The digital circuit has inputs of three unmarked words A [2: 0], B [2: 0], and C [2: 0]. If it is

a number of words that have an unnecessary value outweigh the number of words they have

then for R [2: 0] it is R [2: 0] = max (A [2: 0], B [2: 0], C [2: 0] ] =

min (A [2: 0], B [2: 0], C [2: 0]). A circuit is required to be designed to perform the above

mode. Only comparators, multiplexers and gates of any crowd are available

inputs.

It is recommended that the total circuit be based on individual, less sophisticated circuits and

initially to briefly describe the logic of the proposed solution

 

And your question is...?

Is this homework? Sure looks like it. If so, we can move it to the Homework Help forum. You need to show your best attempt -- that gives us something to go on.

 

Also (and this is likely a translation to English issue), the description is very confusing.

What does it mean for "a number of words that have an unnecessary value outweigh the number of words"

Is R[2:0] the output of the circuit?

Your equation can only be true if all three inputs are the same value.

What is the output supposed to be if they are not the same value.