Description

This project has been upgraded by changing the microcontroller to Pico W, allowing us to monitor its operations through a web server. The results can be viewed both on a smartphone and a computer by installing an external application that enables us to check data without direct contact with the air. This method is not only safe but also highly convenient. The project communicates via Http to connect and operate, with circuitpython serving as the main system for controlling the device

"Hello everyone! we will explore an interesting technique for programming on the PICO " board that allows it to function as a simple HTTP web server!

The Raspberry Pi PICO board is a small yet powerful board, making it suitable for applications that require both compact size and power. we will focus on the technique of turning the PICO into an HTTP web server, capable of serving web pages to users through a web browser.

PART: 

 1.Raspberry PICO 

 2.pms7003 

 3:ST7735 

 4:circuitpython

This project has been upgraded by changing the microcontroller to Pico W, allowing us to monitor its operations through a web server. The results can be viewed both on a smartphone and a computer by installing an external application that enables us to check data without direct contact with the air. This method is not only safe but also highly convenient. The project communicates via Http to connect and operate, with circuitpython serving as the main system for controlling the device

SOFTWARE:

sample code:

https://github.com/YakrooThai/Air-Quality-Monitor/blob/main/code1_AQIwebServer001.py

https://github.com/YakrooThai/Air-Quality-Monitor/blob/main/code1_AQIwebServer002.py

Pcb order:

https://www.pcbway.com/project/shareproject/Air_Quality_Monitor_raspberry_PICO_beff7c3a.html

You can contact

E-mail: mhooyang@gmail.com

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