Thingiverse
MYSensors temperature humidity sensor by schumo99
by Thingiverse
Last crawled date: 4 years, 2 months ago
Box for mysensors temperature and humidity sensor. The box holds the pcb board and a battery holder for 2 AA-batteries.
For download I added:
stl-files fort printing the box
picture of the pcb-board
schematics of the pcb front and back
circuit diagram of the pcb
software for the processor (ATmega328)
To complete the pcd you need additionally: Atmega328, RFM69HCW, Si7021 or other temperature/humidity node. The software is capable for Si7021, but I also developped one for DHT22. In case you don't want to manufacture the pcb on your own, or have any problems in sourcing RFM69 or Si7021, please let me know. I'm always happy to help.
Very low power consumption!!! Mine is running since 6 months using 2 AA-NiMH batteries, which are still at 1.2V each. It's at <10 microAmp.
Theo pcb is designed very generic, so that it allows also to add a lot of other sensors or circuits. For this thing you just need to solder the Atmega328, RFM69, Si7021(=IC3), C1 (100nF), R1 and R2 (4.7k). Additionally you need to close SJ1.
For more information please see also:https://www.openhardware.io/view/354/MySensor-RFM69HCW-micro-pcb-for-DHT-Si7021-CNY70
For download I added:
stl-files fort printing the box
picture of the pcb-board
schematics of the pcb front and back
circuit diagram of the pcb
software for the processor (ATmega328)
To complete the pcd you need additionally: Atmega328, RFM69HCW, Si7021 or other temperature/humidity node. The software is capable for Si7021, but I also developped one for DHT22. In case you don't want to manufacture the pcb on your own, or have any problems in sourcing RFM69 or Si7021, please let me know. I'm always happy to help.
Very low power consumption!!! Mine is running since 6 months using 2 AA-NiMH batteries, which are still at 1.2V each. It's at <10 microAmp.
Theo pcb is designed very generic, so that it allows also to add a lot of other sensors or circuits. For this thing you just need to solder the Atmega328, RFM69, Si7021(=IC3), C1 (100nF), R1 and R2 (4.7k). Additionally you need to close SJ1.
For more information please see also:https://www.openhardware.io/view/354/MySensor-RFM69HCW-micro-pcb-for-DHT-Si7021-CNY70