Hello and welcome back.
So in our previous lecture, we have learned how we can create a basic circuit for charging of a capacitor
in the electrical current module, physics in console.
And in this lecture, we will learn how to add a study and then how to run the simulation.
So to add a study, like any other simulation, you have to go on to study and then you have to click
on ADD study.
So you will have the ADD study tab in the window, which could be beside your graphic stamp inside of
our study, click on Time Dependent just right click and click on and study.
When you click on our study, you will have the time dependent study in your model builder.
So instead of time dependent study, there are multiple settings inside the time dependent settings
window.
So the time unit, what are the different units you want to use?
Use your simulation in milliseconds, in seconds, minutes or whatever, even if you are working the
output time, that is.
What are the different timestamps that you want to check and different other advance settings which
might not be needed in this particular simulation.
So let's start with the seconds and the range is it will gone from zero to zero point one second.
One second.
So this is like a for loop.
If you have used Java, C++, uh, it is kind of a loop which will run from zero till one.
And the unit is in seconds, OK.
So if we run the simulation, we have to click on compute when you click on compute.
You will have the convergence plot and you see this nicely falling down and then the simulation is run.
OK, so the simulation is complete.
Now, how do we plot the results?
The plotting the results is also quite interesting.
But before that, let me tell you that the settings for this study is quite important.
Let's say, for example, we are studying charging up a capacitor.
So before running the simulation, we must have some idea about the time constant or what is the value
of our see all those data.
So you must have a rough understanding.
Let's say the charging of a capacitor happens in two milliseconds, but you are working in minutes.
Then it will never get a graph of the charging phase of the capacitor because you are not recording
it right to record it.
We have to run the simulation in maybe in milliseconds or microseconds or so on depending on the different
values of your circuit.
So these are the important things that you might remember for the First Circuit.
You might have different settings which you need to follow.
Otherwise you might you might miss your objective itself.
So, OK, now we have completed our computation.
So in the next lecture will jump into our results and see how we can generate the plots from our simulation.