Hello and welcome back.
So we have our previous file open with the same component of the electrical circuit.
Now, what we need to do is we need to add an inductor, which is parallel to the capacitor.
How can we do that?
So we had the capacitor, which is connected to three and one node.
So to add in inductor parallel to the capacitor, just go on to the electrical circuit, then click
on the inductor.
When you click on the inductor, the injector will add in the electric circuit in the model builder
so you can just drag close to the capacitor so that it aligns with the order and just rename the inductor
node from five to three and.
The other one as one.
OK, so this is how you change the nodes and as the nodes seem, that means the capacitor and inductor
are in parallel, right?
So, OK, we are done in the circuit.
Now we need to add the sturdy settings.
Just click on the sturdy since we are studying our time dependent study for a constant voltage source.
We have a constant DC source of one volt.
I would go on to time study in the unit of seconds.
I will select milliseconds.
And in the range, what I will do is I will right range zero comma zero point zero zero one comma one.
So the simulation will run till one millisecond.
Now, uh, you might ask, where did I get this number?
I was just running the simulation with different time domain, such a second minute, microsecond nanosecond,
etc. and I found that in milliseconds I was getting a nice curve.
So that's it.
And also, it is close to the frequency and stuff which you will learn later.
So, OK, now let's compute before computing.
Uh, you just make sure that all the boundary conditions are right.
So I have the voltage source.
I have my ground register capacitor inductor and another is 200 to four and the four is the ground.
OK, so my settings is fine.
Now, I will go out to study and click on Compute to compute the result.
As I compute, my competition is finished and my conversion plant is also complete.
So in our next lecture, we will go on to Brazil and see how we are getting the plot.
Thanks for watching and we'll be back in our next lecture.