(All the inputs and outputs must be labelled properly) In Experiment 1, you designed a 2-bit...

Transcribed Image Text:

(All the inputs and outputs must be labelled properly) In Experiment 1, you designed a 2-bit ALU capable of logical operations. In Experiment 3, the 2- bit ALU was able to perform arithmetic operations only. Your assignment is to combine the operations of both the ALUS and make a single 4-bit ALU in LOGISIM. Create a table in LOGISIM showing necessary control selections required for the execution of each instructions/operations. So, your designed circuit will be a 4-bit ALU, which can perform both logical and arithmetic operations - AND • OR • XOR • NOT • Add • Add with carry • Subtract • Subtract with borrow • Increment • Decrement Transfer Make sure your ALU works perfectly for all the operations. Good Luck! (All the inputs and outputs must be labelled properly) In Experiment 1, you designed a 2-bit ALU capable of logical operations. In Experiment 3, the 2- bit ALU was able to perform arithmetic operations only. Your assignment is to combine the operations of both the ALUS and make a single 4-bit ALU in LOGISIM. Create a table in LOGISIM showing necessary control selections required for the execution of each instructions/operations. So, your designed circuit will be a 4-bit ALU, which can perform both logical and arithmetic operations - AND • OR • XOR • NOT • Add • Add with carry • Subtract • Subtract with borrow • Increment • Decrement Transfer Make sure your ALU works perfectly for all the operations. Good Luck!