Hi there, I have routed most of my PCB as we have seen in our last session. But now, as you can see, there are two tracks which are missing to be done this one and this one. So that's why I always say that we civil designing is a science as well as art at the same time. Now what you need to do is you need to find out your way out of all the hurdles to reach to that point from this point. Now the quickest way to do that using eagle is just try routing it, you have to have selected a route tool. And then you have to have selected walk around the obstacle and then just try to route it up to this As against you, this is the only way with which we can do it.
And we don't want that. Another one is this one here. If I want to connect this to this there is this way of going from between all the tracks and doing everything and coming to this point. So this one is fairly okay and simpler. So let's just first adjust our tracks a little bit. And let's stick the route.
I'll take a smaller one here. Then, as you see by right clicking, this is changed over here how we might back let's cut Sit up then. So I just bent style a little bit closer. This 90 degree bench will do. But first again deleted that track ouch This register, but this year seems completely impossible, at least in this scenario, and I must say this is not the best layout, but just something to just get along with. Okay?
So when you do it, place your components properly. Now if you don't reach a workaround, in this situation, what we do is something called as a top copper routing. So let's try to take it out as much as possible. Let's see after this one, so, if you're at all making a single sided PCB, Then do one thing at this point. Just click it once just once okay and then come here, select top layer, then again come to that point select bottom layer and then listen. Now, what we have done just here is we have routed one track from top cover.
Now I know that we are going to create a single sided PCB. But in that case what happens is this stock copper track provides us with a path of jumper so with this screw minor holes here which are called as wires, we get a top copper track which will act as a jumper and that finishes our PCB. Thanks for watching this video.