Hi to everyone I would apperciave everyones help, I have an project in Fundamental of logic design, I've done all of it expect the EXPERIMENTAL BOARD with series number can anyone tell me how to do it ?

Best Regards.

 

any solution ?

 

Have no idea what the EXPERIMENTAL BOARD is.

 

This is the one I did

Now I have to design it like this but I have no Idea how to do it, if you can do it for I would apperciate it very much couse its very urgently

 

Just remember that no one is going to do your homework for you.
If you have a problem or a question maybe someone will try to help.

 

Dear MrChips am not asking to do my homework am asking help for this thing .
If you can help I would apperciate couse this asnwer didn't help me at all :]

 

Well then what is your question?

 

Q1) What is the truth table for what you WANT to have happen?

Q2) What is the truth table for what IS happening?

Q3) Which of the three outputs is not behaving properly?

 

Dear MrChips am not asking to do my homework am asking help for this thing .
If you can help I would apperciate couse this asnwer didn't help me at all :]

But in the your previous reply, that is exactly what you asked for.

Now I have to design it like this but I have no Idea how to do it, if you can do it for I would apperciate it very much couse its very urgently

 

First you have to change U1 U2 and U3 to something easier for u to understand.

Let's assume the 3 inputs of U1 are A, B and C and the output is (A>B).

(A>B) = A' + B' +C' = (A.B.C)' So U1 & U2 are actually 3-input NAND gates.
Applying the same method, U3 is 2-input NOR gate.

Then you can google for TTL inverter, TTL 2-input NOR. TTL 2-input NAND and TTL 3-input NAND gates. Get the chip numbers and and their datasheets. Put the pin # onto your schematic as well as the part numbers. Then you can start connecting your Experiment Board...

HTH

Allen

 

First you have to change U1 U2 and U3 to something easier for u to understand.

Let's assume the 3 inputs of U1 are A, B and C and the output is (A>B).

(A>B) = A' + B' +C' = (A.B.C)' So U1 & U2 are actually 3-input NAND gates.
Applying the same method, U3 is 2-input NOR gate.

Then you can google for TTL inverter, TTL 2-input NOR. TTL 2-input NAND and TTL 3-input NAND gates. Get the chip numbers and and their datasheets. Put the pin # onto your schematic as well as the part numbers. Then you can start connecting your Experiment Board...

HTH

Allen

This helped me a lot thank you very much

And you others thanks for waisting my time

 

You're very welcome. Please don't come again.