(And the fact that Adafruit has a zillion parts as Fritzing objects, but I think I will write a Tcl/Tk program to convert Fritzing fxpz files to KiCAD. The only thing Fritzing brings to the table is the Breadboard view. I have designed far more complex boards with KiCAD – Fritzing is far harder to use than KiCAD. Then I discovered that it does not appear to possible to do a copper fill area for power on one side (top) and a ground fill area for the other side (bottom). It was an excessive amout of effort to get those two runs done. There are really only two “routed” nets: SDA and SCL. My KiCad design uses copper fill areas for the power and ground busses: the top layer for +3v3 and the bottom layer for GND. gitignore ignore 5 years ago AdafruitILI9341.cpp Merge branch 'master' of last year AdafruitILI9341.h Remove reference to AdafruitSPITFTMacros. There are exactly 4 nets: SDA, SCL, +3v3, and GND. github Update CI action versions last month examples add esp32s2 pins 2 years ago. Skip to content How To Fritzing - Teil 4 AZ-Delivery. The circuit I designed uses three I2C breakouts from Adafruit connected to a TTGO-T1 (an ESP32 Devkit clone, available from China for $5/each). Fritzing-Library/Adafruit HUZZAH32 ESP32 Feather.fzpz at master adafruit/Fritzing-Library. The UI does need some serious work, partitularly when disambiguating what a mouse click refers to (one needs to be overly precise when drawing wires in the schematic view – there is ambigiousness between moving parts and drawing wires). Creating the schematic and breadboard views were not too hard. OK, I just tried to duplicate a KiCAD project I put together recently.
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