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A logic network has two data inputs $A$ and $B$, and two control inputs $C_0$ and $C_1$. It implements the function $F$ according to the following table.
$${\begin{array}{|cc|c|}\hline
\textbf{$C_1$}&    \textbf{$C_0$}&  \textbf{F}\\\hline
0&0&\text{$\overline{A + B}$} \\ 0&1& \text{A + B} \\     1&0& \text{$A \oplus B$ } \\ \hline
\end{array}}$$Implement the circuit using one $4$ to $1$ Multiplexer, one $2-$input Exclusive OR gate, one $2-$input AND gate, one $2-$input OR gate and one Inverter.
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28 votes
Best answer

This is the implementation asked in question

  • $C_0 = 0 , C_1 = 0$  line $00$ will be selected and $F$ will give $(A+B)'$
  • $C_0 = 0 , C_1 = 1$  line $01$ will be selected and $F$ will give $(A\oplus B)$
  • $C_0 = 1 , C_1 = 0$  line $10$ will be selected and $F$ will give $(A+B)$
  • $C_0 = 1 , C_1 = 1$ line $11$ will be selected and $F$ will give $(A+B)'.(A+B) =0$
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4 Comments

@JAINchiNMay

why C1 is not taken as MSB ? 

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you can take C1 also as MSB you have to interchange the input of MUX accordingly
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@JAINchiNMay Thanks :)

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