Hi, thanks for the video! I have a simple question about powering up the whole adruino+leds system. Is there a way to do the contrary of what you do? Suppose I have a powerful USB adapter (like 4-5A) and I want to plug it into my arduino and power up the leds as well, is this possible? Is there a pin that gives me the USB input power directly?
It's cool that you can send it to 3d object design after making the pcb. But the libraries are sorely lacking. I think that's the main reason people (people not companies, ok... even some companies) keep using EasyEDA. Even if LCSC's libraries are poorly optimiesd for search... there are ways to work arround that issue that are still easyer than importing libraries in Fusion's Eagle.
Helpful videos, thanks! In my case, 3D Contour doesn't produce good results, only the holes are milled, not the traces. But with 2D Chamfer I've got both milled. Also, for drilling try to use 2D Bore.
Hi Daniel, I do not get the copper layer. I see the traces in the rendering. They are green but when I create the Gerber files the tracers are not available. Also in the Fysio tree on the right I there in no entry for the copper later. I did copy to polygon and made it ground.
If you want to avoid drilling, you can also edit 2d countour -> Passes -> set Minimum Cutting Radius = 0. Also the hight of copper of 0.2mm is too much, because deep drilling messes geometry. I use autolevel + 0.1 mm depth and got very smooth lines.
Thank you very much for sharing your knowledge, by the way what is the Raptor library or what kind of library should I use for the milling tool for the PCB, also the speeds that you program are specific to the tool you use? Thank you very much
Excellent Video, thank you. I would not have thought about using 3D contour for a PCB. Just one little thing to make your life simpler : When you need a hole larger than the diameter of the bit you have, you can use 2D "Bore".
Hi Guhan, to add frame components, you must first add the frames library. Here are the basic steps: (1) Click the "Add Part" button (red, green, black, and yellow icon on the top ribbon of the main window) (2) Click "Open Library Manager" at the bottom left of the Add window. (3) Click the "Available" tab at the top right of the Library Manager window. (4) Scroll down to "frames" in the list of libraries or type "frames" in the box that says "Search for Library Name" (5) Select the "frames" entry in the list of libraries. (6) Click the "Use" button at the bottom right. (7) Close the Library Manager window and "frames" should now be a top-level entry in the Add window. New libraries appear at the bottom of my list, but this may change if your table is already being sorted by one of the columns.
Thank you for your time doing this video, very easy to understand. Just getting started with Fusion 360 and CNC wood carving. Fusion now has their free program back for hobbyist good for 1 year, if this will help .
Great video. But the solder mask thickness is too thin thus the milling bit sometimes lost contact to top of the board even if I made the heightmap. In my case, it's better to set Stock mode to Relative size box and add Stock top offset. I set Stock top offset 0.01mm. And in contour setting, set Top Height from Stock top and Offset 0, Bottom Height from Stock top and Offset -0.05mm. Then I got enough milling depth ;)
Thanks! Have been using Eagle + FlatCAM until now but one annoyance has been that FlatCAM does not do non-rectangular board cutouts (yes it says it does but really doesn't) so I've had to use Fusion for that anyway. This all just makes everything so much easier also if I need to modify PCB design. Found this whole Eagle integration accidentally by googling and then started looking for examples how people mill with it and found your great tuto that saved some hours of figuring out best tools for trace milling.
Excellent tutorial... I subscribed and now searching your channel for more info. I have custom parts I needs to add to the library so that's my next mission ... find out how to do that.
