I am currently designing a circuit to read 0 3 1 4 7 6 5 2 0 on the seven segment display. I have got it reading 0 3 1 0 and repeating, I have hit a wall and need some ideas, any help would be appreciated, I believe I’m not too far

 

The moiré pattern in the image of your schematic are so strong that I cannot read the schematic.

 

Welcome to AAC!

I have hit a wall and need some ideas, any help would be appreciated, I believe I’m not too far

Post your work (truth table, kmaps, and equations).

You can print to a black-and-white PDF file from Multisim.

Is this homework?

 

REally, it can be done with an 8 bit PROM and a binary counter. Program the ROM with the bit patterns to produce the desired display, and increment the P ROM with a simple binary counter. At the next count beyond the last digit, the eighth bit resets the binary counter. That allows you to make the string of numbers as long as you choose, limited by the size of the PROM
I doubt very much that a simpler circuit can be devised, unless it includes an actual processor with internal memory.

 

I am currently designing a circuit to read 0 3 1 4 7 6 5 2 0 on the seven segment display. I have got it reading 0 3 1 0 and repeating, I have hit a wall and need some ideas, any help would be appreciated, I believe I’m not too far

Does it have to be all cmos logic, can a micro be used?

 

What about the 1hz driver pulsing a CD4017 with each output driving an input on a decimal to bcd converter in the required order?
Full schematic details available.

 

Another idea....

You could use a prom, or simply use diodes since it's a relatively simple requirement.
See the attached circuit diagram. Its not complete, but shows the idea.
A set of pull down resistors hold the inputs to the 4511 to zero if no diode is conducting.
Where the diodes are shown not connected, obviously could be completely left out.
They are included here to show the concept.

The CD4017 Q9 output could be connected to its reset input, if two consecutive '0's are not required.

 

Nowmy question is about the purpose of such a creation.

 

Indeed it can also be done by using a decimal counter and a binary to seven segment decoder. It will require a few or gates, or a decimal to seven segment decoder. But the prom scheme can go on for hundreds of digits and not require any other logic.