You are asked to design a combinational circuit whose inputs are two 8-bit unsigned binary integers,...

 

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You are asked to design a combinational circuit whose inputs are two 8-bit unsigned binary integers, X and Y, and a control signal MIN/MAX. You can use logic gates such as NAND and XOR, multiplexers, and an 8-bit comparator. The output of the circuit is an 8-bit unsigned binary integer Z such that 1. Z = 0 if X = Y; (2 points) 2. otherwise, Z= min (X,Y) if MIN/MAX = 1, (4 points) 3. and Z= max (X,Y) if MIN/MAX=0. (4 points) You are asked to design a combinational circuit whose inputs are two 8-bit unsigned binary integers, X and Y, and a control signal MIN/MAX. You can use logic gates such as NAND and XOR, multiplexers, and an 8-bit comparator. The output of the circuit is an 8-bit unsigned binary integer Z such that 1. Z = 0 if X = Y; (2 points) 2. otherwise, Z= min (X,Y) if MIN/MAX = 1, (4 points) 3. and Z= max (X,Y) if MIN/MAX=0. (4 points)

Answer rating: 100% (QA)

To design the circuit we can follow these steps 1 Implement an 8bit comparator to compare the values ... View the full answer