For beginners of 32 MCU, please give a study outline

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For beginners of 32 MCU, please give a study outline [Copy link]

 

For beginners of 32 MCU, please give a study outline

坏老头

The following is a 32-bit microcontroller study outline for beginners:

1. Understand the basic concepts :

   • Understand what a microcontroller is and its basic working principles.
   • Understand the characteristics and application areas of 32 single-chip microcomputers.

2. Learn a programming language :

   • Learn the basics of C language, including data types, operators, control statements, etc.
   • Learn the assembly language of 32 microcontrollers.

3. Familiar with development tools :

   • Install and be familiar with the development environment of 32 MCU, such as Keil, IAR, etc.
   • Learn how to create, compile and download simple programs to a 32-bit microcontroller.

4. Understanding hardware knowledge :

   • Learn the internal structure of the 32-bit microcontroller and the functions of each module.
   • Understand the basic hardware modules of 32 MCU, such as IO port, timer, interrupt, etc.

5. Conduct experiments and projects :

   • Start with some simple experiments, such as lighting up LEDs, driving digital tubes, etc.
   • Try some basic input and output controls, such as key detection, digital tube display, etc.

6. Advanced Learning :

   • Learn more advanced functions and applications, such as PWM output, serial communication, etc.
   • Explore the peripheral modules of 32 MCU, such as ADC, DAC, etc.

7. Readings and cases :

   • Read relevant 32-bit microcontroller information and documents to gain a deep understanding of its principles and applications.
   • Check out some examples and projects to learn how to apply 32 MCU to solve practical problems.

8. Get involved in the community :

   • Join communities and forums for microcontroller enthusiasts to exchange experiences and problems with other learners and get more learning resources and support.

The above outline can be used as a guide for beginners to get started with 32-bit MCUs. Through continuous learning and practice, you will gradually master the basic knowledge and skills of 32-bit MCUs.

dlr111

Learning 32-bit microcontrollers (usually ARM architecture) requires systematically mastering a series of basic knowledge and skills. The following is a learning outline to help you gradually learn and master the relevant content of 32-bit microcontrollers:

1. Learn the basics :

   • Understand the basic principles and architecture of microcontrollers.
   • Familiar with C programming language, including basic syntax such as data types, control flow, and functions.
   • Understand the basic concepts of computer architecture and operating systems, and have a basic understanding of memory, input and output, interrupts, etc.

2. Familiar with ARM architecture :

   • Understand the basic features and architecture of ARM architecture.
   • Learn the basics of ARM assembly language and understand concepts such as instruction sets, registers, and memory operations.
   • Understand the features and common series of ARM processors, such as the Cortex-M series.

3. Master the development tools and environment :

   • Familiar with commonly used ARM development tool chains, such as Keil MDK, IAR Embedded Workbench, etc.
   • Learn how to use development boards and debugging tools such as JTAG/SWD debuggers.

4. Learn peripheral programming :

   • Be familiar with commonly used peripherals, such as GPIO, UART, SPI, I2C, etc., and master their configuration and usage.
   • Learn interrupt programming and understand interrupt handling mechanisms and priorities.
   • Master the programming of timers and counters to realize functions such as timing tasks and PWM output.

5. Deep understanding of system design :

   • Learn system-level programming, including task scheduling, memory management, device drivers, etc.
   • Master low power consumption design and energy-saving optimization techniques.
   • Learn the principles and applications of real-time operating systems (RTOS), such as FreeRTOS, uC/OS, etc.

6. Project practice and application development :

   • Carry out actual project practices, such as LED light control, serial port communication, sensor data acquisition, etc.
   • Develop some applications such as embedded controllers, IoT devices, embedded media players, etc.

7. Continuous learning and expansion :

   • Pay attention to new technologies and industry trends, and continue to learn and expand your knowledge.
   • Participate in relevant training courses, workshops, and community events to communicate and share experiences with other developers.

The above is a rough learning outline. You can adjust and expand it according to your own interests and learning goals. In the learning process, continuous practice and accumulation of experience are the key. I wish you good learning!

limm20032003

For beginners, learning 32 MCU (such as STM32 series) can be carried out according to the following learning outline:

Phase 1: Basic knowledge learning

1. Study computer system structure and principles :

   • Understand the basic components of a computer system, including the central processing unit (CPU), storage (memory), input devices, and output devices.

2. Learn the basics of digital circuits :

   • Be familiar with the basic concepts of digital circuits, including Boolean algebra, logic gates, and the differences between digital and analog signals.

3. Learn the basics of C programming :

   • Master the basic syntax, data types, flow control statements, functions, arrays and pointers of C language.

4. Learn the basics of embedded systems :

   • Understand the concepts and characteristics of embedded systems, as well as commonly used embedded development tools and development environments.

Phase 2: Introduction to STM32 MCU

1. Learn the STM32 microcontroller architecture and features :

   • Understand the basic architecture, functions and features of the STM32 series MCUs, including core, peripherals, memory, etc.

2. Learn to build the STM32 development environment :

   • Install and configure STM32 development tools, such as Keil, STM32CubeMX, etc., and become familiar with the use of the development environment.

3. Learn STM32 programming methods :

   • Master STM32 programming methods, including bare metal programming and development using the Standard Peripheral Library or STM32Cube library.

4. Learn STM32 peripheral drivers and application development :

   • Learn how to drive various peripherals of STM32, including GPIO, UART, SPI, I2C, timer, interrupt controller, etc., and implement some basic application development, such as LED flashing, serial port communication, etc.

Phase 3: In-depth learning and practice

1. Learn the advanced features and applications of STM32 :

   • Learn in depth the advanced features of STM32, such as DMA controller, interrupt priority, low power mode, etc., and explore more complex application development, such as timer PWM output, data transfer between peripherals, etc.

2. Learn STM32 debugging and optimization :

   • Master the debugging techniques of STM32, including using the debugger for single-step debugging, breakpoint debugging, etc., as well as optimizing the code to improve the efficiency and performance of the program.

3. Practical project development :

   • Complete some practical project developments, such as smart home control systems, embedded sensor data acquisition systems, etc., to consolidate the knowledge learned and improve practical ability.

4. Continuous learning and follow-up :

   • Pay attention to the latest developments and application cases of STM32 microcontroller technology, continue to learn and follow up related technical information and documents, and constantly improve your skills.

The above study outline is designed to help you systematically learn and master the basic knowledge and development skills of 32-bit microcontrollers. In the process of learning, continuous practice and experimentation will help deepen your understanding and mastery of knowledge. I wish you a smooth study!