Please give a study outline for the May Day MCU Classic Introduction

刚刚入门

Please give a study outline for the May Day MCU Classic Introduction [Copy link]

 

Please give a study outline for the May Day MCU Classic Introduction

黑白之间

The following is the study outline of the May Day MCU Classic Introduction:

Phase 1: Basics

1. Microcontroller Basics :

   • Understand the basic concepts, working principles and common types of microcontrollers, including 8051 microcontrollers, AVR microcontrollers and PIC microcontrollers.

2. Development environment construction :

   • Learn how to build a MCU development environment, including installing an integrated development environment (IDE), configuring compilers and debuggers, etc.

Phase 2: Programming Languages and Tools

1. Assembly language programming :

   • Learn the basic syntax and programming skills of microcontroller assembly language, including instruction sets, register operations and program design.

2. C language programming :

   • Master the method of using C language to write microcontroller programs, including syntax rules, data types, and control structures.

Phase 3: Basic Application and Practical Projects

1. IO port control :

   • Learn how to use the IO port of the microcontroller for input and output control, including the control of peripheral devices such as LED lights, digital tubes and buttons.

2. Timer and Counter Applications :

   • Explore the application scenarios of MCU timers and counters, including timer interrupts, PWM wave generation, and counter timing.

3. Serial communication :

   • Learn how to communicate between the microcontroller and external devices through the serial port, including UART serial port communication and SPI/I2C bus communication.

Phase 4: Advanced Features and Extensions

1. Interrupt handling :

   • Master the working principles and programming methods of microcontroller interrupts, including external interrupts, timer interrupts, and serial port interrupts.

2. Analog signal processing :

   • Learn the methods of microcontroller analog signal acquisition and processing, including ADC analog-to-digital conversion and DAC digital-to-analog conversion.

3. Memory expansion :

   • Explore how to expand the memory capacity of a microcontroller, including the use of external EEPROM memory and Flash memory.

Phase 5: Actual Projects and Application Scenarios

1. Intelligent control system :

   • Design and implement a microcontroller-based intelligent control system, such as a temperature control system, an in-vehicle electronic system, or a smart home system.

2. Embedded Systems Development :

   • Participate in an embedded system development project and understand the application and development process of microcontrollers in actual products.

Phase 6: Continuous Learning and Expansion

1. Follow up the latest technology :

   • Focus on the latest technologies and development trends in the field of microcontrollers, such as the Internet of Things, artificial intelligence, and embedded Linux.

2. Independent projects :

   • Complete a personal project independently, expand the application field of microcontrollers, and improve practical and project management capabilities.

Stage 7: Sharing and Communication

1. Technical Exchange :

   • Participate in MCU technology communities or forums, exchange experiences and share technologies with other developers, and expand the influence of technology.

2. Share experience :

   • Share your learning experience and project experience in technical communities or online platforms to promote technology sharing and communication.

工号待定

The following is a study outline for the May Day MCU Classic Introduction:

1. Basic knowledge of microcontroller:

   • Understand the basic concepts and working principles of microcontrollers, including CPU, memory, IO ports, etc.
   • Learn about common microcontroller types and series, such as the May 1 microcontroller based on the 8051 architecture.

2. Programming environment construction:

   • Install the microcontroller development environment, such as Keil C51, SDCC, etc.
   • Learn how to configure the development environment and create projects to write simple programs.

3. Assembly language programming:

   • Learn the basics of assembly language and understand the meaning and usage of assembly instructions.
   • Write simple assembly programs, such as LED light flashing, digital tube display, etc.

4. C language programming:

   • Learn the application of C language in microcontroller programming and understand the basic syntax and data types of C language.
   • Write simple C language programs, such as button control LED, timer interrupt, etc.

5. Basic peripheral applications:

   • Learn the basic peripherals of the microcontroller, such as GPIO port, timer, serial port communication, etc.
   • Practice the use of basic peripherals, such as LED light control, digital tube display, buzzer drive, etc.

6. Experimental project design:

   • Design simple experimental projects, including LED light flashing, button control, digital tube counting, etc.
   • Practice the design, debugging and optimization of projects to deepen the understanding of microcontroller programming and hardware applications.

7. Extended learning and application:

   • Learn more peripherals and advanced functions of microcontrollers, such as ADC, DAC, PWM, etc.
   • Explore the use of microcontrollers in various application areas such as smart home, industrial control, embedded systems, etc.

8. Continuous learning and advancement:

   • Pay attention to the latest technologies and development trends in the field of microcontrollers, and continue to learn and follow up.
   • In-depth study of more advanced MCU programming techniques and applications, such as RTOS, embedded Linux, etc.

The above is a preliminary study outline. You can further study and practice according to your own interests and actual needs. I wish you good luck in your study!

mlgb999

The following is a study outline for the May Day MCU Classic Introduction:

1. Microcontroller Basics

• Understand microcontrollers : Learn the basic concepts, structure and working principles of microcontrollers.
• Common MCUs : Understand the characteristics and common models of the May 1st MCU series, such as STC89C51, STC12C5A60S2, etc.

2. Development environment construction

• Select development tools : Choose appropriate microcontroller development tools, such as Keil C51, IAR Embedded Workbench, etc.
• Learn programming languages : Learn microcontroller programming languages, such as C language, assembly language, etc.

3. Basic circuit design

• Circuit principles : Understand the basic principles of circuits, including power circuits, IO ports, timers, serial ports, etc.
• Circuit Design : Learn how to design basic microcontroller circuits, including external crystal oscillator circuits, key input circuits, LED display circuits, etc.

4. Programming Basics

• Learn programming : Master the basic programming skills of microcontrollers, such as IO port operation, timer interrupt, serial port communication, etc.
• Experimental exercises : Through experimental exercises, you can become familiar with commonly used microcontroller programming techniques, such as button control of LEDs, timer generation of pulses, etc.

5. Advanced Learning

• Study materials : Read classic textbooks and materials related to microcontrollers to gain an in-depth understanding of the principles and applications of microcontrollers.
• Project practice : Design and implement some small single-chip microcomputer projects, such as temperature monitors, electronic clocks, etc.

6. Community and Resources

• Participate in the community : Join the community of microcontroller enthusiasts and exchange experiences and skills with other learners.

fjdeepblue

Very good electronic information, the summary is detailed and has reference value. Thank you for sharing.