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An implementation of the nRF24L01
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I have a use case for some small battery-powered distributed sensors. Ideally this would be a good use for BLE or [Z-Wave](http://www.z-wave.com/shop-z-wave-smart-home-products/category/smart-sensors)…
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### What radio module do you use?
nRF24l01 PA+LNA (GT24 module)
### What driver board(s) do you use?
STM32F411CE (a.k.a Black Pill development board)
### If using Linux, what OS are you us…
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### Platform
ESP8266
### Assembly
I did the assembly by myself
### nRF24L01+ Module
nRF24L01+ plus
### Antenna
circuit board
### Power Stabilization
Elko (~100uF)
### Connection picture
- […
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### Platform
ESP32
### Assembly
I did the assembly by myself
### nRF24L01+ Module
nRF24L01+ plus
### Antenna
circuit board
### Power Stabilization
Elko (~100uF)
### Connection picture
- [ ]…
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The range can be better for sure. One thought is to:
On modules without PA/LNA, start by soldering a 10uF ceramic SMD cap directly to the VCC/GND header pins. Then, connect the module’s VCC and GND …
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### Platform
ESP8266
### Assembly
the DTU was already assembled
### nRF24L01+ Module
nRF24L01+ plus
### Antenna
external antenna
### Power Stabilization
Elko (~100uF)
### Connection picture
…
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I looked at the API provided by *Johnny-five*, but couldn't find any information on working with **radios**. Are there any examples of working with sensors like **NRF24L01**. In case I missed a mentio…
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### Platform
ESP8266
### Assembly
I did the assembly by myself
### nRF24L01+ Module
nRF24L01+ plus
### Antenna
external antenna
### Power Stabilization
Elko (~100uF)
### Connection picture
…