical it is to use a universal gate to implement a circuit? 2. Based from the results of the experiment, what general rule can you apply for a NAND and NOR Gates.
Transcribed Image Text:Observations: 3. Construct the following circuit using the gates within the chips. All inputs to the circuit are to be connected to the switches and the outputs to the LED's on the trainer. Apply test signals to the input of the circuit and record the values in a truth table. A B 4. Derived the Boolean Expression of the following circuit and implement it using either NAND or NOR IC. Questions: A B Y Fig 3.4 Combinational Logic Circuit X = A'B + AB' Have your professor signed your paper as you complete and tests your circuit. 1. On your observation, how economical it is to use a universal gate to implement a circuit? 2. Based from the results of the experiment, what general rule can you apply for a NAND and NOR Gates.
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