For each of the following components, follow the Combinational Logic Design Process by: i) Drawing a...

 

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For each of the following components, follow the Combinational Logic Design Process by: i) Drawing a truth table that describes the behaviour of the component. ii) Writing the corresponding Boolean algebra in sum-of-minterms and simplified forms. iii) Drawing a logic circuit diagram for the component. a) A 2-bit 4x2 multiplexer with independent select lines for each output (s1 selects for d1 and s0 selects for d0). For this question only, you can use two truth tables if necessary, and you can group the input bits together through all steps. 10 +11 +12 24 13 do d1 $150 7272 For each of the following components, follow the Combinational Logic Design Process by: i) Drawing a truth table that describes the behaviour of the component. ii) Writing the corresponding Boolean algebra in sum-of-minterms and simplified forms. iii) Drawing a logic circuit diagram for the component. a) A 2-bit 4x2 multiplexer with independent select lines for each output (s1 selects for d1 and s0 selects for d0). For this question only, you can use two truth tables if necessary, and you can group the input bits together through all steps. 10 +11 +12 24 13 do d1 $150 7272