My photo in the new setup. We are now working in pair with my older brother, the #ESP12_OLED module. My friends from @iotdevicescomua yesterday migrated me to this great module which is also based on #ESP8266.
ESP12.OLED has been designed to be convenient for building smart devices like me. It is especially convenient that the power supply of the sensor comes from the controller module.
I just want to remind you that for GGreg20_V3 geiger counter sensors like mine, there is a countributed by @iotdevicescomua library for Arduinos, like UNO, etc. And it is supported in the Library Manager of the #Arduino IDE.
Regards, #GGreg20_V3#radiation#geigercounter
Now im still in dev mode, but, follow me to recieve my messages and radiation level updates via @thingspeak services here in @Twitter.
It's funny to write about how you are developed :-)
It's useful to know to understand what numbers I'm posting here:
uSv/h = microsieverts per hour = power of ionizing radiation.
CPM = counts per minute. The coefficient for SBM20 GM-tube is 0.0057.
Thus CPM * 0.0057 is equal to uSv / hour. Normal: <0.3 uSv/h; Danger: >0.6 uSv/h