Let us go one step further.
So first, we started with simple gates in order to create half, remember, next, we have combined
this half hour with another half hour to create a full order so this whole other can add one bit here
and one Bertier.
Now, how about we combine this into one block so that we can create a real multiband adder?
OK, this exists in every Aliu that you'll find, every sebu, every GBU has circuits like these.
So let's see how we can implement this, because I've got a file and then we'll go create update and
create a simple file from this full address right here.
So save it right now.
Let's go pick up.
OK, let's go to New and I want to add the new block I'm going to instantiate.
So if you go to project now, you have a full other one bit ready for you.
So I want to put one here and for now, I just want to rotate it, actually.
Let's rotate again.
OK, so here's my rotation, I have a B, but I need to flip it as well horizontally.
OK, so here is my A, B, C in summation and carry out, OK.
Now I want to create a full bit adder, so I'm going to copy paste this four times.
So this is one.
To.
Three.
And for.
But this in the middle.
OK, now let us get the inputs.
So we have primitives, Ben, inpart.
And now I want to rotate this by two hundred seventy degrees, here we go.
This is my a little SCoPI this.
The.
Now, let's copy all of these.
Here as well.
And finally here.
OK, now so many, many, but.
Now we need some output's.
For this sum and the carry out at the end, so.
Let me rotate this.
OK, now this is the first some.
Second, some, by the way, for creative Ben.
And just put it here on the line and then you drag it, you're going to have it connected, so I just
put it on the line and drag it.
And I need one more for the seat outright, because all the other scouts are going to be interconnected
here, OK, since there will be interconnected, we don't need the third one.
Right, because this is an interconnection.
Sorry about this mistake.
No, here I'm going to be adding a zero.
A-one, a two and a three and bezier will be one B to be.
So this is a zero.
Bizzaro.
Yvonne.
BE1.
A two.
The two.
A three.
And three.
OK.
Next, this will be by some zero.
Someone.
Some two, some three and my sister.
OK, so this is how I add to four bit numbers.
Now let us start the interconnections.
The carry out here will jump all the way.
And be interconnected with the Caribbean here again, they carry out here.
Well, come here like that.
It will be interconnected here and the carry out here.
Remember, we're just cascading these the cargo out of wonderful other will go to the carrying of the
second Dedieu, and that's the whole concept.
OK, that's great.
No, this is my circuit.
All I need to do is file save, as I'm going to call this full underscore or.
And Forbert.
I'm going to set it up level and the compilation is done, the next lecture we're going to start simulating.