Getting Started with STM32H5 ARM Cortex M33: Random Number Generator
The STM32H5 series includes a hardware random number generator (RNG) that provides true random values, essential for cryptographic and security applications. This guide walks…
Peripheral Drivers
483 articles · Page 14 of 49
Articles
Getting Started with STM32H5 ARM Cortex M33: External Interrupt
This guide demonstrates how to configure an external GPIO interrupt on the STM32H5 Nucleo-144 board. You’ll learn how to connect a push-button and trigger…
Building Library for NEO-6M GPS Part 1: Introduction and Environment Setup
The NEO-6M GPS module is a popular and cost-effective solution for adding location tracking to embedded systems. This guide demonstrates how to interface the…
Using Micropython for STM32F411: Blink Without Delay
In this guide, we shall use MicroPython on the STM32F411 Nucleo board to blink two LEDs connected to PA0 and PA1. The LEDs will…
STM32 Timers Applications: PWM Output
PWM (Pulse-Width Modulation) is a fundamental feature of STM32F4 timers used to generate precise variable-duty cycle signals for controlling devices like motors, LEDs, and…
Using Micropython for STM32F411: Timer in Interrupt Mode
In this guide, we will explore how to use MicroPython on the STM32F411 Nucleo board for embedded development. We will specifically focus on configuring…
Getting Started with Embeetle IDE: Importing Custom STM32 Project
Embeetle IDE is a lightweight and efficient development environment designed for embedded systems, offering a streamlined workflow for various microcontrollers, including STM32. This guide…
Using Micropython for STM32F411: Timer in Output Compare Mode
In this guide, we shall see how output compare mode works and develop a driver that will toggle the LED using hardware. In this…
STM32 Timers Applications: Delay in microseconds
Timers in STM32 microcontrollers are essential for generating precise delays, measuring time intervals, and controlling periodic events. This guide focuses on using STM32 timers…
Getting Started with STM32H5 ARM Cortex M33: I2C in DMA Mode
In this guide, we shall see how to configure the I2C to work in DMA and transmit and receive data from a slave device…