HWA
Bare metal programming with style
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There is a STM32F411VET6 (512KB of Flash, 128 KB of RAM) with:
User manual: UM1842 Discovery kit with STM32F411VE MCU 2.0
Clocks | |
#define | HW_DEVICE_HSEHZ 8000000 |
LED | |
#define | LED (portd,13) |
#define | LED3 (portd,13) |
#define | LED_ORANGE (portd,13) |
#define | LED4 (portd,12) |
#define | LED_GREEN (portd,12) |
#define | LED5 (portd,14) |
#define | LED_RED (portd,14) |
#define | LED6 (portd,15) |
#define | LED_BLUE (portd,15) |
#define | LED7 (porta,9) |
#define | LED_VBUS (porta,9) |
#define | LED8 (portd,5) |
#define | LED_VBUSOC (portd,5) |
Push buttons | |
#define | BTN1 (porta,0) |
#define BTN1 (porta,0) |
User and Wake-Up button
#define HW_DEVICE_HSEHZ 8000000 |
Frequency of the HSE oscillator crystal
#define LED (portd,13) |
Orange LED
#define LED3 (portd,13) |
Orange LED
#define LED4 (portd,12) |
Green LED
#define LED5 (portd,14) |
Red LED
#define LED6 (portd,15) |
Blue LED
#define LED7 (porta,9) |
Green LED7 indicates when VBUS is present on CN5
#define LED8 (portd,5) |
Red LED8 indicates an overcurrent from VBUS of CN5
#define LED_BLUE (portd,15) |
Blue LED
#define LED_GREEN (portd,12) |
Green LED
#define LED_ORANGE (portd,13) |
Orange LED
#define LED_RED (portd,14) |
Red LED
#define LED_VBUS (porta,9) |
Green LED7 indicates when VBUS is present on CN5
#define LED_VBUSOC (portd,5) |
Red LED8 indicates an overcurrent from VBUS of CN5