Hello and welcome to see you Anderson.
No child going to talk about this or how to create your very own circuit schematic using Fusion 360.
Now this is the circuit design that we are going to create on our Fusion 360.
Let's talk about it a little bit now.
As you can see the main element is our timer 5 five five times and we have four resistors.
We have two LEDs.
We have two capacitors.
As you can see and we have a connector and some powered rails volts plus and ground.
It's a very simple circuit.
And after creating the schematic we are going to create a PCV designed to get to know the Fusion 360.
And how easy it is to create a circuit inside it.
Now let's start by adding for resistors and the time.
Let's go back here and create new electric design
click on that new schematic.
Now we have this area.
Let's enable the grid view.
That's it.
Now let's click on the ad part and from here we can look for the box that we want.
If you couldn't find a pass usually the linear library would be installed.
You have to go to the library manager and look for the linear library here and click use to use it in
your software or new design.
Now since we have it we just need to go to the real library checked the 5 5 5 item and from here we
need this in 5 5 5 and now you can easily add it to your schematic by clicking ones on your left mouse
click then click skip to go back here.
We will also need resistors.
So go back select resistors and from here you can choose any of these resistors now depending on your
design or your PCV design.
You can choose any of these components.
So let me choose this one
as you can see it has an assembly and a PCV schematic.
Flick.
And from here you can rotate by using that i mouse click and we need to add four sisters
then click Skip and cancel now if you didn't like how this is the lock.
You can change it by going out to parts you can even look for other resistors in the library manager
here
as you can see we have heaps elements that we can choose from here we have a release and we have rectify
arms we have resistors more than one library so let's select all of these resistors libraries and use
them
as you can see it's downloading and installing all of these resistor libraries
now they're are available for us to use as you can see here you can simply click and choose any other
type for this or we have potential into we have resistor utterly
and we have different packages for different resistors there is a lot of items it's up to you to choose
whatever works for you now to attack a buster you can simply go and look for the capacitor and from
there you can choose any of these capacitors
as you can see that is a lot of items I will choose one that has three The View because we are going
to create a PCV design and we can change it later.
Now double click on that capacitor and again we already mentioned that not design we need to cover stores
this one and the third is this store will be like that and the other one have to be rotated so let's
go back to our schematic use the right possibly and rotate it all we can simply rotate it using these
icons
OKAY NOW SOME PLACE A here now will also need to LEDs so let's go back.
By pressing scape and let's minimize these.
We already installed the little library so we can use any of these LEDs.
We just need a single led
as you can see it has a lot of options
now.
You can simply inside the lit menu that is under lid click on it.
And from here at I know these you want.
OK.
We will use this one it has a nice physical layout and it looks about right.
The one that we have here now lets this led up here on down here.
Now let's add the two LEDs click add part and go to the lit library inside it you'll find another lit
and from there selected five mm double DoubleClick and add the slit here and down here.
That's it clicks scape
now click cancel.
What we need to do at this point is start connecting elements.
If you are not satisfied with the location of one of these elements you can simply click the move and
move that along.
Wherever you want now to start rooting you need to take and then it's on the icon and start connecting
elements together.
Now we know that these tools as tools are connected and that is the source connected to it according
to our schematic now.
You also know that these pins
PIN number three is connected to and we know that these two are connected together and these two are
connected together.
Now this capacity of IS CONNECTED TO PIN number five
PIN number seven is connected to
now pin number two is connected down here and we have also pin number six
which is connected here now pin number eight is connected to power and.
Adding this a minute but that's it.
These are our main pins.
Click Okay.
Now we need to add the connector and power click add parts go back and look for the connectors.
As you can see here you can choose one of these connectors.
We need to pin connector
Now double click on this.
And the tears.
We also need the power or the supply.
So we don't have a supply library here we can simply add it Go open.
Library Manager and from here look for the supply library.
To now we have supply one on supply to click use then go back where they are.
We can choose the ground from here click Okay.
Now we need to place the ground on these.
We need to place the ground on the ground print here with the right mouse click rotated and placed here.
We also need a ground
this capacitor and we run in the ground for this connector
I'm zooming in and out with my mouse from so it's not a hard task.
And we also need to ground Here's
here to now.
We need the positive for supply.
You can select plus five volt or simply select the plus not reflect and start adding that V Plus
is here and we need one me scared.
Okay now our circuit is ready.
We can proceed connecting elements together choose then a 2D
connect the first element and connect the second one.
That's it now.
This is our circuit and we still have that feed plus which is this pen we need to connect it
let's add three plus through the parts
Kerry.
That's it This is our circuit and you can select.
I think with a selection tool to make sure that it's shown here.
Here we have ground J.B. one and other elements.
So this is our circuit schematic.
We have added resistors capacitors ground and power.
We have added the timer five five five.
And the last step now is changing the elements values.
Now you can zoom in to one of these elements as you can see here and you can see the promoters of that
past this slide bring you here
now to change the element value you need to click on the value icon and click on that element then start
changing these values.
This resistor is 220 cable
and this resistors also 220 K this one is four hundred seventy K and this one is one K
we have also capacitor she is
K as you can see one heel and we have this capacitor we can change it to 10 according to our schematic
that's it.
Now we have changed three or four of the values to store values and that's it.
This is how you can create a schematic diagram and how to connect different elements together now to
make sure that our schematic doesn't have rows.
You can go to the validate menu and from there click the E R C check now as you can see we have one
arrow and fireworks the arrow is that the UN connect import pin on the icy one of now US must be connected
to positive force blah and we have forgotten to connect it so let's go back.
As you can see this is why ELC check is very good because sometimes you might miss something and it
will give you a warning or an error message.
So let's go back and the V Plus
k.
That's it.
Click skip counsel go back to validate click EFC.
Now we don't have any enemies and we have some links.
These are similar to our links if you DoubleClick I know these well names as you can see it will show
you exactly what is the problem
now that it's telling us that there is an overlap and it's no problem and it's hitting us that it doesn't
have a value and it's ok cause it said it doesn't have to have a value.
So sometimes you can ignore these warnings
now.
Again this is our schematic and you can save it
with whatever you want let's call it first 5 5 5 schematic
K in the next lesson.
We are going to create a PCV for this schematic.
So stay tuned.
If you have any question regarding any of these parts that you already mentioned or if you faced any
problems adding any of these elements you can ask in the Hyundai bowl.
This is optional from educational engineering.