@C.r.a.z.y.
yeah.... those are VERY bouncy.
are you interrupt triggering or just using a state change?
post your code, let's make sure you have it de-bounced enough.
That is what I do, I create a rule to pads with creepage and rely on my calculations. I'm rebuilding my current switch board to make it safer to use in more polluted environment, I need to use one outside (in a box, but better safe than sorry), and in a bathroom.
I think that the main problem with the pads and traces spacing is the design constrains. I need to keep it in a 5x5 cm board and that is not easy, especially when you have a AC and DC circuit! I never considered the distance between AC and DC, and that is the main reason for me to rebuild my boards. After reading your post I made some researches, and I found that I had a design problem. Like you stated, I'm not a electrical engineer, and we are always learning
@Alphalove
I highly recommend itead products, especially for those just getting into MySensors. They remove alot of the pitfalls that electronic noobs (such as myself) encounter when building their first sensor nodes. I used the RMini to build my first relay and it could not have been easier. Many of the troubleshooting problems posted on the forum have to do with setting up relays and these boards eliminate many of those issues.
I also recommend the nano shield from itead to any entry level electronics noobs for setting up early sensor nodes who are not ready for intricate soldering. It provides a nRf socket and a power jack and breaks out all of the nano pins with individual power and ground headers. Just plug in a nano and nRf and program from USB and power the entire setup through a single jack - perfect for beginners.
@karlheinz2000 said:
But if I'm not using MYSB, I can flash a sketch with defined ID and this will work instantly in the network.
Yes
With MYSB I always have to do assign a new ID just to get the node to run the first time after flashing.
Only true if EEPROM (i.e. ID address location) was cleared.
Any chance to get MYSB to know, if a sketch is an flash?
And start this sketch, which then will use the defined ID or request a new ID from controller and writes the eeprom?
During booting, MYSBootloader calculates the FW CRC in flash and verifies it against the FW CRC stored in EEPROM (which is written after a successful OTA FW update) - if it matches, the sketch starts, if not, the bootloader remains active.
