But this seems like one of those things where getting 80% of the work done automatically and worrying about the rest later is a big win. admits the schematics are crude at this point, and that it’s a bit inconvenient to remove some components, like ICs, from the breadboard first to prevent false readings. A Python program then uses the connection list, along with some basic information about where components are plugged into the board, to generate a KiCad schematic. A program runs through each point on the breadboard, running a continuity test to see if there’s a jumper connecting them. The trick is using a breadboard where each bus bar is connected to an IO pin on an Arduino Due. Thanks to, there is, in the form of the “Schematic-o-matic”, which aims to automate the breadboard documentation process. Then comes the “What have I done?” phase, where you’ve got to backtrack through the circuit to document exactly how you built it. When it comes to electronic design, breadboarding a circuit is the fun part - the creative juices flow, parts come and go, jumpers build into a tangled mess, but it’s all worth it when the circuit finally comes to life.
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