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Ex-Design H.A. using Comparators only:- Note: Solution: HA S-AB+ AB- AB = -A@B] C. AB Comparator A>B(G)=RB المعادلات المطلوبة A=B(E)= AB+AB = AGB ATB (L)=AB >Ai=Q Λ =A01=A AI=A RGI-A AGO=A المعادلات الموجودة Λ ABX AGB- AB+ AB S=AB+ AB = ROB AB 114. = AB = Co Hw:- Design H.A by using Comparators and any gate. H-w:-Design F.A by using Comparator and one gate. H.W:- Varify all logic gates using Comparator only. AND, NOOR EX-OR-EX-NOR, NAND, NOT.

Ex-Design H.A. using Comparators only:- Note: Solution: HA S-AB+ AB- AB = -A@B] C. AB Comparator A>B(G)=RB المعادلات المطلوبة A=B(E)= AB+AB = AGB ATB (L)=AB >Ai=Q Λ =A01=A AI=A RGI-A AGO=A المعادلات الموجودة Λ ABX AGB- AB+ AB S=AB+ AB = ROB AB 114. = AB = Co Hw:- Design H.A by using Comparators and any gate. H-w:-Design F.A by using Comparator and one gate. H.W:- Varify all logic gates using Comparator only. AND, NOOR EX-OR-EX-NOR, NAND, NOT.

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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Ex-Design H.A. using Comparators only:- Note: Solution: HA S-AB+ AB- AB = -A@B] C. AB Comparator A>B(G)=RB المعادلات المطلوبة A=B(E)= AB+AB = AGB ATB (L)=AB >Ai=Q Λ =A01=A AI=A RGI-A AGO=A المعادلات الموجودة Λ ABX AGB- AB+ AB S=AB+ AB = ROB AB 114. = AB = Co Hw:- Design H.A by using Comparators and any gate. H-w:-Design F.A by using Comparator and one gate. H.W:- Varify all logic gates using Comparator only. AND, NOOR EX-OR-EX-NOR, NAND, NOT.
Transcribed Image Text:Ex-Design H.A. using Comparators only:- Note: Solution: HA S-AB+ AB- AB = -A@B] C. AB Comparator A>B(G)=RB المعادلات المطلوبة A=B(E)= AB+AB = AGB ATB (L)=AB >Ai=Q Λ =A01=A AI=A RGI-A AGO=A المعادلات الموجودة Λ ABX AGB- AB+ AB S=AB+ AB = ROB AB 114. = AB = Co Hw:- Design H.A by using Comparators and any gate. H-w:-Design F.A by using Comparator and one gate. H.W:- Varify all logic gates using Comparator only. AND, NOOR EX-OR-EX-NOR, NAND, NOT.
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