i want truth table , Output SOP in Canoical formK-map and minimum SOPVerilog code Operation 1:Design a combinational circuit that will take 3-bits binary number as input.It will give the equivalent n-bits as output. (Students must figure out when they derive theTruth Table how many n-bits outputs needed)Where output = input *2 + input. The inputs must be the first 3 bits from the array I, as anexample:If X is your input for this part, then X will be:X[2] 1[2]X[1] = [[1]● X[0] = 1[0]Follow the steps for combinational circuit design and find the minimum SOP for eachoutput.●1Derive the Truth Table for the design.Derive the canonical form for the design.Derive all minimum cost output functions for the design using K-maps.Implement the design using Verilog and verify the results using waveform.

For the First Question Solution --> The required logic circuit and truth table will be as…

Design a combinational circuit that will take 3-bits binary number as input. It will give the equivalent n-bits as output. (Students must figure out when they derive the Truth Table how many n-bits outputs needed) Where output = input *2 + input. The inputs must be the first 3 bits from the array I, as an example:

Design a combinational circuit that will take 3-bits binary number as input. It will give the equivalent n-bits as output. (Students must figure out when they derive the Truth Table how many n-bits outputs needed) Where output = input *2 + input. The inputs must be the first 3 bits from the array I, as an example:

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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