NUCLEO-F446RE STM32F446RET6 Projects

Each project contains:

• README.md
• main.c
• images/

F446RE pin conventions used here

• On-board LD2 LED: PA5
• User button B1: PC13
• USART2 / ST-LINK Virtual COM: PA2 TX, PA3 RX
• I2C1: PB8 SCL, PB9 SDA
• SPI1: PA5 SCK, PA6 MISO, PA7 MOSI; software CS uses PB6
• ADC examples: PA0/A0 and PA1/A1
• DAC examples: PA4
• PWM examples: PB3 / TIM2_CH2

Projects

• Project 01 - Lighthouse flashing LED
• Project 02 - Alternately Flashing LEDs
• Project 03 - Moving LEDs
• Project 04 - Binary Up Counter with LEDs
• Project 05 - Random Flashing LEDs
• Project 06 - Pushbutton and LED
• Project 07 - Control of Multiple LEDs by 2 Buttons
• Project 08 - LED Dice
• Project 09 - 7-Segment LED Counter
• Project 10 - Two-Digit Multiplexed 7-Segment LED
• Project 11 - External interrupt to control an LED
• Project 12 - Two-digit Interrupt-Driven 7-Segment Event Counter
• Project 13 - Four-Digit 7-Segment LED Display
• Project 14 - Interrupt-Based Up-Down Counter with Four-Digit 7-Segment LED Display
• Project 15 - Multiple External Interrupts Sharing the Same Interrupt Line
• Project 16 - Timer Interrupt to Flash LED Every Second
• Project 17 - 4-Digit 7-Segment LED Up Counter with Timer Interrupts
• Project 18 - Using parallel LCDs - Displaying Text
• Project 19 - Using LCDs - Simple Up Counter
• Project 20 - Analogue Voltmeter - Polling ADC
• Project 21 - ADC with Multiple Inputs - Polling ADC
• Project 22 - Single-input ADC with Conversion Interrupt
• Project 23 - Analogue Temperature Sensor
• Project 24 - ON-OFF Temperature Controller
• Project 25 - Multiple-input ADC with DMA
• Project 26 - Sawtooth Waveform Generator with Manual DAC Driving
• Project 27 - Squarewave Generator with Manual DAC Driving
• Project 28 - Sinewave Generator with Manual DAC Driving
• Project 29 - Arbitrary Waveform Generator with Manual DAC Driving
• Project 30 - Arbitrary Waveform Generator with Timer-based DMA
• Project 31 - Hardware-based Triangular Waveform Generation
• Project 32 - Mosquito Repeller
• Project 33 - Continuously Variable Duty Cycle
• Project 34 - Multiple PWM Waveforms
• Project 35 - Potentiometer-controlled Duty Cycle Control of PWM Waveform
• Project 36 - Displaying Text on the PC
• Project 37 - Simple Up Counter
• Project 38 - Times Table
• Project 39 - Practising Elementary Multiplication
• Project 40 - Displaying Ambient Temperature on the PC Screen
• Project 41 - Communicating with Arduino - Displaying Temperature
• Project 42 - Communicating with Arduino - UART Interrupt Mode
• Project 43 - I2C Port Expander
• Project 44 - EEPROM memory
• Project 45 - TMP102 Temperature Sensor Chip Reading
• Project 46 - SPI Port Expander
• Project 47 - Simple Debug
• Project 48 - Debugging the GPIO
• Project 49 - Displaying Characters in Debug Window
• Project 50 - Using printf to Display Data in Debug Window
• Project 51 - Using the ST-Link Virtual COM Port
• Project 52 - Sleep Mode Example
• Project 53 - Stop Mode Example
• Project 54 - Standby Mode Example
• Project 55 - X-NUCLEO-OUT01A1 - Flashing an LED
• Project 56 - Reading Temperature from the X-NUCLEO-IKS01A2 Expansion Board
• Project 57 - Using the X-CUBE-MEMS1 Library
• Project 58 - FreeRTOS - Three LED Tasks

Notes

The small GPIO, ADC, DAC, PWM, UART, I2C, SPI, interrupt, and low-power examples include F446RE-oriented HAL application code.