Hello and welcome back.
In this tutorial, we will learn how to create the model and how to set up the circuit for full pretty
far so I have created a file called Fulvia Rectifiers.
And what you need to do first is just right.
Click in the Model Builder in the finally click on ADD component and then select, uh, 080.
Or what you can do is you can just click on the file, click on ADD component and then click on 080.
Oh, now what you have to do, you need to add physics, not that if we are working with only electrical
circuits, you do not need any geometry.
So click on physics.
Click on Add Physics, if it is already selected, you will see add physics option here, click on Add
Physics and then you can search as C i r.
Click on Search and you will see electrical circuit inside ACTC module just right click and click on
Add to component.
So before we start making the model at first, let us make the rough sketch of the model, which is
always useful when you're working with Electrical Circuit.
So at first what we have is a voltage source.
So I would write as V now.
Here we have.
Four components, right?
And then these two are connected via a lot, something like this.
And here, each of.
The box is actually, uh, dired.
Right.
So it's something like this.
OK, so therefore, for decades now, let us name the nodes so the voltage is connected between one
and two.
So this is also true.
This is also one.
Let this be three this before.
And then let's say you just connect ground somewhere.
So let me just connect the ground here.
So I'll just put a resistor here and then ground grounded.
Then this will be five and the ground is five.
OK, so this is two to five and then ground.
So now that we have the circuit and the nodes, let us come back to console and let us click on the
electric circuit and add our resource to advertisers.
Click on the World Resource and it will be added in your physics.
Now it is already named as one and two, so we do not need to change it.
And here we need to add the Dietze.
So we will click on Diebold's four times to add for Dowds.
Now, note that we have added the four diets in our physics, now let us add two resistors, one and
two.
OK, so we have ground water source for year and two registers.
Now, let us try to set it up so the diet is connected between three and one.
Know that the finger and try to compare with our schematic diagram.
So PS three and and is one.
Similarly, the second down it is going from one to four.
If we come back to the third, it is coming from three.
Due to.
And the fourth, it is from two to four.
OK, so we have our diets ready and then the latest, that is the Lord, which is the other one, it
is going to take from three to four.
So this will be three.
This will be four.
And the other is disconnected from two to five, which will be further connected to the ground.
So the ground will be five.
So this is our circuit.
Now, in the next lecture, what we will try to do is we will try to add the values, we set up our
faults and we will make the model ready to simulate.
Thanks for watching.
And we'll be back in our next lecture.