Design, implement and test a digital logic circuit that accepts inputs A, B and C from plane A, B and C. An input value of “1” indicates that the corresponding plane is requesting permission to land on the runway. For example, if A=1 then there is a plane A is requesting permission to land on the runway. Plane A has the highest priority, B has the next priority level and C has the lowest priority. Meaning that A always gets to use the runway regardless of other requests and C only gets to use the runway if A and B are not requesting permission. Circuit outputs are LandA, LandB and LandC where the value “1” means the corresponding plane has permission to land. For example, if LandB=1 then a plane B is permitted to land on the runway. Although you may have landing requests for more than one plane, only one plane may be granted the permission to land. For this experiment, generate the input using 3 switches and simulate the output using 3 LEDs. For this lab, only use AND, OR, and INVERTER (NOT) gates
Design, implement and test a digital logic circuit that accepts inputs A, B and C from plane A, B
and C. An input value of “1” indicates that the corresponding plane is requesting permission to
land on the runway. For example, if A=1 then there is a plane A is requesting permission to land
on the runway.
Plane A has the highest priority, B has the next priority level and C has the lowest priority.
Meaning that A always gets to use the runway regardless of other requests and C only gets to use
the runway if A and B are not requesting permission.
Circuit outputs are LandA, LandB and LandC where the value “1” means the corresponding
plane has permission to land. For example, if LandB=1 then a plane B is permitted to land on
the runway. Although you may have landing requests for more than one plane, only one plane
may be granted the permission to land.
For this experiment, generate the input using 3 switches and simulate the output using 3 LEDs.
For this lab, only use AND, OR, and INVERTER (NOT) gates
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