Digital Logic Design Laboratory 264 Project part 2 Fall 2020/2021 (264/54) Design and simulate a combinational circuit Using Quartus Il simulator. Using the concept learned in the full-adder lab perform the following addition: Z = 2X + Y Where X is a 6-bits binary input. (Xs, X4,X3, X2.X.Xo) NOTE: group of 3 will use the following equation: Z = 2X + Y + 14 Design steps: 1. Design 1-bit adder and create symbol of it. 2. In block diagram schematic a. Use concept of iterative circuit to perform 2x where I. S = 2X = X+X b. Take the output from the previous step as an input of second level of the iterative circult to perform Z = S +Y (Find the number of bits that Z needed to give correct result) c. Your final design must have X and Y as six-bits external input and Z external output 3. Verify your design using waveform. You must test your design for eight different cases. Four cases for the boundary's values and two cases for some values in the middle 4. What you need to submit: Digital Logic Design Laboratory 264 Project part 2 Fall 2020/2021 (264/54) Design and simulate a combinational circuit Using Quartus Il simulator. Using the concept learned in the full-adder lab perform the following addition: Z = 2X + Y Where X is a 6-bits binary input. (Xs, X4,X3, X2.X.Xo) NOTE: group of 3 will use the following equation: Z = 2X + Y + 14 Design steps: 1. Design 1-bit adder and create symbol of it. 2. In block diagram schematic a. Use concept of iterative circuit to perform 2x where I. S = 2X = X+X b. Take the output from the previous step as an input of second level of the iterative circult to perform Z = S +Y (Find the number of bits that Z needed to give correct result) c. Your final design must have X and Y as six-bits external input and Z external output 3. Verify your design using waveform. You must test your design for eight different cases. Four cases for the boundary's values and two cases for some values in the middle 4. What you need to submit