Show transcribed image text Input: A, B = octal digits (see representation below); C in= binary digit Output: S = octal digit (see representation below); C out= binary digit Task: Using Binary Full Adders, design a circuit that acts as an octal full adder. More specifically this circuit would input the two octal digits A, B, concert them into binary numbers, add them using only binary full adders, convert the binary result back to octal, and output the sum as an octal digit, and the binary carry out Input / Output binary representation of octal digits. Every octal digit will be represented using the following 8-bit binary representations: Design the circuit in a structured way. Use modules whenever possible. Presentation is important.
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