Question: 8.8 Multiplexer logic. Implement a 4-bit Fibonacci circuit (output true if the input is a Fibonacci number) using a 8-1 binary-select multiplexer. Additional: Use values
8.8 Multiplexer logic. Implement a 4-bit Fibonacci circuit (output true if the input is a Fibonacci number) using a 8-1 binary-select multiplexer.
Additional: Use values of (0,1,2,3,5,8,13)
8.21 ROM logic prime number unction. Implement the four-bit prime number function using a ROM. How large a ROM is needed (what are N and b)? What is stored in each location? (4 points)
Additional:

8.24: PLA seven-segment decoder: Implement a seven-segment decoder with a PLA. How many product terms an sum terms are needed? What are the connections for each term? (4 points)
Additional: Dr. Becker wants to see the PLA drawn and marked.
a ROM d
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