4. (20%) Design and simulate a 3-to-8 decoder from CircuitVerse based on the logic from slide 66. See below. Add input and output to the logic, change the input values, and check which output line is set and whether it is set according to the behavior of a decoder (use the following truth table to check. For inputs, A, B and C can be considered as 10, 11, and 12, which are considered as the bit position of a certain address). - 0, - CBA Inputs 11 Out Outputs Outs Outs Out Outs Out2 Outi Outo 0 10 0 ILSB Decoder HOHOHOH Outb 0 Out7 0 (MSB) 10 a. A 3-bit decoder b. The truth table for a 3-bit decoder 4. (20%) Design and simulate a 3-to-8 decoder from CircuitVerse based on the logic from slide 66. See below. Add input and output to the logic, change the input values, and check which output line is set and whether it is set according to the behavior of a decoder (use the following truth table to check. For inputs, A, B and C can be considered as 10, 11, and 12, which are considered as the bit position of a certain address). - 0, - CBA Inputs 11 Out Outputs Outs Outs Out Outs Out2 Outi Outo 0 10 0 ILSB Decoder HOHOHOH Outb 0 Out7 0 (MSB) 10 a. A 3-bit decoder b. The truth table for a 3-bit decoder