![]() ![]() In the old days before computers, most designers would first quickly draw out a schematic, then create a “bill of materials” where they flesh out the specifications of the components to be used. This puts off a lot of folks, but it works quite well once you get used to it. KiCAD keeps schematic symbols and component footprints in separate libraries and you need to link a symbol to a footprint using one of several different methods. Read on to learn the best practices to use when using KiCAD and its library management. This usually leads to a lot of cussing and hair pulling during the initial stages when one can’t figure out “How the hell do I do that?”, especially from new converts who are used to doing things differently. No CAD or EDA software is perfect, and a user has to learn to get to grips with the idiosyncrasies of whichever program they decide to use. did a whole series on building a project from start to finish using all the various EDA packages he could lay his hands on. We have covered KiCAD (as well as other) Electronic Design Automation (EDA) tools several times in the past. I’ve spent some time refining this technique and I’ll walk you through the process in this article. This way any changes to the default schematic libraries will not affect your project and it will be easy to share your project with others without breaking it. One common complaint we hear from most new KiCAD users relates to schematic and footprint libraries. The trick is to use just one schematic symbol and footprint library each with your project. ![]()
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