There are two major courses A and B, and two minor courses C and D in a department. A student can graduate if he or she passes: Both the major courses A and B or One major course and both minor courses C and D. Design a circuit to determine if the student can graduate or not. Part a: Determine the truth table. Hint: Use the name of the courses as the input variables of your truth table. i.e., A, B, C, D. Variable A is 1 if a student passes course A, otherwise 0. Part b: Write the function in sum of minterms form and simplify using K-map. Part c: Implement the simplified function on proteus and attach its screenshot. Note: Use 4-bit binary of your roll number’s last digit to show output in the screenshot. Part d: Implement the simplified function on virtual breadboard and attach its screenshot. Note: Use 4-bit binary of your roll number’s last digit to show output in the screenshot.
There are two major courses A and B, and two minor courses C and D in a department. A student can graduate if he or she passes:
- Both the major courses A and B or
- One major course and both minor courses C and D.
Design a circuit to determine if the student can graduate or not.
Part a: Determine the truth table.
Hint: Use the name of the courses as the input variables of your truth table. i.e., A, B, C, D. Variable A is 1 if a student passes course A, otherwise 0.
Part b: Write the function in sum of minterms form and simplify using K-map.
Part c: Implement the simplified function on proteus and attach its screenshot.
Note: Use 4-bit binary of your roll number’s last digit to show output in the screenshot.
Part d: Implement the simplified function on virtual breadboard and attach its screenshot.
Note: Use 4-bit binary of your roll number’s last digit to show output in the screenshot.
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