STM32CubeMX 4 Essential Training

Name: STM32CubeMX 4 Essential Training
Rating: 4.6 (796 reviews)

Saving time on firmware development with CubeMX

Created byIsrael Gbati

Last updated 6/2020

English

English [Auto],

What you'll learn

Program STM32 peripherals using CubeMX (FREE)
Configure STM32 Peripherals using CubeMX

Course content

8 sections • 27 lectures • 2h 27m total length

Introduction0:58
Explore STM32CubeMX essential training, learn to use its graphical user interface to select a microcontroller or development board, configure settings, and generate C code for popular IDEs.
Setting Up STM32CubeMX4:06
Download, install, and set up STM32CubeMX, accept the license, register an account, extract files, and create a new project by selecting MCU series, package, and board.
Overview of STM32CubeMX9:00
Explore the STM32CubeMX graphical interface, navigate file and project menus, generate code and reports, configure pins and clocks, and review the generated project structure for a blinky example.
Overview of STM32CubeMX (continued)2:48
See how STM32CubeMX generates code to blink an led by configuring pins 12 to 15, rebuilding the project, and using the API to set pin states.
Checking for Updates and Firmwares2:01
Learn to update STM32CubeMX by checking for updates, installing and removing libraries, and updating firmware for future boards, without downloading a new STM32CubeMX.
Clock Tree configuration4:56
Adjust the clock configuration to view the clock tree and system frequency. See how changes to peripheral clocks reconfigure APB buses to 100 mhz, using pll, rtc, and hsi/hse sources.
The Configuration Tab2:27
Use the configuration tab to graphically arrange peripherals into control groups, and configure system peripherals like the real-time clock and RCC, while enabling middleware and connectivity peripherals.

Input/Output10:29
Learn to generate standout general purpose input/output code with CubeMX, initialize input and output pins, read a wake-up button, and drive an LED on a discovery board.
Input Interrupt7:27
Configure an input interrupt in stm32cubeMX by mapping a push-button to an external interrupt line and generating code. Customize the interrupt callback with the weak keyword to toggle LEDs.
Notice0:03

Basic Delay TIMER6:26
Learn to create accurate delays with a timer in STM32CubeMX by configuring an internal clock, setting a prescaler for millisecond timing, and using a 1-second period with an interrupt-driven callback.
Output Compare Timer8:58
Demonstrates programming the output compare timer to toggle four channels at precise timestamps, including 15 ms and 100 ms, using hardware interrupts and timer configuration.
Input CaptureTimer11:32
Learn to create an input capture timer with STM32CubeMX on a discovery board, timestamp button presses on rising edges, configure channel 1, and use an interrupt callback to count presses.

Single Mode Conversion7:29
learn to create a CubeMX project, configure ADC1 channel 0 for single conversion, start the ADC, poll for conversion, and store the result in a global variable for debugging.
Notice0:03
Continuous Mode Conversion9:23
Explore configuring ADC continuous conversion in STM32CubeMX, set prescalers and sampling time, enable continuous mode, generate code, and verify real-time ADC data from a single channel.
Timer Triggered Conversion9:14
Use a timer as an external trigger to start ADC conversions for precise sampling. Configure timer 2 as the trigger and implement a conversion complete callback to store results.
ADC Multi-Channel DMA Scan Mode8:44
Learn to configure STM32CubeMX for multi-channel ADC with DMA scan mode, enabling two channels in continuous mode, selecting DMA transfers to a two-element memory buffer.

Introduction to SPI1:29
Explore STM32CubeMX SPI's three-wire interface and how to configure it. Identify slave selects and validate the connection on a discovery board.
SPI Configuration Part I4:23
Configure the spi peripheral in stm32cubeMX for a board with accelerometers, setting the clock and mosi lines and enabling the external interrupt, with a baud rate of 3 mbps.
Notice0:03
SPI Configuration (Part II )10:00
Configure STM32CubeMX to access device registers via SPI, enable and disable the slave, translate register addresses, and use buffers for reading and writing data with accelerometer and gyroscope sensors.
Reading the Gyroscope data3:10
Learn how to read the gyroscope data in STM32CubeMX by enabling and handling the interrupt. Apply the interrupt approach to reading the gyroscope data.

Configuring the PWM (Part I)4:07
Configure the pwm in STM32CubeMX by selecting the timer, using internal clock, setting prescaler and period to 1 mhz, and applying a 50 percent duty cycle before code generation.
Configuring the PWM ( Part II )4:00
Learn to configure PWM in STM32CubeMX, initialize timer channels, set period and duty cycle, and programmatically adjust duty cycle using capture/compare registers.

Requirements

STM32 board

Description

STM32CubeMX Essential Training : Saving time on firmware development with CubeMX

This course is an essential training on STM32 CubeMX. It is a practical cookbook for programming peripherals of all STM32 microcontrollers using the CubeMX framework.

If you work with STM32 microcontrollers then you should absolutely get familiar with cubeMX. It is a massive time saver.

Please see the course curriculum for more information.

Who this course is for:

Embedded Systems Professionals
Embedded Systems Students
Hobbyists

STM32CubeMX 4 Essential Training

What you'll learn

Explore related topics

Course content

Introduction7 lectures • 26min

General Purpose Input/Output ( GPIO ) Projects3 lectures • 18min

Creating TIMER ( TIM ) Projects3 lectures • 27min

Analog-to-Digital Conversion (ADC)5 lectures • 35min

Serial Peripheral Interface ( SPI )5 lectures • 19min

Digital to Analog Converter ( DAC )1 lecture • 8min

Universal Asynchronous Receiver-Transmitter ( UART )1 lecture • 7min

Pulse Width Modulation (PWM)2 lectures • 8min

Requirements

Description

Who this course is for: