CE 213: DIGITAL LOGIC AND DESIGN11. Determine the minimum epresion for each Kmap in the following figures.12. Use the Kmag method to implement the simplest SOP pression for the logic functionspecified in the following Table.AB13. Simpity e epressions below using Kmap.14 Use a Karnaugh map to minimiae the tolilowing standard soPpression February 15, 202IDr. Al-Amin hwiyanmbhwiywa kfu.edu. saPage I of 4CE 213: DIGITAL LOGIC AND DESIGN1. Simplify the following expressions using Boolean algebra(a) x- ABC + AC(b) y= (Q+ KXQ+R)(C) - ABc+ AliC + A(d) g k OR+S+D(e) x- ABC + AnC + ABC+ ARC + AHC() y- tC+ + ACD + ABC + ABCD+ ACD(h) x AB (CD) + AND + BCD2. Simplify the following circuit using Boolean algebra.3. Develop a truth table for each of the SOP expressions:a A ABC + AC + ABC4. Design the logic circuit corresponding to the truth table shown in Table 1Table IABI CX05. Design a logic circuit whose output is HIGH only when a majority of inputs A, B, and C areLOW.CE 213: DIGITAL LOGIC AND DESIGN6. Develop a logic circuit with four input variables (A B. C, and D) that willl only produce a1output when exactly three input variables are 1s.7. A four-bit binary number is represented as AJAZA1A0 where A3, A2, A1 and AO representthe individual bits and AO is equal to the LSB. Design a logic circuit that will produce a HIGHoutput whenever the binary number is greater than 0010 and less than 1000.8. Determine the minimum expression for each K map for the following figure.čo čo co căčo čo |co JcolAB IOÄB 0AB O00 0ABABla(bi9. Determine the minimum expression for each K map for the following figures.Co čo co coABCo Co co coABeleABOABAAB(b)10. Simplify the expressions below using Kmapx- ABC + ABC + ABC + ABT + AĒCy- (C+ D + ACD+ ANC + ABCD + ACDx- AB CD) + AnD + BEDCE 213: DIGITAL LOGIC AND DESIGN

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Engineering

Electrical Engineering

Simplity the following expressions using Boolean algebra. (a) x- ABC+ AC (b) y= (0+ AX+ R) () ABC+ ABC+ 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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