In this second part, the guide focuses on debugging firmware on the dual-core STM32H747 with particular emphasis on observing variables during runtime. It explains how to attach the debugger to each core, inspect memory and registers, and track...
READ MOREIn this first part of the Mongoose guide for STM32, we focus on the foundational steps required to get the platform up and running, starting with the hardware setup and basic system initialization. We also cover UART configuration to enable...
READ MOREPart 2 of this guide focuses on establishing and validating the communication link between a Modbus RTU master and the STM32-based slave using a simple echo mechanism. The master sends a complete Modbus RTU frame and the slave returns the same...
READ MOREIn this third part of the guide, we will build upon the pixel and windowing functions to implement a draw-bitmap routine capable of rendering full images on the ST7789V2 display. This will allow us to efficiently transfer and display...
READ MOREThis guide demonstrates how to emulate a Modbus RTU sensor on an STM32 microcontroller, enabling the device to behave as a compliant Modbus slave over a serial interface such as RS-485 or UART. The objective is to provide a clear, practical...
READ MOREPart 2 focuses on receiving data over an RS-485 bus, where correct timing and bus state management are critical for reliable communication. For demonstration purposes only, the system behavior is to echo back the received data, allowing reception...
READ MOREPart 1 introduces RS-485 as a robust, differential serial communication standard widely used in industrial and embedded systems for its noise immunity and long-distance capability.In this part, we focus on STM32 HAL configuration and the...
READ MOREIn this second part of the guide, we move from configuration to implementation by developing the ST7789V2 driver header and source files for STM32. We will initialize the LCD controller and implement a basic draw-pixel function, using it to...
READ MOREThis guide explains how to configure and use TIM1 on STM32F4 to generate precise PWM and complementary PWMN signals with configurable dead-time insertion. It covers the principles of dead-time generation, complementary waveform synchronization...
READ MORETIM1 is an advanced-control timer on STM32 microcontrollers designed for high-performance applications that require precise timing, complementary PWM generation, and robust safety features. This guide explains the key capabilities of TIM1 and...
READ MOREIn this guide, we shall see how to receive data using UART in LIN configuration. In this guide, we shall cover the following: 1. STM32CubeMX Setup: We shall pickup from the previous guide from here. Open LIN_Bus project from STM32CubeMX. Once the...
READ MOREIn this multiple-part guide series on LIN (Local Interconnect Network) bus for STM32F4, I will cover its fundamentals and implementation. In this guide, we shall cover the following: What is LIN Bus: Introduction to LIN Bus: LIN was...
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