Eagle Schematic to PCB?
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I've gotten those warnings before and i could never figure out what the problem was. It didnt affect the board though, so go ahead and make a PCB! One pointer though, when you switch to board you'll see a bunch of components and yellow lines. The lines tell you how to connect everything, but make sure when you do connect it you use the button called "route" rather than just the wire.
What I have shown you is reality. What you remember, that is the illusion.
"Say, what does this button do?"
All the dishes rattle in the cupboards when the elephants arrive
"Say, what does this button do?"
All the dishes rattle in the cupboards when the elephants arrive
Well one suggestion i would make is to get rid of all those 90 degree angles. For such a small board it should be fine, but i know that some board manufacturers screw up with 90 degree angles, because the etching stuff makes a little puddle there and eats away too much copper. And besides, i think 45 degree angles look better anyway, haha
What I have shown you is reality. What you remember, that is the illusion.
"Say, what does this button do?"
All the dishes rattle in the cupboards when the elephants arrive
"Say, what does this button do?"
All the dishes rattle in the cupboards when the elephants arrive
when you start to put down a wire, you can change the way the program routes it by either right cicking on your mouse or by selecting one of the buttons that appear at the top. If you want to put your name and information on it somewhere then click on the "T" to add text, and after you type it and hit OK change which layer its on with the drop down menu at the top. Change it to the tNames layer
What I have shown you is reality. What you remember, that is the illusion.
"Say, what does this button do?"
All the dishes rattle in the cupboards when the elephants arrive
"Say, what does this button do?"
All the dishes rattle in the cupboards when the elephants arrive
Can I just change all the routes all at once?codeman wrote:when you start to put down a wire, you can change the way the program routes it by either right cicking on your mouse or by selecting one of the buttons that appear at the top. If you want to put your name and information on it somewhere then click on the "T" to add text, and after you type it and hit OK change which layer its on with the drop down menu at the top. Change it to the tNames layer
maybe, but i have no idea how, sorry. When you do delete a trace you've already put down though, make sure you use the "ripup" command rather than delete.
What I have shown you is reality. What you remember, that is the illusion.
"Say, what does this button do?"
All the dishes rattle in the cupboards when the elephants arrive
"Say, what does this button do?"
All the dishes rattle in the cupboards when the elephants arrive
how are you making the board?
- if you are making it yourself, make the traces as thick as possible (like .032 or higher)
- if the max3232 is going to be in a socket, you cannot connect traces to a socket from the top layer. (if it is just being soldered directly into the board then dont worry about it)
- there is no power source? (from the psp?)
- in general bottom traces are better than top traces for this particular board, there are a lot of them that can (and IMO should) be switched to the bottom later.
- there are some places where traces get VERY close together. its best to avoid that.
also, when you make schematics in the future, its a lot neater looking to use "supply" symbols rather than directly connecting together all the power and ground connections. just search the part library for "supply".
- if you are making it yourself, make the traces as thick as possible (like .032 or higher)
- if the max3232 is going to be in a socket, you cannot connect traces to a socket from the top layer. (if it is just being soldered directly into the board then dont worry about it)
- there is no power source? (from the psp?)
- in general bottom traces are better than top traces for this particular board, there are a lot of them that can (and IMO should) be switched to the bottom later.
- there are some places where traces get VERY close together. its best to avoid that.
also, when you make schematics in the future, its a lot neater looking to use "supply" symbols rather than directly connecting together all the power and ground connections. just search the part library for "supply".

"Linux is only free if your time is worthless"
how are you making the board? Spark Fun
- if you are making it yourself, make the traces as thick as possible (like .032 or higher) I will do that on my first version (which I will make myself)
- if the max3232 is going to be in a socket, you cannot connect traces to a socket from the top layer. (if it is just being soldered directly into the board then dont worry about it). It's directly to the board.
- there is no power source? (from the psp?) The powersource is from the computer.
- in general bottom traces are better than top traces for this particular board, there are a lot of them that can (and IMO should) be switched to the bottom later. Well I don't want to have any jumpers.
- there are some places where traces get VERY close together. its best to avoid that. Yeah, but I am tight on space, I want the $1.25 deal.
- if you are making it yourself, make the traces as thick as possible (like .032 or higher) I will do that on my first version (which I will make myself)
- if the max3232 is going to be in a socket, you cannot connect traces to a socket from the top layer. (if it is just being soldered directly into the board then dont worry about it). It's directly to the board.
- there is no power source? (from the psp?) The powersource is from the computer.
- in general bottom traces are better than top traces for this particular board, there are a lot of them that can (and IMO should) be switched to the bottom later. Well I don't want to have any jumpers.
- there are some places where traces get VERY close together. its best to avoid that. Yeah, but I am tight on space, I want the $1.25 deal.
...where are the traces close together?timmeh87 wrote: - there are some places where traces get VERY close together. its best to avoid that.
This is one that i just finished this afternoon and i've done some similar to this with traces close together. It's the best way to get a dense layout

What I have shown you is reality. What you remember, that is the illusion.
"Say, what does this button do?"
All the dishes rattle in the cupboards when the elephants arrive
"Say, what does this button do?"
All the dishes rattle in the cupboards when the elephants arrive
I totally redid the wireing, I noticed a really stupid mistake. Can someone check it against the schematic for me so I can get a second oppinion? I had to add a via, so uh I hope I did it right.

The white lines surrounding the board, is that important or when they make the board do they make it as small as possible?

The white lines surrounding the board, is that important or when they make the board do they make it as small as possible?
yes...the white lines are in the dimension layer. You need to make the shape you want your board to be using that layer.vb_master wrote: The white lines surrounding the board, is that important or when they make the board do they make it as small as possible?
What I have shown you is reality. What you remember, that is the illusion.
"Say, what does this button do?"
All the dishes rattle in the cupboards when the elephants arrive
"Say, what does this button do?"
All the dishes rattle in the cupboards when the elephants arrive

