Answered: Q4: (a)Design a magnitude comparator…

Q4: (a)Design a magnitude comparator circuit for 2-bit binary numbers A=ALA0 and B=B1B0 The outputs are F, G, and H, where F is 1 if A>B, Gis 1 if A=B, and His l if A

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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Table Q5b shows a magnitude comparator with two outputs EQ, and NE. Present the comparator using a Programmable Logic Array (PLA). Table Q5b Outputs NE A1 A0 B1 B0 EQ 0. 1 1 1 1 1 1 1 1 1 1 1 1 1 01 1 1 1 1 1 1 1 1 0. 01 1 1 1 1 1 1 1 1 1 1 1 1 Oooo-ololol mlolo- 1001 lolololo 000
Problem 2 The following binary numbers are all represented using 6-bit signed 2's complement All addition and subtraction must also be conducted in 2's complement form. A- 001111; B - 110000 (a) What is A's value in decimal? (b) What is B's value in decimal? (c) Perform addition C-A+B in signed 2's complement form. What is C in 6-bit signed 2's complement form? What is C's value in decimal? Is there overflow? (d) Perform subtraction D = A-B in signed 2's complement form. What is D in 6-bit signed 2's complement form? What is D's value in decimal? Is there overflow?
Q4. Consider number A of X bits stored in sign magnitude as shown in the figure below (most significant bit is the sign, X-1 bits magnitude). X could be any number starting from 2 and up. Design the digital circuit that can inform us (by making F=1) that if the number stored in this location was to be multiplied by 2, it would result in a number that could still be stored in the X-1 bits (i.e., no overflow would result). For example: · if X is 4, and the number is 0100 (+4 in decimal), the result is +8 and we cannot store +8 with X-1=3 bits. Therefore, F=0. · if X is 5, and the number is 1010 (-2 in decimal), the result is -4 and we can store -4 with X-1=4 bits. Therefore, F=1. You can assume that in your design you may use "wires" connected directly to the bit locations. Use the MINIMUM number of gates. Show all your work. X-1 bits Sign in Fequals to 1 if A*2 can still be stored in the X-1 bits ?
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Design a circuit diagram for the following comparator system that takes three 3-bit binary numbers [A, B and C] as inputs and outputs in the following fashion: Output=1; if A-5>2B Output=0; otherwise NB1: You need to show a gate level diagram for the comparator, meaning you cannot use block diagram of magnitude comparator. However, you may use block diagrams of any other ICs you require. NB2: Drawing the circuit diagram horizontally in your script may help you. NB3: You cannot change the equation.You must draw the circuit for the given equation.
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Question 2 Design a circuit diagram for the following comparator system that takes three 3-bit binary numbers [A, B and C] as inputs and outputs in the following fashion: Output= 1; if A+3
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I need to write a adder and subtractor code for this github https://tinyurl.com/verilogHDcode