Hello and welcome to the scene, you listen try to go to connect ESB first to a board with Arduino.
We are going to use pricing software.
It's a very well known software for creating circuit design, and it's a very good software for showing
the wiring layout for any electronic circuit.
So let's go for a bit more gold here.
Now we need to add Arduino boards, or you can go here and select hardly all.
This is the point.
Now, the next step will be.
Getting the speakers to board.
This is it.
Here we are.
Yes, we has to a ball.
Now we need a logic level shifter.
You can fight logic and you will get tons of results.
Protest.
OK, now we have other fancy illogical lyrical stuff.
We have this one.
And we have others as well.
But this one would be enough for us now.
To start connecting, let's sort out this by 90 degrees right now, we need to connect the 3.3 fold
from that export, which is this sports to our logic level shifter.
So this is the 3.3 volt and we need to connect it to.
The low voltage bill, this one LV.
And let's make it right now, the next step is connecting the five walls from our old Luna board to
the HP or high level this pen.
So let's start this one here.
That's said.
No.
We need to connect the ground from our Arduino with the logic level converter, with these people so
like around from here must be connected to the ground of the level.
Shifters on the ground from here must be connected with the ground from our livers shifter.
Now let's change the coloring to black hair.
I don't hear.
List that I this pin.
OK, now.
Hold on.
Let's lunch last.
Now we have connected the port on the ground and everything is going correctly.
We need to connect the serial communication.
Why else?
And the first step is going to our Arduino on a.
And since we have initialized in the coding bins number two and three for the connection, we need to
connect that up in number three, which is this pin to our logic level converter and we need to make
sure that we are choosing ATX XP or high voltage.
So you need to go to the ATX.
It's.
And as you can see, we have more than one takes.
This is T.X to its fee.
We need to fix its B, which is this one.
No.
Let's move it up here.
You know, OK.
Now, let's turn the color to yellow.
No, I have connected pin number three as our a.m. record.
We have the pin number two and three 40x on our.
Now the other picks from here, which has been number three, is connected to the T. It's V.
Make sure that you are choosing the right them, then you need to connect the R x d0 formula.
Yes, people.
So as you can see here, we have our exit zero to zero.
So now let's go and grab the R X pen and connect with X LV.
Here.
OK, now, as you can see, this is the T.X.
Ali, and we have the Arduino pin connected to 3.x, actually.
This is basically the final version that will take from Arduino converted and sent to various people
without burning the board.
And this is the main goal for the converter.
Now you can see the schematic by clicking here, as you can see.
These are the two boards.
You can move these balls like this and we can rotate, as you can see, but I actually agree on how
to buy a hundred eighty degree, OK?
Now the ground is connected between these two balls.
And as you can see, we have this pin up X and yes, people connected to the ticks LV pin number six
and we have been D3 from our Arduino connected to that, actually.
And we have it's a v high voltage connected to the five volt and the low voltage, or it'll be connected
to the 3.3 volt.
That's it.
This is our connection.
Make sure that you have everything connected that way.
Don't mix things up.
Try to double check your connection before moving forward and connecting your part because if you have
connected any wire and I don't create my damage, your bonds.
Double check before moving on.
Thanks for watching this lesson.
If you have any question regarding anything of this connection, you can ask on the ball.
This is Ashraf from educational engineering team.