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Main points of this past exam are: Missing Entries, Equivalent Values, Equivalent Gate, Transistor Level, Gate Symbol, Mixed Logic Gate, Mixed Logic Design, Exploit Common, Logic Notation, Universal Gate
Typology: Exams
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Decimal 4-bit Binary 8-bit Binary 24 1000 00011000 6 0110 00000110 0 0000 00000000
12, 41, 30
Note: This solution is not unique. If you simplify or otherwise modify the expression you will have a different solution.
F A ( B C ) D AD ( B C )
Number of Transistors: ____42____
Note: There is more than one solution; for example, if you exploit common sub- expressions.
It is necessary to implement an inverter, AND gate, and OR gate.
a. Write the expression in sum-of-minterms form and product-of-maxterms form.
F (SOM) = ABC ABC ABC ABC
b. Algebraically simplify the SOM expression to a Sum of products form.
ABC ABC ABC ABC
AB ( C C ) AC ( B B )
AB AC