(Answered): 11. Derive the Boolean expression for the 4:1 multiplexer, from the truth table. [CLO2.PL04:04) [5 ...

11. Derive the Boolean expression for the 4:1 multiplexer, from the truth table. [CLO2.PL04:04) [5 marks] Draw the logical diagram for the Boolean expression. [CLO2.PL04:04] [5 marks) Represent the logical diagram with a CMOS equivalent circuit [CLO2.PL04:05] [5 marks) Transform the CMOS equivalent circuit into stick diagram [CLO2.PL04:05] [10 marks] Modify the circuit into its layout diagram [CLO2.PLO4.C5] [10 marks] Perform the layout design rule check using Microwind. [CLO2.PL04:04] a. Draw the layout [15 marks) b. Perform DRC check [10 marks) iv. V. vi vii. Draw the PLA representation of the multiplexer circuits viii Use CAD tools to implement the multiplexer circuit a. Write a program b. Simulate and obtain the results [CLO2.PLO4.C4] [5 marks] [CLO2.PL04:04] [10 marks] [10 marks] ix. Verify and display the results of the simulation. [CLO2.PL04:04] [5 marks) [CLO2.PL04:06] [10 marks) X. Elaborate the observations in (vi) and (ix). ** THE END ** Multiplexers are widely used and have many applications. They are also commonly available in a number of standard configurations in TIL and other logic families. In order to arrive at a standard cell for multiplexers, we will consider a commonly used circuit, the four-way multiplexer. Truth table N 1 4 MUX INPUTS Output Z S 0 So 0 0 1 SELECT lo 1 12 Ig 0 1 1 TITT S, 5, 85, Selector logic circuit. 2 Page