Hello.
Now that we have completed our simulation, let's go to the digital section and try to plot our results,
so I'll go to reserve.
Right, click on the result and then click on one deployed group.
Inside the one deployed group, I can right click again and then click on Global Globe is mainly used.
Uh, I already discussed in my previous lecture that it is mainly used to plant scalar data as like
the data for our current and voltage in the electrical circuit.
So in the expression I will click on add expression, go to electric current devices.
Capacitor, and then I will double click current through the capacitor and the X unit, our time and
the unit is milliseconds now and just click on the one deployed group and click on Plott.
When I click on Plott, I see there is a beautiful blood showing the variation of current.
Through time now, what is happening here is that we have of all sorts of one for you and suddenly the
circuit is turned on.
So since we have a capacitor and inductor in parallel with time, we have an oscillating current through
the capacitor.
So it will go from left to right and then from right to left and so on.
So this is how the current is plotted.
Now let us plot the voltage.
So what I can do is I can just duplicate this plot group and here I can just sort of current I can select
Voltage V..
Probably the expression is not correct, so I would better go to an expression, lift the circuit devices,
see one and then voltage across devices.
Okay, so it is Malfi and I'll click on Blood.
Now, even you can see that the voltage across the device is also fluctuating like a Sanker, which
is exponentially decaying and the voltage approaches zero.
Now the simulation is done.
Deal one millisecond.
There's very strong black.
But if it's similar to higher time, it will eventually reach zero.
Now it is clear from the circuit itself that for any D.C. current, when an inductor is connected,
definitely the current will pass through the inductor for larger time.
Right, because the capacitor will block since it is a DC source.
So this is how you plot the data so you can always plot through different components.
For example, let's say you want to plot through R one the current through R one.
You can do that.
It will also oscillate because it is in CDs with the whole circuit.
So that's it.
In our next lecture, we will learn how we can verify the resonant frequency from the computer simulation
results.
So till then, goodbye and take care.
We'll be back in our next lecture.