So let us for the broader understanding by simulating one of us.
OK, so when they use an idea, it gives us more insight of what is actually happening into an actual
circuit instead of just discussing about the theoretical aspect of certain design.
So we already covered what it all means.
So it consists of a program, a blog, and it consists of a fixed line connections.
OK, so now what we'll do is we'll use a multi sim to simulate a circuit so that we have a clear picture
of what is inside.
OK, we're not using an offline version of formalism, which is very, very popular.
But since we need to replicate a very simple circuit using an online cloud based idea, you just need
to search for a nice circuit simulator.
It will take you to make the same online circuit similar to the first thing that you do is you create
your account and then you'll be finding this speech here.
So you just go ahead and you click onto it.
OK, so this will bring you to this stuff that I have already created a circle just to see what they
OK.
Now, this is an area where you'll be pleased again.
So, for example, if I want to add a digital sources so I can just go to a source that I look for the
source, that source that I want and I just am digital, so our DC will disclose.
So I'll just bring it down, drop it or canvas.
OK, so this will add a component like other then that we also have analytics as well as resources available
to use on regicide.
And so we'll just add an lady, OK, and then in between we can have a certain resistor and finally
a ground.
So we'll just search for a ground, we'll just write it down.
To make a connection between this component is very simple.
OK, OK, so you just bring your cursor to one of node.
I will be finding the wire to automatically open, so you just click and then you select another.
OK, so this will make a connection between the components of this computer interconnection and see,
the thing was fine on, so I completed an entire connection with here.
Then to perform a simulation, you can just go in and you can just click on display, but it will be
noticing everything was finally able to see a lighting effects.
So this is how you drag and drop a component unless you make a connection.
That is what is required for us only to delay the component.
You select the component and then you have this trustmark or you can just press delete on your keyboard
that will automatically delete all the components.
So let us know, try to understand the schematic.
So when we see as a logic, so that basically means either Five-fold in a case of a lot of CMOs, we
can have a waiting room to be a three pointer.
So here are two sources of knowledge, five will reach.
So that basically represents even right then we also require a complement.
So I have added to Nargus, which basically represents a button.
OK, so we have a disassociates, which will give us a value of we we have A, B, C, which will give
us a value of B, whereas when we take our connection from this not out, that will be the USA, but
owned by respective.
Now in a case of a don't we have a fixed and connection so they are not programmable.
So at least for and it's OK.
So first and it will give us a combination of A and B.
OK, so we'll be finding one of the connection will be to directly to an aid source and another connection
will be to a belief system.
So this will basically give us A and B.
They are second and collection of will consist of an E and then we haven't VPA.
So this and it will basically give us E to be but then we have Aniba and B and finally we also have
a ba ba ba.
OK, so those are the fixed and connection or a combination that we have when we consider two variables.
Right.
And now we need to have a programmable connection between the binary and order because in a programmable
aurally or a beetle, we have an authentication program.
So noticing that we have utilized our food and put it OK and in between we are equally represented there
with the switches and all this switches can be of reading.
And depending on the switches that you have in place, you have a different technologies and little
switches plays a very crucial role for deciding our manufacturing process for next year.
We have considered a simple connection.
Now in an VLSI, when you keep an aggregate input slotting, it automatically assume a value of a zero.
And if you considered an algate which have a floating in, they automatically assume the value of what.
But this will not happen in this online circuit simulator.
So we need to forcefully sign the value of Seydou if the connection is OK.
So for that reason, since it doesn't consist of a DVD, we have utilize Speedie.
OK, so it have two pools.
OK, this is the connection that we will be making tonight.
So if the switches in this position will be connecting to and an input and if I assume that we do not
want to make a connection to this line.
So in the real scenario, we will be keeping this link floating.
But here, since floating automatically do not represent zero, will just clicking on this option will
just close the switch so that it will automatically be connected.
OK, so just to show you things, how things are working, we'll just perform a simulation right now.
Let's assume that we want one of the linked to be connected to and end.
So in that case, we'll just click on this link so it will automatically be connecting to OK.
And as soon as we have a connection to any, we will be noticing that one of the input of an object
is one.
So we have an already glowing complex.
If we do not want to connect this product on to an input of an, it will just be keeping our position
to this direction.
So it will be automatically connected to.
So by default, all the things are we haven't connected anything.
Now let's assume you want to implement a simple possible four that will give us the date.
So to have a B and since we have all the product that would be required to connect links which consist
of B Andreeva and B, and so B is this link.
So we'll just connect this link and then we have backed be right.
So be any bar is so evar is this one and then we have a B so we'll just take this.
So once we connect this tooling output will now give us like if you want to have a e so the two links
that will be connecting is going to divide and actually B is already done.
We just need to open this link and we just need to close this.
So this will give us an output.
Asani if you want, NSB will keep order link open.
We'll just be getting any we if we want to.
Beeber will be keeping all the links open and we'll just be closing.
So this is how now you can see a C I.C.C. integrated circuit with a programmable links.
We can implement different functionality.
OK.
So if one of the link or there will be multiple argues that at present.
So if you do not want to have an on functionality, you can implement it to have other functionality.
And this is what an advantage that we get with of programmability.