![add a part to fritzing add a part to fritzing](https://i.ytimg.com/vi/9oHymQ3qFlc/maxresdefault.jpg)
I decided to not add the high speed connector, since I was mostly interested in the low speed connector at this stage. After creating the metadata and making sure that the connectors were matching exactly with what I had in the breadboard, schematic and pcb files, the part was finally completed :-) I simply used one random part as reference, and replaced all the pieces with my own files. When looking for examples, I found a great tutorial at sparkfun that describes the entire process to create your own part from scratch, so I decided to use that as a guide.Īfter playing with Inkspace for a few hours, I finally had the breadboard, schematic, pcb and icon for my part. CE boards), I really only needed to create one part that implements the specification, and use that to represent all the boards belonging to the same specification family. As the 96boards hardware specification is common between boards (e.g.
![add a part to fritzing add a part to fritzing](https://forum.fritzing.org/uploads/default/original/1X/4b4336090524df667778ab369adc2743b10d40a7.jpg)
Since this was my first time customizing and creating a new Fritzing part, I first had to spend quite a bit of time learning about the part build process and format, and then trying to get something that could look similar to our Consumer Edition specification. We all know that designing projects with Fritzing is not only great, but also super easy and looks amazing, so I hope this to be useful for others :-) HiKey, Dragonboard410c, Bubblegum-96), so I decided to create my own part and make it available for others. As of May 2021, this issue has been rectified in all relevant parts provided below.As I was playing with the DS18B20 digital temperature sensor on the weekend, I noticed that there was no Fritzing part for any of the 96boards we have (e.g. NOTE: The holes in PCBs fabricated using Gerbers generated by Fritzing from many of the early versions of the parts below were too small (0.028"-should be 0.038"–0.040") to take a standard male pin header. That detail notwithstanding, they should all be OK but, if you encounter any problems, please post a question on the Forum.
![add a part to fritzing add a part to fritzing](https://core-electronics.com.au/media/wysiwyg/tutorials/aidan/fritzing-screenshot-1.png)
I have used most of these parts in my own Fritzing diagrams, although I've never tried to fabricate a PCB using Fritzing drawings (my interest is primarily in the documentation and illustration of hardware configurations).
#Add a part to fritzing download
Just click on the link to download the file, then double click on the file to open Fritzing and import the part. In the mean time, I've provided a preview (the associated Fritzing 'Breadboard' illustration of the part) and a link to the respective Fritzing part file.
![add a part to fritzing add a part to fritzing](https://forum.fritzing.org/uploads/default/original/2X/3/33234ca1cec17b09f892efca707f8f569e68c97b.jpeg)
#Add a part to fritzing update
The expectation is that they will ultimately be available on GitHub, when they are finally accepted (I'll update this text as soon as I know this to be the case), which should mean, as I understand, that they are automatically included in any new download of the Fritzing application. The files are fundamentally parts files exported from Fritzing, having been created within the Fritzing Parts Editor (using artwork prepared in Illustrator), although they have not yet completed the verification/standardisation process required to get them on to the Fritzing GitHub parts repository. This was originally a bit of a quick and dirty exercise to make the listed parts available.