Question: 3. (20%) Create a new circuit (menu Circuit New Circuit+) and design following Multiplexer by modifying the CircuitVerse-provided multiplexer to have 32-bitwidth input/output data and

3. (20%) Create a new circuit (menu Circuit New Circuit+) and design following Multiplexer by modifying the CircuitVerse-provided multiplexer to have 32-bitwidth input/output data and 5-bit control signal. Add 32 32-bit inputs and one 32-bit output, set different values for the inputs, and then change the control signals, and check that the output is set from the input selected according to the control signal. This new circuit should be named as "32-to-1 mux", and make sure you save the project online after you make this mux working since you will need this later on for the project. X (RS) TELE FEDERE 01011 RS 3. (20%) Create a new circuit (menu Circuit New Circuit+) and design following Multiplexer by modifying the CircuitVerse-provided multiplexer to have 32-bitwidth input/output data and 5-bit control signal. Add 32 32-bit inputs and one 32-bit output, set different values for the inputs, and then change the control signals, and check that the output is set from the input selected according to the control signal. This new circuit should be named as "32-to-1 mux", and make sure you save the project online after you make this mux working since you will need this later on for the project. X (RS) TELE FEDERE 01011 RS
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