So now let us try to understand how feed on devices look, right, so we have.
OK, so we just try to use some different colour.
OK, and we'll be considering that it is capable of handling only to get.
So we have E right.
And we also have Śiva, which has been heavily wrecked.
So we just have an E line which is available.
We also have an EVALINE which is available by default inside the integrated circuit.
Right.
Be also and beeber.
So both are available for use right now.
If you remember Beedle have a fixed fixed rate so fixed.
And then we have a programmable already so fixed and we now you know that inside is capable of handling
two inputs only for combinations are possible.
Right.
So I will have a.
Food and gifts which have been available inside the.
This block and then A and B will be one of our connection.
So this is A we and B, we.
Also, how.
Ever, and then we we also have so this basically is giving us an indication of any of this is giving
us an indication of any Babi.
Right.
Let us assume that this provides an equation of A and B, but OK, so we just make this addiction as
E and then we have A Vrba Right.
So this is E and Beeber.
And finally, we also have any bar people that will just connect this to.
Right.
To assume that we have connected we over here and we have already connected.
And so we are getting even deeper.
Now, those are the fixed connection, right.
So we do not have any provision by which we can change this.
Right.
So this will remain fixed.
And then we have certain set of anarchy which are basically programming.
So let us assume that I see that we have designed consists of three programmable connection.
Right.
So we'll just add.
Two links here to links here to links here and since our outworker consist of all, so let us assume
that this is one of the block.
OK, so this is one of the block.
So this is not the blog, so it consists of four outputted, so this is the same, the three to four
who handed this out.
We will be adding an aggregate that consists of OK and so on.
Our group will have more input combinations right now doing that.
All these inputs are coming over here.
OK, so first line is then we have a lot of people than we have ever had and finally so on and so forth,
and this are the unconnected links.
OK, so this need to be defined by music, so this are basically a programmable thing here.
OK, so let's assume that we want to implement it.
So if we want to implement DBI, then what we'll do is we'll just ignore.
We know that these are questioning, so we'll disconnect.
This link will keep order as it is.
And since this will behave as an flacking connection for Anakie, they basically behave as having a
value of so three zeroes and will keep everything unconnected to all the links will have a zero.
So if we just are all the zeros over here, we'll be getting zero at this output will also be getting
zero at this hour, are perfect for this three openside having a value of zero.
But this is having a value.
So it will be a B plus zero plus zero plus C, and from your past experience, you can guess that this
will lead to A.
So this is how you implement a connection.
Now let's assume that we want to change the functionality.
So the process is very simple.
OK, what we will be doing is will just be erasing the previous connection.
So we have erased our connection will go ahead.
And now let us assume that we want EBA and DBA.
So the process is very simple.
So the last link consists of but it will just take this and our circuit will behave like this.
Right now you see an immediate advantage that.
Since this have a variable functionality, so if this are new, so that they can actually be utilized
for certain other purposes.
OK, so let's assume that you want to implement and not get out of this.
So that is also possible.
So let's assume you want ba ba ba ba can actually be written as E into beeber plus Ibut into Beeber
will be noticing that B but if we decode common so e placebo will result in two one.
So this basically will result in the people.
Right.
So if we connect E and deeper and B bodies are coded so.
Antibodies are pulling, so what we'll do is we can take the third link, right, and then we have about
Veber, which is our last link.
So if we just connect this to link the output that will be getting out here is Beeber.
Like to be able to implement and not get out of this combination, similarly, this you know, you want
simple A.
As a simple buffer, so simple buffer can actually be traumatizing to beaver blows and to be so if we
just got a comment, so it will be part plus B, which finally is ready to right till we get an E out
of this.
So we will just be going into Beeber, which is which is our second link, so.