openQCM community develops and shares the new electronic design using KiCAD

openQCM Quartz Crystal Microbalance electronic design is finally released using the free software KiCAD. Thanks to Martin Zalazar, Christian Mista and all the guys working at the Lab of electronic prototyping and 3D printing of the Universidad Nacional de Entre Ríos UNER – Argentina Great thanks for being an active part of the openQCM community !

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Download the latest openQCM electronic version 1.2 – new design using KiCAD EDA open source software:
openQCM version 1.2 KiCAD files in .zip
openQCM version 1.2 schematics in .pdf


When we started the openQCM project we used Eagle software to design the schematics for the electronic circuit and the conversion to PCB for the openQCM Arduino shield. But we know that Eagle it is not an open source software, the free version has some limitations in the development of schematics and PCB. openQCM is an open science hardware, so everyone should be able to copy, study and modify the original design. In the effort to make openQCM more open as possible we wanted to migrate to a new suite for the design of the openQCM electronic, but for different reasons we did not have the chance to develop the new design.

At the very beginning of the openQCM project we were in contact with Martin Zalazar, bioengineer PhD in Eng. Sciences, Field of Computational Mechanics, working at the Lab of electronic prototyping and 3D printing of the Universidad Nacional de Entr Rios (UNER) Argentina. Martin was very enthusiast about the openQCM project:

Hello dears, first of all, congratulations for your development and thanks for sharing your advances and know-how to the community. … My research interests are related with the design, simulation, fabrication and characterization of BioMEMS/NEMS and microsensors using piezoelectric materials (AlN, PVDF and quartz).

Martin and his research group wanted to using Quartz Crystal Microbalance technology as a biosensor starting from the openQCM original design. In addition they would like to fabricate the device by themselves in the Lab. We were so glad to share with Martin and his group all the information they needed and we started soon a very inspiring collaboration. It was one of the first collaborations which point to the development of openQCM as a community of people who wants to democratize science by sharing expertise and developing open science hardware.

About one month ago, we received an email by Christian Mista a researcher working with Martin in the Lab:

We noted that the openQCM board was designed using Eagle soft, and this may represent an issue since EAGLE does not extend the licence to commercial applications. Therefore, following your board, we perform a new design using KiCad (GPL soft). We would like to share all the files

It was great ! They are pushing openQCM in a more open direction by sharing the schematics and the PCB design of the openQCM electronics using the platform KiCAD, a cross-platform open source electronics design automation (EDA) suite. KiCAD makes the design of schematics for electronic circuits and their conversion to PCB designs more easier. It was written in C++ and released under GNU GPL v2, GNU LGPL v2.1 license.

Thanks to Martin, Christian and all the guys working at Universidad Nacional de Entre Ríos (UNER) (Argentina), we are now glad to share with the community the new design of the openQCM electronic using KiCAD

openQCM electronic version 1.2 schematics designed using the open source KiCAD EDA software

openQCM electronic version 1.2 schematics designed using the open source KiCAD EDA software

 

openQCM electronic version 1.2 PCB designed using the open source KiCAD EDA software

openQCM electronic version 1.2 PCB designed using the open source KiCAD EDA softwareQCM

 

more info:

Credit: Universidad Nacional de Entre Ríos (UNER) (Argentina) you can follow also on facebook and twitter
Martin Zalazar in on Researchgate
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