Embedded Systems. STM32 Interrupt-Driven NEC decoder

Dive into the World of Embedded Methods with STM32 & NEC Protocol!
områд просторі між програмним забезпеченням та апаратними ресурсами відкривається перед вами на курсі “STM32 Interrupt-Pushed NEC Decoder”. Цей курс створений з метою поєднати практичні знання в областях ембіджедед систем і введеного програмування STM32 мікроконтролерів.

Course Highlights:

• Full NEC Protocol Breakdown: Grasp the NEC protocol and perceive how it’s used to speak with infrared distant controls.
• STM32 Microcontroller Mastery: Dive deep into the options of STM32F4Discovery board, studying about GPIO, EXTI, timers, RCC, NVIC, and extra.
• Palms-On Studying: Observe a real-world undertaking to create an interrupt-driven NEC decoder on the STM32 microcontroller.
• Important Instruments Setup: Learn to arrange your improvement atmosphere with the GNU ARM toolchain and ST-LINK programmer.
• In-Depth Peripheral Exploration: Uncover the internal workings of vital peripherals and their registers, together with GPIO, RCC, timers, exterior interrupts, and the NVIC.

Курс складається з наступних ключових моментів:

Introduction to STM32F4Discovery & Growth Surroundings Setup:

• Set up of GNU ARM toolchain and ST-LINK programmer.
• Overview of the STM32F4Discovery board capabilities and connections.

NEC Protocol Defined:

• Learn the way the NEC protocol works and what makes it distinctive amongst infrared communication protocols.
• Perceive the sign construction of a typical NEC distant management.

Important Peripherals Configuration:

• Detailed clarification of GPIO, reset and clock management, exterior interrupts, timers, and the NVIC configuration.
• Step-by-step steering on configuring these peripherals for the NEC protocol decoder utility.

Programming with Embedded C & Makefile:

• Grasp the Embedded C language as you write code for the STM32 microcontroller.
• Learn to create and use a Makefile for compiling your tasks.

Actual-World Software: Decoding NEC Protocol with STM32:

• Implement the NEC protocol decoder on the STM32F4Discovery board.
• Check and validate the performance of your design with actual infrared distant controls.

By finishing this course, you’ll:

Perceive the entire workflow of an embedded programs undertaking: from organising your improvement atmosphere to deploying your utility on {hardware}.
Achieve hands-on expertise with STM32 microcontrollers, particularly the STM32F4Discovery board.
Learn to decode the NEC protocol utilizing interrupt-driven programming methods.
Develop a stable basis in embedded C programming and utilizing Makefiles for undertaking compilation.
Purchase information of ARM Cortex-M4 structure because it pertains to GPIO, EXTI, timers, RCC, and NVIC.

Be part of us on this journey to unlock the potential of embedded programs with STM32 know-how and the NEC protocol!