Hello and welcome to this annual US one in which you are going to create a training board for pick microcontroller
using Fusion 360.
Now let's get started by opening up Fusion 360.
Now let's start by creating file new electronic design then create new schematic by clicking here.
Now this is the create schematic.
Let's turn on the grid view
this is it.
Now we want to start adding libraries.
So go here at past and from this mean you can add different parts but let's open up the library manager
and make sure that we have that microchip library.
This is it microchip.
If you don't have this one you have to look for it.
And this menu and click use and it will be added.
They use libraries now that we have the microchip library.
We have pick on our library manager.
So go here and look for microchip and from there you can select that pick microcontroller that you want
to target using your training board.
I will target pick 16 of 8 7 0 which is basically the same as 8 7 7 or we can choose any other board
as you can see it's a 1 so depending on your needs you can target whatever you want let's say that we
want this as some version of Big 16 f 8 7 0.
This is the 3D lock and this is the schematic.
So nobody click on it add it to your board.
Now click Skip and let's add the capacitors and resistors.
SALTSMAN why is this go and add two capacitors.
You can choose any of these storms again depending on what you have.
You can choose any of these capacitors.
I'll choose these two using the right mouse click.
You can rotate that capacitor and we are going to place a tier and you.
Now we need a resistor so low down.
That is a strong section of and pick an immediate resistor.
This chose this one.
And let's bring it close to the AMC alarm.
This spin
OK.
What we need to do next is add Crestor.
Now we can look for Crystal straight or he's
let's minimize this
let's use the search feature Vesta.
OK.
Here it is crystal.
Now you can choose any of these crystals
OK.
They are all throw all crystals.
We can look for one that's somebody.
But I will use this anyway.
OK this is our crystal.
Now we need to add power underground and connectors.
So let's look for connectors
here.
We have connectors and we usually have eight pins connector
so we can use this one or this one I'll choose this one and let's celebrate it using about the right
mouse click let's place one right here
that one trusts here the third one here.
Okay now to start connecting these elements together then we can see what's missing.
Now we need to connect them to a la Penn using click the net and start connecting these items
and you need to connect so little one and so little to pins to the capacitor
just like an any on any picnic control board.
And here we need to round here we need power.
Now let's go back
click yes let's connect these pins
to
as you can see I'm trying to connect all of these spins together to give us a breakout from these big
pins.
Again the same thing here.
But let's move this using the move tool
now
connect these to this connector
and we can connect these pins.
Let me move this from here
to here.
Let's rotate it
OK.
Now let's look this way out
we can either move it or fix it
now.
Let's proceed.
Wiring.
OK now we have these pins
we can connect them C0 to this print C1
to the other than see to to this sprint he is
see three to this sprint.
Okay now we have all of these pins connected but here we have a problem.
We don't want these two to be connected.
We need these two to be connected to ground so let's add a ground connector here.
Go on.
Click connect terms.
Select the two pins connector.
Add it here and from here you can select the supply to and choose the ground.
On put one hand.
It is the ground place one hand on them.
OK let me first from all this from the net
let's drag this wire
okay.
It seems like this why is it stuck
now.
Let's reconnect this wire
play and let's do this and connect with a game
OK.
Now that only here we have the two ground pins connected.
OK.
Now let's go back to our design.
We also need ground connector here.
So let's double click and add one here.
We also need now what you need to do is connect the power.
So go back here choose plus five volts or you can simply choose VTC place one right here.
Another one here another one here.
We also need to let me check that we have it everywhere.
OK.
Now let's council and proceed connecting these elements together the connector power underground on
the ground for the two capacitors.
That's it.
This is our training board schematic.
We have a connector that well there are power to our pick microcontroller.
We have the NCLR connected.
Now we need to change the value of that as a store here to take care of all
and we need to change to change the value of all these two capacitors to be 33 people for us.
Sam for this one
and we can't change the value for this oscillator to be 20 mega Hertz
okay.
That's it.
Now let's save all design and call it brick 60 in training called Breakout click save.
Now what you need to do next is create your PCV.
But before doing that you need to go to the validate and click the HRC to make sure that you don't have
any errors as you can see here we have a pin that's close but not connected
Okay let's make sure that this spin is connected.
No.
Okay.
It's connected now.
Net
OK.
Everything is okay with swirling.
You can upvote them all
okay.
Now go ahead.
We did approve all of this.
Now let's go back and click switch topics to PSP.
Click here and now you are in the PCV view.
Let's minimize this and it's click here to fit the icons.
Now sir you just need to drag and drop
pay.
This is the total.
And here we have to cover storms
and we have the thinking on disaster.
These are the connectors we Carol take them and place them here.
You need to see where is the right place for all of these elements while you are holding it.
You Carol stated this is OK we need to plug this to return.
Place it to
now.
One last element which is also later this is the Connector Board connector Plus tears.
This is the oscillator
can simply drag it and drop a tears after rotating OK.
Now let's reduce the board size
OK.
Now as you can see these are our elements.
What we need to do next is about these elements together we can use the automatic or manual routing.
Now what you need to do before that is go here the port and click port polygons.
Now you can move on to the routing cloud and you can use that out manual or thought out
as you can see it out manual about different there s multiple it's about multiple births together all
you can go to the quick cloud here and use the outer from here you can see that we have a top and bottom
layers you can choose the high a force to make sure that the software look for the best solutions click
continue and then click Start
as you can see it's making the port.
Now you need to choose the board with the least amount of vials we have.
This one has only two fires with charge here and here.
So it's a good board to start with a click and choose it and click and job.
Now we have this port.
You can click here to view this dashboard and through the amount
that's it.
This is our board
this is our pick microcontroller.
And these are the connectors.
This is the oscillator.
And these are the two capacitors.
This is that is the store.
This is the power connector so you can get button you on top of you we use surface mount pick microcontroller
here as a..
And we use through all connectors.
Now you can flip through the component
or you can move it or you can post to to to the recipe.
But this is it.
If you have any question involving anything you can ask you can hide layers from here to see the board
as you can see these are the pins.
This was a practical lesson for what we have learned and discourse.
Thanks for watching.
This is Ashraf from educational engineering team.