Différences entre versions de « MyDin »
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| Ligne 17 : | Ligne 17 : | ||
* setup() / loop() implementation | * setup() / loop() implementation | ||
* Monitoring task | * Monitoring task | ||
| + | * Custom task | ||
* DS18B20 temperature sensor (detection and activation) | * DS18B20 temperature sensor (detection and activation) | ||
| − | * | + | * HMI Interface (configuration depends on DIN module size) |
| − | * Controler board based on Pico | + | * Expansion Interface (I2C, SPI, UART, OneWire)<br />Support for many sensors thank to MicroPython (see also [https://github.com/mchobby/esp8266-upy esp8266-upy] repository) |
| − | + | * Controler board based on Raspberry-Pi Pico 2 | |
| + | ** Dual Core Cortex M33 @ 150 MHz | ||
| + | ** 512 KB RAM | ||
| + | ** 4 MB Flash | ||
| + | ** WiFi/Bluetooth | ||
| + | * Interchangeable BackPlane Power board<br />Many power interface combinations... | ||
| + | ** Relay | ||
| + | ** 24V in/out | ||
| + | ** Analog input/output | ||
{{MyDin-TRAILER}} | {{MyDin-TRAILER}} | ||
Version du 19 avril 2025 à 01:38
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
- Custom task
- DS18B20 temperature sensor (detection and activation)
- HMI Interface (configuration depends on DIN module size)
- Expansion Interface (I2C, SPI, UART, OneWire)
Support for many sensors thank to MicroPython (see also esp8266-upy repository) - Controler board based on Raspberry-Pi Pico 2
- Dual Core Cortex M33 @ 150 MHz
- 512 KB RAM
- 4 MB Flash
- WiFi/Bluetooth
- Interchangeable BackPlane Power board
Many power interface combinations...- Relay
- 24V in/out
- Analog input/output