Understanding STM32 Timers: A Comprehensive Training Guide

Understanding STM32 Timers: A Comprehensive Training Guide
Understanding STM32 Timers: A Comprehensive Training Guide

Course Introduction

Introduction to STM32 Timer Basics and Common Applications

The STM32 technical training proudly presents “Chatting with the Moderator about the STM32 Series” training. This training is carefully compiled by the moderator based on the most frequently asked questions in the ST MCU forum, featuring specialized technical Q&A and application case analysis. The first offering focuses on common questions and applications related to timers, hoping to assist everyone in resolving common issues with timer usage.

The STM32 timer is the most basic and commonly used peripheral within the ST MCU, widely utilized in practical applications. Due to the extensive content of the STM32 TIMER, this course emphasizes the basic application principles and common applications of TIMER, while also sharing the principles and concrete implementations along with common issues.

Course Difficulty

It is recommended to have a basic understanding of the concepts of STM32 timers and DMA transmission, as this course will spend considerable time explaining specific application implementations and sharing common issues.

Teaching Components

1) Overview of STM32 Series TIMER

Introduction to the features of various types of timers in the STM32 series

2) Introduction to General Timers

2-1) Introduction to Internal Architecture

2-2) Introduction to Clock Sources

2-3) Introduction to Clock Synchronization and Master-Slave Cascading [Key]

2-4) Introduction to IC Principles and Examples

2-5) Introduction to OC Principles and Examples [Key]

3) Introduction to General Timer Common Applications and FAQs

3-1) TIMER Burst Transmission

3-2) TIMER + DAC + DMA

3-3) Brief Introduction to New PWM Output Modes in Certain STM32 Series

Experiment Section

1) Implementing PWM Output through Master-Slave Cascading of Timers (Multiple Implementation Methods)

2) Independently Implementing Output of a Finite Number of Pulses (Multiple Implementation Methods)

Experiment Platform

Hardware: NUCLEO-F411RE;

Please download and install the following software in advance:

1) STM32CubeMX 4.24 and above

2) Arm KEIL MDK or IAR EWARM v8.x

For downloads, please click “Read More” for the link on the registration page.

Understanding STM32 Timers: A Comprehensive Training Guide

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