I have published all the documentation in a Github repository. If someone wants to make PCBs, I recommend that you wait a little longer until you receive my PCBs and try them.
@yoshi824 Most of us have been where you are now!
I suggest that you try to see the patterns in the code that you have working and try to make the SHT30 work from what you learn.
If it does not work as you want then post here the full code you have and what it is/isn't doing and you should get some help.
@xefil said:
Thanks @hek and @kalle
Sorry, but I'm not good to understand the debug of the scanners.
In the RF24/examples/scanner/ the range is between 0000->->->7777
Those are the high order nibble of the channel byte. The low order nibble is just below it.
The 125 channel numbers are printed "sideways" in hex.
I would expect a list of channels between 1 and 13.
You're thinking of wi-fi. This isn't wi-fi.
In the second scanner (wiFi scanner found on arduino forum) It's more accurate. It seems noisy between channel 3 and 9.
So, the questions are:
What does default channel 76 mean? 2476Mhz?
yes
Would mean above channel 13, on channel 14. In this case these channels are free, based on the results. I've seen I can use:
#define RF24_CHANNEL 76 //RF channel for the sensor net, 0-127
How to interpret the scanners result? Most of all the "RF24/examples/scanner/" which has an output I cannot identify in a channel.
The bigger the number below the channel, the more active it is.
I would like to understand the result and so choose the right channel, not only trying without knowing what I'm doing
Thanks a lot for the support!
Simon
