Design a circuit that displays the odd and even integers between 0-7. Use a 3x8 DEMUX and 2-
input AND gates to implement the design.
F1
(A, B, C) = ∏(0,2,4,6)
F2
(A, B, C) = ∏(1,3,5,7)

I made kmaps for these and came with F1 = C' F2 = C and can't found a way to design this circuit on quartus. Is it possible to have 3x8 demux or will we use 1x8 demux?

 

You need to explain the problem a bit better. Your statement says that your circuit is supposed to DISPLAY the odd and even integers between 0 and 7. What does it mean to "display" them?

It would seem more likely that your assignment is just to indicate whether a given input is an even or an odd integer, but I'm guessing at that.

Forget about Quartus or any other specific platform. Can you design a circuit that does what you want using only 3x8 demultiplexers and 2-input AND gates?

What is a 1x8 demux? How do you take a 1-bit input and decide which of 8 output bits to assert?

 

I suppose with display, he meant to even or odd.
I can't design a 3x8 demux, thats why I asked is it possible.
I am not sure how type of demux we need as inputs and outputs.

 

What is preventing you from designing a 3x8 demux?

Do you know what a 3x8 demux is? Can you describe, in words, what the inputs and outputs are and how they are supposed to behave?

Are you sure you are supposed to use a demultiplexer and not a decoder?