What are the general topics of PLC course design in universities?

It is a product built on a single-chip microcomputer, which is an integrated circuit, and the two are not comparable.

2.MCU can constitute a variety of application systems, from micro, small to medium, large, PLC is a special case of single-chip microcomputer application system.

3.PLCs of different manufacturers have the same working principle, similar functions and indicators, have a certain interchangeability, quality, and programming software is moving towards standardization. This is the basis for the widespread use of PLCs. And the single-chip microcomputer application system is.

The eight immortals cross the sea, each showing their magical powers, with very different functions and uneven quality, and it is difficult to learn, use and maintain.

Finally, from the perspective of engineering, talk about the selection of PLC and single-chip microcomputer system;

1.For a single project or a project with a very small number of repetitions, the PLC scheme is a wise and fast way, with a high success rate, good availability, and less hands, but the cost is higher.

2.For a large number of supporting projects, the use of single-chip microcomputer system has the advantages of low cost and high efficiency, but this requires considerable R & D strength and industry experience to make the system stable and operational. The best way is to embed the functions of PLC in the microcontroller system.

In this way, the development time of the single-chip microcomputer system can be greatly simplified, the performance is guaranteed, and the benefits are also improved.

Electrical engineering and its automation.

It is recommended to go to the China Industrial Control Network to see the relevant training inside, and the tutorials in it are very good.

PLC is the core of electrical automation, not very difficult, but pay attention to hands-on.

Automation; Electrical Engineering & Automation.

Electrical automation, just find an acquaintance to bring it, and learn more by yourself.

After working for a college upgrade, it is better to go directly to graduate school.

Electrical, electromechanical, and automation majors are all to be learned.

It doesn't feel very difficult, but it should be easy to get started if you have one or two projects to do.

2. Programming. It is mainly based on the requirements of process design, and is programmed in the form of ladder diagrams, statement tables, flow charts, etc., to realize the requirements of process design.

Programming generally has two ways: offline programming and programming, the former is only carried out on the programming equipment, and then the programming is completed and then to the PLC; The latter requires the programming device to communicate with the PLC in real time, and the programmed program is immediately stored in the PLC.

3. Program debugging.

It can be divided into factory commissioning and on-site commissioning, the purpose of which is to test and verify whether the program meets the requirements of the process design.

Summary. <>

Related Extensions: PLC (Programmable Logic Controller) is a programmable logic controller, which is a kind of computer used to realize the automation control of industrial processes in the field of industrial automation. It includes an input and output module, a processing unit (CPU) and memory (for storing programs and data), and is programmed and managed with the corresponding programming software and operation interface.

PLC is mainly used to control robots, automated assembly lines, industrial production lines, processing equipment, etc., which can realize the coordinated operation and automatic control between them. Because PLC has the advantages of programmability, flexibility, high reliability and stable operation, it is widely used in modern industrial fields. <>

<> PLC related topics.

These two questions. You take a look.

Dear dear, it's a pleasure to answer your <>

What is a PLC? 2.What is the difference between a PLC and a traditional control system?

3.What are the inputs and outputs of PLC? 4.

What are the programming languages of PLC? <>

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Kiss, can you send it to the teacher in the form of text, the teacher can better solve it for you? <>

<> related extensions: PLC (Programmable Logic Controller) is a programmable logic controller, which is a computer used in the field of industrial automation to realize the automatic dismantling and control of industrial processes. It includes an input and output module, a processing unit (CPU) and memory (for storing programs and data), and is programmed and managed with the corresponding programming software and operation interface.

PLC is mainly used to control robots, hail code automatic flow chain waterlines, industrial production lines, processing equipment, etc., which can realize the coordinated operation and automatic control between them. Because PLC has the advantages of programmability, flexibility, high reliability and stable operation, it is widely used in modern industrial fields. <>

I don't understand that I flip through the book by myself, ask questions one by one, and don't take you to go online like this and ask netizens to help you do the test papers.