2 votes 2 votes (Ignore the small circle on any line in the following logic diagram, do not consider it as logical not) The logic circuit given above converts a code $y_1y_2y_3$ From binary number to excess-$3$ code From gray code to binary number From binary number to gray code Hamming code Digital Logic goclasses2024-dl-2-weekly-quiz goclasses digital-logic combinational-circuit digital-circuits 1-mark + – GO Classes asked May 27, 2022 retagged Aug 24, 2023 by Lakshman Bhaiya GO Classes 176 views answer comment Share Follow See all 2 Comments See all 2 2 Comments reply MANSI_SOMANI commented Jul 19, 2022 i edited by MANSI_SOMANI Jul 19, 2022 reply Follow Share @Deepak Poonia sir it’s GRAY to BINARY, for e.g if take y1y2y3=100 then getting output as 111…. 0 votes 0 votes Deepak Poonia commented Jul 19, 2022 reply Follow Share @MANSI_SOMANI That’s correct. Corrected it. 1 votes 1 votes Please log in or register to add a comment.
2 votes 2 votes Equations for output : $\begin{aligned} &X_{1}=Y_{1} \\ &X_{2}=Y_{2} \oplus X 1 \\ &X_{3}=Y_{3} \oplus X 2 \end{aligned}$ Clearly, this is Gray to Binary code conversion. GO Classes answered May 27, 2022 edited May 27, 2022 by Lakshman Bhaiya GO Classes comment Share Follow See all 0 reply Please log in or register to add a comment.