For the introduction to microcontroller plc programming, please give a learning outline

李12345

For the introduction to microcontroller plc programming, please give a learning outline [Copy link]

 

For the introduction to microcontroller plc programming, please give a learning outline

碎冰冰

The following is a study outline for senior people in the electronics field to get started with microcontroller and PLC (programmable logic controller) programming:

1. Basics of MCU Programming

• Learn the basic concepts and working principles of microcontrollers, including the structure of microcontrollers, IO ports, timers, interrupts, etc.
• Master the programming language of microcontrollers, such as C language or assembly language, and understand how to write and debug simple microcontroller programs.

2. MCU peripheral device control

• Learn how to use a single-chip microcomputer to control peripheral devices such as LED lights, digital tubes, buttons, LCD displays, etc.
• Master the driving principles and programming methods of various peripheral devices to achieve basic input and output control.

3. MCU communication and network

• Learn the communication protocols of microcontrollers, such as UART, SPI, I2C, etc., and master how to interact with external devices.
• Understand the network communication principles of MCU, such as Ethernet, Wi-Fi, Bluetooth, etc., to realize the communication between MCU and other devices or servers.

4. PLC Programming Basics

• Understand the basic concepts and working principles of PLC, including input and output modules, central processing unit, programming software, etc.
• Learn PLC programming languages, such as Ladder Logic, Structured Text, etc., and understand their syntax and features.

5. PLC input and output control

• Master the input and output control methods of PLC, including digital input and output, analog input and output, etc.
• Learn how to configure the PLC's input and output modules and write programs to control and monitor external devices.

6. PLC communication and network

• Understand PLC communication interfaces and network protocols, such as RS-232, RS-485, Ethernet, etc.
• Learn how to achieve data exchange and remote monitoring between PLCs through communication interfaces and networks.

7. PLC Programming Practice

• Carry out a series of PLC programming practice projects, such as automation control systems, industrial production line control, etc.
• Participate in engineering projects in simulated and real environments to hone PLC programming and debugging skills.

8. Continuous learning and updating

• Continue to track the latest developments in the field of microcontrollers and PLCs, and pay attention to the new features and application scenarios of related technologies.
• Participate in online courses, lectures and seminars, communicate and share experiences with experts and peers in the field, and continuously improve your technical level and vision.

9. Community and Resources

• Join MCU and PLC related communities and forums to communicate and share experiences with other researchers and developers.
• Read relevant books, blogs and tutorials, follow the sharing and discussions of experts in the field, and constantly expand your knowledge horizons.

The above outline can help senior people in the electronics field to establish the basic knowledge and skills of single-chip microcomputer and PLC programming, and lead them to gradually gain a deeper understanding of the applications and advanced technologies in these two fields. I wish you a smooth study!

林一凡

The following is a study outline for getting started with microcontroller and PLC programming:

Phase 1: Basic Theory

1. Microcontroller Basics :

   • Understand the basic concepts, working principles and application areas of microcontrollers.
   • Understand the internal structure, I/O ports, interrupts, timers and other basic functions of the microcontroller.

2. PLC Basics :

   • Understand the basic principles and functions of PLC.
   • Learn the basic concepts of PLC input and output, program memory, working mode, etc.

Phase 2: Programming Tools and Languages

3. MCU programming tools and languages :

   • Master commonly used microcontroller programming tools and languages, such as C language, assembly language, etc.
   • Learn how to use programming tools to write, debug and download microcontroller programs.

4. PLC programming software and languages :

   • Understand commonly used PLC programming software, such as Siemens STEP 7, Rockwell RSLogix, etc.
   • Learn PLC programming languages such as Ladder Logic, Structured Text, etc.

Phase 3: Practical Projects

5. MCU practice project :

   • Carry out simple microcontroller practice projects, such as LED flashing, button control, etc.
   • Learn how to use the various functions and modules of the microcontroller.

6. PLC Practice Project :

   • Complete basic PLC practice projects, such as access control systems, automatic lighting control, etc.
   • Be familiar with the programming and debugging process of PLC, and understand different types of PLC programming.

Phase 4: System Integration and Application

7. Integration of MCU and PLC :
   • Learn how to integrate MCU with PLC to realize more complex control systems.
   • Explore the communication methods and protocols between MCU and PLC.

Phase 5: Advanced Learning and Application

8. Advanced features and applications :

   • In-depth study of advanced functions and applications of microcontrollers and PLCs, such as PID control, communication protocols, etc.
   • Explore relevant technologies and applications in the field of industrial automation.

9. Project optimization and improvement :

   • Optimize and improve completed projects to enhance system performance and stability.
   • Constantly learn and try new technologies and methods to keep technology updated and innovative.

The above outline can help you learn MCU and PLC programming systematically, and continuously improve your skills through practical projects.

1111jj

The following is a study outline for electronic engineers to get started with microcontroller and PLC programming:

Phase 1: Basics and preparation

1. Understand the basics of microcontrollers :

   • Learn the basic principles, structure and working methods of microcontrollers, and understand common microcontroller types and application scenarios.

2. Understand PLC basics :

   • Understand the basic principles, functions and application areas of programmable logic controller (PLC), and master the structure and working mode of PLC.

Phase 2: Microcontroller Programming Basics

1. Learn MCU programming language :

   • Master the commonly used programming languages for microcontrollers, such as C language or assembly language, and understand the basic syntax and rules of microcontroller programming.

2. Master the microcontroller development tools :

   • Learn the development tools and integrated development environment (IDE) of microcontrollers, such as Keil, IAR, etc., and master the basic usage of the development environment.

Phase 3: PLC Programming Basics

1. Learn PLC programming language :

   • Understand common PLC programming languages, such as Ladder Logic, Structured Text, etc., and master the basic syntax and rules of PLC programming.

2. Learn about PLC programming software :

   • Learn commonly used PLC programming software, such as Siemens STEP 7, Rockwell RSLogix, etc., and master the basic operations and programming methods of the software.

Phase 4: Communication between MCU and PLC

1. Learning communication protocols :

   • Understand common communication protocols such as Modbus, Profibus, etc., and methods of communication between MCU and PLC.

2. Developing communication applications :

   • Develop communication applications using microcontrollers and PLCs to implement data transmission and control functions, such as data exchange through serial port communication.

Phase 5: Practical Projects and Applications

1. Carry out actual projects :

   • Develop some simple MCU and PLC control projects, such as automated production line control, smart home systems, etc.

2. Optimization and Improvement :

   • Continuously optimize and improve projects, enhance control accuracy and stability, and enrich control functions and application scenarios.

Stage 6: Continuous Learning and Expansion

1. Deep Learning :

   • Learn in-depth advanced programming techniques and tools for microcontrollers and PLCs, and explore more complex and innovative control solutions.

2. Get involved in communities and projects :

   • Participate in MCU and PLC control communities and projects, exchange experiences with other engineers, and learn and grow together.

The above outline can help electronic engineers systematically learn the basic knowledge and programming skills of single-chip microcomputers and PLCs. Through practice and continuous learning, you will be able to master the programming methods and application skills of single-chip microcomputers and PLCs, so as to develop more stable and reliable control systems. I wish you a smooth study!