This project is designed for the STM8L051F3 microcontroller. It drives two TRIAC thyristors using GPIO outputs and reads input from a current sensor connected to the ADC. The operation of the TRIACs is controlled based on the state of a tilt switch connected to a GPIO input.
- TRIAC Control: Drives two TRIAC thyristors using GPIO pins.
- Current Sensing: Reads current values from an ADC-connected sensor.
- Tilt Switch Input: Monitors a tilt switch to determine whether to turn TRIACs on or off.
- Efficient MCU Utilization: Designed specifically for the STM8L051F3 microcontroller.
| Pin Nb | PINs | FUNCTIONs | LABELs |
|---|---|---|---|
| 3 | PA0 | SYS_SWIM | SWIM |
| 9 | PD0 | GPIO_Output | LED_RED |
| 10 | PB0 | GPIO_Output | LED_GREEN |
| 12 | PB2 | GPIO_Output | BUZZER |
| 14 | PB4 | ADC1_IN14 | CURRENT_SENSOR |
| 16 | PB6 | GPIO_Input | TILT_SWITCH |
| 17 | PB7 | GPIO_Output | TRIAC_1 |
| 18 | PC0 | GPIO_Output | TRIAC_0 |
To get started with this project, you will need:
- STM8L051F3 Microcontroller: Ensure you have the STM8S001J3 microcontroller available.
- Development Environment: Install the Cosmic IdeaSTM8 or a compatible IDE for STM8 development.
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Clone the Repository:
git clone https://github.com/okemal/STM8L051-switching.git
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Load the project file in IdeaSTM8: Use the .prjsm8 file in the root folder. In IdeaSTM8 it's Project-->Load-->STM8L051-switching.prjsm8