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Hello and welcome to this annual US one in which you are going to create a training board for pick microcontroller

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using Fusion 360.

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Now let's get started by opening up Fusion 360.

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Now let's start by creating file new electronic design then create new schematic by clicking here.

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Now this is the create schematic.

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Let's turn on the grid view

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this is it.

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Now we want to start adding libraries.

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So go here at past and from this mean you can add different parts but let's open up the library manager

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and make sure that we have that microchip library.

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This is it microchip.

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If you don't have this one you have to look for it.

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And this menu and click use and it will be added.

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They use libraries now that we have the microchip library.

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We have pick on our library manager.

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So go here and look for microchip and from there you can select that pick microcontroller that you want

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to target using your training board.

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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

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as you can see it's a 1 so depending on your needs you can target whatever you want let's say that we

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want this as some version of Big 16 f 8 7 0.

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This is the 3D lock and this is the schematic.

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So nobody click on it add it to your board.

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Now click Skip and let's add the capacitors and resistors.

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SALTSMAN why is this go and add two capacitors.

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You can choose any of these storms again depending on what you have.

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You can choose any of these capacitors.

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I'll choose these two using the right mouse click.

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You can rotate that capacitor and we are going to place a tier and you.

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Now we need a resistor so low down.

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That is a strong section of and pick an immediate resistor.

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This chose this one.

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And let's bring it close to the AMC alarm.

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This spin

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OK.

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What we need to do next is add Crestor.

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Now we can look for Crystal straight or he's

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let's minimize this

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let's use the search feature Vesta.

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OK.

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Here it is crystal.

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Now you can choose any of these crystals

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OK.

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They are all throw all crystals.

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We can look for one that's somebody.

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But I will use this anyway.

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OK this is our crystal.

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Now we need to add power underground and connectors.

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So let's look for connectors

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here.

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We have connectors and we usually have eight pins connector

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so we can use this one or this one I'll choose this one and let's celebrate it using about the right

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mouse click let's place one right here

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that one trusts here the third one here.

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Okay now to start connecting these elements together then we can see what's missing.

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Now we need to connect them to a la Penn using click the net and start connecting these items

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and you need to connect so little one and so little to pins to the capacitor

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just like an any on any picnic control board.

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And here we need to round here we need power.

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Now let's go back

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click yes let's connect these pins

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to

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as you can see I'm trying to connect all of these spins together to give us a breakout from these big

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pins.

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Again the same thing here.

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But let's move this using the move tool

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now

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connect these to this connector

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and we can connect these pins.

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Let me move this from here

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to here.

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Let's rotate it

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OK.

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Now let's look this way out

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we can either move it or fix it

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now.

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Let's proceed.

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Wiring.

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OK now we have these pins

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we can connect them C0 to this print C1

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to the other than see to to this sprint he is

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see three to this sprint.

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Okay now we have all of these pins connected but here we have a problem.

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We don't want these two to be connected.

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We need these two to be connected to ground so let's add a ground connector here.

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Go on.

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Click connect terms.

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Select the two pins connector.

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Add it here and from here you can select the supply to and choose the ground.

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On put one hand.

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It is the ground place one hand on them.

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OK let me first from all this from the net

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let's drag this wire

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okay.

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It seems like this why is it stuck

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now.

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Let's reconnect this wire

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play and let's do this and connect with a game

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OK.

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Now that only here we have the two ground pins connected.

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OK.

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Now let's go back to our design.

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We also need ground connector here.

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So let's double click and add one here.

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We also need now what you need to do is connect the power.

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So go back here choose plus five volts or you can simply choose VTC place one right here.

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Another one here another one here.

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We also need to let me check that we have it everywhere.

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OK.

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Now let's council and proceed connecting these elements together the connector power underground on

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the ground for the two capacitors.

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That's it.

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This is our training board schematic.

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We have a connector that well there are power to our pick microcontroller.

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We have the NCLR connected.

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Now we need to change the value of that as a store here to take care of all

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and we need to change to change the value of all these two capacitors to be 33 people for us.

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Sam for this one

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and we can't change the value for this oscillator to be 20 mega Hertz

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okay.

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That's it.

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Now let's save all design and call it brick 60 in training called Breakout click save.

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Now what you need to do next is create your PCV.

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But before doing that you need to go to the validate and click the HRC to make sure that you don't have

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any errors as you can see here we have a pin that's close but not connected

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Okay let's make sure that this spin is connected.

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No.

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Okay.

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It's connected now.

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Net

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OK.

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Everything is okay with swirling.

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You can upvote them all

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okay.

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Now go ahead.

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We did approve all of this.

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Now let's go back and click switch topics to PSP.

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Click here and now you are in the PCV view.

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Let's minimize this and it's click here to fit the icons.

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Now sir you just need to drag and drop

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pay.

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This is the total.

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And here we have to cover storms

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and we have the thinking on disaster.

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These are the connectors we Carol take them and place them here.

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You need to see where is the right place for all of these elements while you are holding it.

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You Carol stated this is OK we need to plug this to return.

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Place it to

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now.

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One last element which is also later this is the Connector Board connector Plus tears.

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This is the oscillator

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can simply drag it and drop a tears after rotating OK.

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Now let's reduce the board size

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OK.

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Now as you can see these are our elements.

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What we need to do next is about these elements together we can use the automatic or manual routing.

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Now what you need to do before that is go here the port and click port polygons.

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Now you can move on to the routing cloud and you can use that out manual or thought out

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as you can see it out manual about different there s multiple it's about multiple births together all

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you can go to the quick cloud here and use the outer from here you can see that we have a top and bottom

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layers you can choose the high a force to make sure that the software look for the best solutions click

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continue and then click Start

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as you can see it's making the port.

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Now you need to choose the board with the least amount of vials we have.

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This one has only two fires with charge here and here.

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So it's a good board to start with a click and choose it and click and job.

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Now we have this port.

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You can click here to view this dashboard and through the amount

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that's it.

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This is our board

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this is our pick microcontroller.

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And these are the connectors.

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This is the oscillator.

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And these are the two capacitors.

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This is that is the store.

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This is the power connector so you can get button you on top of you we use surface mount pick microcontroller

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here as a..

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And we use through all connectors.

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Now you can flip through the component

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or you can move it or you can post to to to the recipe.

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But this is it.

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If you have any question involving anything you can ask you can hide layers from here to see the board

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as you can see these are the pins.

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This was a practical lesson for what we have learned and discourse.

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Thanks for watching.

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This is Ashraf from educational engineering team.