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Ligne 4 : | Ligne 4 : | ||
I always wanted to create a DIN based product capable of running MicroPython to create automation solutions. | I always wanted to create a DIN based product capable of running MicroPython to create automation solutions. | ||
− | + | A_SAMPLE_PICTURE | |
− | + | MyDin combines one controler board (running software) together with one backplane board (power interface). | |
− | + | A_DETRAIL_PICTURE | |
− | '''Features:''' | + | The whole is propelled by classes designed to improves integration with MicroPython. |
− | * | + | |
+ | '''MyDin Features:''' | ||
+ | * Watchdog | ||
+ | * [https://docs.micropython.org/en/latest/library/asyncio.html AsyncIO] implementation (cooperative multitasking) | ||
+ | * setup() / loop() implementation | ||
+ | * Monitoring task | ||
+ | * DS18B20 temperature sensor (detection and activation) | ||
+ | * User Interface (configuration depends on DIN module size) | ||
+ | * Controler board based on Pico | ||
{{MyDin-TRAILER}} | {{MyDin-TRAILER}} |
Version du 19 avril 2025 à 01:03
Introduction
I always wanted to create a DIN based product capable of running MicroPython to create automation solutions.
A_SAMPLE_PICTURE
MyDin combines one controler board (running software) together with one backplane board (power interface).
A_DETRAIL_PICTURE
The whole is propelled by classes designed to improves integration with MicroPython.
MyDin Features:
- Watchdog
- AsyncIO implementation (cooperative multitasking)
- setup() / loop() implementation
- Monitoring task
- DS18B20 temperature sensor (detection and activation)
- User Interface (configuration depends on DIN module size)
- Controler board based on Pico