A well known cricket team has a schedule tour of XYZ country in some days. They want to make sure to provide good security to the national team. Different security members have visited this country to check security arrangements. Some are agreed while some has little concerns. There are 4 different members who have visited in different period of time. The tour can go as schedule if there are at-least 3 members have submitted the positive report about security arrangements but if two members submit positive report while two other members submit negative report then there will be a deadlock between decision so there can be a don’t care condition. Now you have to design a Combination Circuit which can satisfy this scenario.
A well known cricket team has a schedule tour of XYZ country in some days. They want to make sure to provide good security to the national team. Different security members have visited this country to check security arrangements. Some are agreed while some has little concerns. There are 4 different members who have visited in different period of time. The tour can go as schedule if there are at-least 3 members have submitted the positive report about security arrangements but if two members submit positive report while two other members submit negative report then there will be a deadlock between decision so there can be a don’t care condition. Now you have to design a Combination Circuit which can satisfy this scenario.
Steps needed: Truth Table for four variables, SOP simplification through K map with don’t care condition, Equation and circuit
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