So right now, we're going to test reading the analog input.
And in order to do that, we have the embassy right here connected on the whiteboard, we have the potential
meter and we have three words.
So the way we have connected is the wires is like that vertically, as it were, that there would be
wires like this and they're connected to the same dots, this which is connected to.
And next, we need to connect to all of this to power.
And one of them.
Now we're free up in Northern Europeans analog and we just go to images.
Let us open this picture, we can see how is the distribution of beans, if we check this a zero, this
is actually the analog bin we're going to use and it can handle the voltage between zero and three point
field.
So it is labeled as a zero, which is our unlooked bin.
Next, we need one power, which is this three point three and this Genndy.
And we could easily locate them right now on the original board, so if we take a closer look.
This lawyers haven't.
We're going to see that.
A zero is actually the spin right here, the first one from the left side.
And we could serve forty three point three votes, which are 18, if we thought that maybe we can see
clearly.
We have people in travel and we have Genndy.
And this is the Azeroth at the site.
Like this.
OK, so let us do the connection.
We have the.
Out to most lawyers, which are the yellow and the green need to be connected to the three point three
volts and the GENNDY so that the green one connected.
Like this.
So people, people's.
And on taking the other lawyer, American.
My the.
And finally, we have the analyst then, which is the middle one, and it is connected to Aizu.
OK.
And, boy, that we have connected that the wires.
Next, we need to powergrid.
So let us commend the.
Overlawyered.
And that's now we can go and start programming biscuit's.