4 4 votes The figure below shows a multiplexer where $S_{1}$ and $S_{0}$ are the select lines, $I_{0}$ to $I_{3}$ are the input data lines, $\text{EN}$ is the enable line, and $\text{F(P, Q, R)}$ is the output. $\text{F}$ is $PQ+\overline{Q}R.$ $PQ+Q\overline{R}.$ $P\overline{Q}R+\overline{P}Q.$ $\overline{Q}+PR.$ Number Representations gate2020-ec digital-circuits combinational-circuits multiplexers + – go_editor 1.5k views answer comment Share Follow Add Sync Questions Print See 1 comment 1 1 comment reply Deepak Poonia commented Oct 22, 2023 reply Follow flag Detailed Video Solution: https://youtu.be/cKIeV9ktU8k 0 0 replyShare Please log in or register to add a comment.
0 0 votes The output equation of $F$ is as follows: $\implies F= (\bar P\bar QI_0+\bar PQI_1+P\bar QI_2+PQI_3)*EN$ $\implies F=(\bar P\bar QR+\bar PQ*0+P\bar QR+PQ)*1$ $\implies F=\bar QR(P+\bar P)+PQ$ $\implies F=PQ+\bar QR$ Option A is correct. Hira Thakur answered Jan 5, 2021 Hira Thakur comment Share Follow 0 reply Please log in or register to add a comment.