Hello and welcome to this new lesson, unless you are going to see this ESB version one, do it board,
as you can see.
SB 30 two.
This little bald support Wi-Fi connection, so you can easily connected to the internet without any
external modules.
And in this lesson, I'm going to tell you everything you need to know about this board and why you
can use it instead of using Arduino and the capabilities that it has now that do it.
Yes, P32 Kit version one is one of the development board created by Do It to evaluate the SB 32 module.
It is based on the SB 32 microcontroller that boasts Wi-Fi, Bluetooth, Ethernet and low power support.
All in a single chip, as you can see, it's very small chip.
Now, regarding the mapping of this ball, you can see from here that we have a reset button on the
left side and on the right side, we have a mute button.
This is the USB port, as you can see for the CO2 connection with your computer.
It's very similar to the one used in mobile phones, so you can use a mobile data cable.
Now these are the input output bins, and here on the left and right, we have the ground and power
pins.
As you can see here, we have 3.3 volt ground and a lid.
And here we have the N and the ground.
Then we have the general purpose input output bins.
We will explain that in diagram and more details and the coming lessons.
But as you can see, this is what the I see all of that board has.
And you can see that it has a lot of assembly elements.
That's why it's very small and pin number two general purpose input output PIN number two has a lid
at fashion director.
So you can see here that we have two LEDs one for power and the other one for PIN number two or general
purpose input output pin number two.
Why you should use this board It's very similar to Arduino.
We will program it using the very same software that we use to program Arduino, and this will make
your life away much easier.
It has built in Wi-Fi, so you don't have to attach anything you can directly connected to the internet.
That's why it's used in Internet of Things projects.
Um, it's widely available and it has a lot of libraries and support online.
Now let's talk about this board priorities regarding the main proposals of this board.
It has, but I think, voltage of 3.3 volt.
The input voltage can be between seven and 12 volt for optimal performance, but it can also work with
a five volt from your USB-C port.
It has digital input output bins, twenty five digital output bands, and it also has analog input bins
that about analog signals up to six, and it has analog output bins up to two digital converters.
It supports USB.
I i square c and you asked its flash memory is very large four megabytes.
The USB is about five hundred twenty kilobytes and the clock speed is 240 megahertz.
It also has Wi-Fi and Bluetooth built and integrated, so you don't have to do anything.
And the power to that board is supplied via the onboard USB Micro, which is here.
As you can see, this is the main power supply for the board or directly via the V10 bin.
We have we have been here.
I think that you can't see it in this bin can be used to supply power.
The power source is lifted automatically.
You don't have to switch between them using that software now.
The device can operate on an external supply of six to 20 volts.
If you are using more than 12 volt, the voltage regulator may overheat.
As you can see here, we have a regulator on board.
And in that case, that might damage the device, so the recommended voltage is seven to 12.
You might risk and use it on power supply above 12 volt, but I think that you should stick with a seven
to 12 volt notice.
Now you can or not, now you can program it using Arduino IV's software, and we are going to explain
how you can make your Arduino software.
Recognize this ESB have it on board and program it using the very same coding methodology used in Arduino.
We have explained everything in the device and this course, and I'm sure that you would enjoy playing
around with the sport.
Now what I really like about this board and what makes this board away much better than Arduino is the
Wi-Fi connectivity.
This is why this is an IoT or Internet of Things board.
If you are working on a project and you want to, let's say, connected online and control and go page.
This is the board that you can use.
It's very cheap and it's very effective in doing that.
And if you are looking.
To replace your other you, then this the this is the war that you must bless your arguing with because
it has a lot of properties out of print and and it runs out of the box.
You don't have, let's say, complex programming.
You can program it using the very same Arduino code.
Now let me show you how you can connect it, as you can see this report.
And usually you'll have to stick your ball your ISP here on your big board and start taking glass from
here.
Two blades or batons or any other thing.
Now, if you want to connect it to the power supply, you have to bring a mobile USB cable.
I have one bite here, as you can see.
This is a USB cable, not USB-C.
No, than all my type.
So all you have to do is simply bring the sport and stick.
As you can see, you have to stick it the right way.
That's it.
This is how you can simply connect your board to your power supply now and the next person, you are
going to explain that been out in more detail.
But as you can see, we have Deep Ben's deep means digital pin, the pins that has our ex-ante, our
fourth year communication and background on board pins of.
Sean, as you can see, this is about battle.
This is the reset or enable button down here.
The board doesn't have anything.
You can buy the board and sometimes they don't attach these breakout hit ups.
You have to push them along or you have to push them on your own and solve them here on these two.
And here we have two and two four holes to stick the ball using screws.
That's it.
It's very similar to arguing a when it comes to the pens and how to interact and deal with them.
But it has a lot of power, much more functionality.
This is why I recommend using it and the Wi-Fi functionality is straightforward.
You can simply open up Arduino examples and open Wi-Fi example and start programming this ball.
But again, you have to download the software library that is compatible with this port and attach it
to Arduino.
All of these things are explained in the course, so you don't have to worry about anything.
This is the world that we are going to use.
You can use any other sport.
Same things apply for all of the ports.
Just a little bit different when it comes to the print out and main characteristics like, let's say,
the crystal and the Sibiu speed, the RAM, the amount of available memory, the amount of available
pins.
Other than that, I think that this board is the future of Internet of Things and everyone is now using
it.
So it's a trending thing, and I think that you should learn it now.
In the coming lessons, we are going to also explain how to control separated bins, digital pins,
analog pins and how this board has internal touch sensors.
So you learn also how to use the internal touch sensors.
You will learn how to control servo motors, how to speed up your arm signals and other stuff.
Stay tuned.
Thanks for watching.
This is Ashraf from educational engineering team.