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Fritzing esp826611/15/2022 ![]() ![]() Dragging it in to pcb will give you the logo (and a part label that you need to hide by clicking on it and hitting hide.) Its size can be adjusted in the pcb svg for the part. You can load the fzpz file and it will put a part called logo in you mine parts bin. You may want to leave it as a part because I’m not sure you can move the logo around, it may be fixed in one place, a part you can drag around as you like. I also shrank the scale of the svg to be somewhat compatible with the board as I don’t know how the load mechanism handles scaling. This is constructed as a part because I thought I didn’t know how to properly format the svg (and I still may not) before discovering what the real problem was when I made it a part. Not crossing over is a common mistake when. ![]() I’m not that good at paths, so I did this instead (by deleting the circles and changing the path to black which Fritzing will do anyway) then adding a circle around the paths. (The Fritzing part for the ESP8266 can be found here.) Notice that the TX and RX serial connections crossover. If you are good enough at path creation you can create a path that matches the black areas in the logo (as a single path) and use that as the silkscreen and that should work. Silkscreen won’t do additive or subtractive layers as you have done in the svg. You can print the white house and wifi bars as silkscreen which will be over the board color, but thats all. ![]() The rest of the outline disappears in the black of the bottom circle. You are getting the black circle as the white circle under it all is changed to black. I don’t think you can do the logo as it stands. ![]()
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