

When you export GERBER files from fritzing, you will be given 8 separate files. Now that you have proven the circuit on a breadboard, re-created that circuit with Fritzing breadboard, and created a PCB layout, it is time for Carbide Copper to do its magic. This is where Carbide Copper comes into the workflow. Once you are happy with the layout, you can export the PCB to GERBER format and save to your local computer. Routing traces is a skill that is easily learned for single sided boards such as these. The parts can then be moved around the canvas, rotated, and placed in the gray area (representing the PCB ouline).Īlthough there is an auto-router available, I have found that it is not the greatest, so you will more than likely need to route the traces by hand. However, all of the connections you made on the breadboard will persist in PCB view. In fact, all of the components will be scattered about the screen. The PCB will not be layed out like the picture shown above. Once you have created your virtual breadboard, you can convert it into a PCB, by simply clicking the ‘PCB’ button on the top bar. Just drag and drop components, then connect with wires!
Fritzing to gcode software#
You prove your circuit on a breadboard, then move on to something more permanent.Īfter I had figured the wiring out, and everything seemed to work as expected, it was time to move this over to something a little more sturdy.įritzing is an open source software project that allows you to create circuits, virtually, the same way you would on a breadboard. Breadboards are meant to be used as a prototyping platform. This picture is actually an excellent example of the limitations of using a breadboard for a permanent project. Vilaca’s tetris port for Arduino looked like a perfect starting point for a project, so I grabbed a breadboard and got started! I was looking around the internet for some inspiration when I ran across this project: Instead of either scrapping the projects after they’re done, or jamming them into a box with hot glue and a prayer - why not turn them into something you can keep? Turn those projects into something you can put on the shelf and pull back down when you want or need it!Ī recent project I completed is a perfect example of how Carbide Copper can help you level up Arduino projects.īrowsing through my parts bin I pulled out an Adafruit LED display, and an Arduino Nano. Eventually you pull components for this project or that, or you end up taking the whole things apart and putting the parts back in your bins. In the end, most projects die on a breadboard after they are completed. But, I will argue that in the same amount of time it takes you to lay out and solder together a perf board, you cold have made a PCB! Not only will it be more reliable and look cleaner, but odds are you can shrink your project’s footprint down as well. Perf board is a great way to turn a breadboard project into something you can move around a little more securely.

And don’t get me started on those project boxes right now.Īnother option is to use perf board. That works, but it too has its limitations.

And by creative, I mean a lot of us learned to use hot glue to shove everything into a box, and keep it secure. Portability (and stability) are issues, as is any sort of permanence. When your project lives on a breadboard, there’s not much you can do with it after the project is completed. With that said, overwhelmingly the only problem I had with any of my projects was purely logistical. Needless to say, Arduino and I have a history together. And in that time, I have made lots of cool projects with them: GPS dog collars, bike computers, every sensor imaginable, radios, along with a host of others. I’ve been playing around with Arduino since Tom Igoe released his ‘ Making Things Talk’ book through O’Reilly media in 2007. In the time since the initial release, I’ve talked to a lot of people about Copper, and the overwhelming response from the non-engineer crowd is simply: “Cool, but why would I make a PCB?”. Copper is a web app that lets you easily create PCBs on your home CNC machine by simply dragging and dropping Gerber files. We released Carbide Copper in early April.
