A schematic is the abstract design file, showing the electrical connections between all the components in your circuit. An introduction to the terminology of PCB design might be in order. After I don this I open the Eeschema – the schematic editor within Kicad. So I open the fritzing scheme I made with the fritzing program. All of this is wrapped up in an Open Source license, free as in speech and beer.Īt first I need to design the schematic. Add in some great community contributions, and you have something really, really amazing. These include 3D rendering of boards, interactive routing, push-and-shove, simulation, and dozens of other features that put it on a path to being on par with the top of the line EDA suites. More recently, the KiCad project has been showing off some amazing new features. And where they do so using the world’s largest and most complex scientific instruments. Yes that’s right CERN © where they probe the fundamental structure of the particles that make up everything around us. In development since 1992, KiCad has cemented itself as the premier Open Source PCB design suite, and since 2013 CERN © has been making contributions to the project. The amazing growth of KiCad installations over the past few years is a long time coming. KiCadĪlthough KiCad (pronounced ‘Kai-Cad’, not ‘Key-Cad’ like the thing that goes in a lock) is the new hotness when it comes to PCB design. In my previous blog I covered the hardware and software and part II here for my Raspberry Pi ® – Powerunit ® project.
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