the program works great. I use also a force sensing resistor, I want to buit into the Puck.js.
The only thing is that I need to modify the program because when I remove the Battery from the Puck I get no more connection to the MDBT42Q. When I remove the power from the MDBT42Q it reconnects again.
The the outputs (Jack connectors), I designed a PCB with the same size of the MDBT42Q and I will connect it like a sandwich furthermore with another PCB (same size) with the same battery + socket from the Puck as power supply.
If this works it would be a great product. Regarding CE-Certification on Puck and MDBT42Q its much easier to certify as a medical product because of these references.
It could be a great benefit for many users to have a wireless button.
Espruino is a JavaScript interpreter for low-power Microcontrollers. This site is both a support community for Espruino and a place to share what you are working on.
Hi Gordon,
the program works great. I use also a force sensing resistor, I want to buit into the Puck.js.
The only thing is that I need to modify the program because when I remove the Battery from the Puck I get no more connection to the MDBT42Q. When I remove the power from the MDBT42Q it reconnects again.
The the outputs (Jack connectors), I designed a PCB with the same size of the MDBT42Q and I will connect it like a sandwich furthermore with another PCB (same size) with the same battery + socket from the Puck as power supply.
If this works it would be a great product. Regarding CE-Certification on Puck and MDBT42Q its much easier to certify as a medical product because of these references.
It could be a great benefit for many users to have a wireless button.
Thank you again for the informations.
Best regards