Total of 1 lessons1 hours and 51 minutes and 3 seconds
Automatic Control Theory Zhao Qianchuan, Tsinghua University Automatic control theory is a core professional basic course in the automation discipline, and is also the theoretical basis for the research and design of complex engineering control systems. This course, also known as classical control theory, includes (1) Introduction to control systems, focusing on feedback principles; (2) Modeling of control systems, focusing on differential equations and mechanism method modeling, Laplace transform, and transfer functions. , frequency response model, data-driven model and the composition and block diagram transformation of typical control systems; (3) Analysis and performance evaluation of control systems, including the time response, structural properties, stability, steady-state accuracy, dynamic performance and timing of dynamic systems. Domain-frequency domain analysis method; (4) Frequency domain design of control system, PID controller and parameter tuning method, lead and lag correction.
Total of 92 lessons21 hours and 30 minutes and 49 seconds
This video introduces the FOC principle, common terms in FOC control, and the basic knowledge necessary for FOC practice, including frequency domain analysis, negative feedback control system transfer function, frequency response and stability, motor drive system model, second-order system and PI controller. In addition, the motorBench® demonstration and Qspin demonstration are also introduced.
Total of 1 lessons2 hours and 14 minutes and 8 seconds
In terms of its academic connotation, pattern recognition is a subject of data processing and information analysis. In terms of its application characteristics, it belongs to the categories of artificial intelligence and machine learning. The pattern recognition course is a professional basic course for undergraduates in information engineering and related majors. It is also an elective course for many other majors and occupies a very important position in the knowledge structure. It is of great significance for consolidating learned knowledge, carrying out professional course study and future work.
Total of 35 lessons22 hours and 6 minutes and 8 seconds
This series learns the theoretical meaning and operation methods of linear systems by studying the state space, state space, transfer function matrix, etc. of linear systems. Use the state space method as the main tool to study the theory of multi-variable linear systems.
Total of 54 lessons20 hours and 58 minutes and 18 seconds
Qianfeng Internet of Things' actual use of balancing cars, introducing knowledge about balancing cars, balancing principles, sensor use and control, etc.
Total of 17 lessons5 hours and 56 minutes and 14 seconds
The basics of nonlinear dynamic systems Stability of nonlinear systems Controller designs for nonlinear systems
Total of 27 lessons14 hours and 47 minutes and 42 seconds
The course takes classical control theory as the main content, and also includes parts of modern control theory and digital control systems. Classical control theory mainly introduces the mathematical model of the control system, control system performance, control system stability, root locus method, frequency response method, frequency domain stability, frequency response design method, etc.; modern control theory mainly introduces the state space model, energy Controllability and observability, state variable feedback control system design, state observer design, etc.; digital control system mainly introduces sampling and hold, Z transformation, mathematical model of digital control system, performance analysis of digital control system, and digital control system design. wait
Total of 37 lessons12 hours and 51 minutes and 40 seconds
The field of mechatronics is often directly defined by related systems and applications and is not considered a design methodology. At its core, mechatronics is a design approach that aims to optimize the development of complex products such as automobiles to save cost and time. The mechatronics approach focuses on three main parts: The understanding and mastery of these parts is very important for students to be competent in future mechatronics positions. The three parts of the mechatronics design process are modeling and simulation, prototype verification, and deployment. Let’s look at modeling and simulation first.
Total of 3 lessons1 hours and 39 minutes and 51 seconds
Total of 1 lessons1 hours and 0 seconds
Total of 106 lessons1 days and 13 hours and 36 minutes and 52 seconds
Wildfire Electronic Motor Application Development Practical Guide - Based on STM32
Total of 74 lessons1 days and 29 minutes and 13 seconds
This course is an important professional basic course for automatic control majors. Its teaching task is to enable students to master the basic concepts of automatic control systems and the basic methods of automatic control system analysis and design (correction), initially master system experimental skills, and learn to use Matlab for control The method of system-assisted analysis and design provides the basic theories and methods of system analysis and design for subsequent courses (modern control theory, computer control systems, industrial process control, etc.), and masters the necessary basic skills for further study. Lay the necessary theoretical foundation. For students who have passed the 821 Automatic Control Principles direction of Xi'an Jiaotong University, this video tutorial can be used as a learning reference to help you quickly master the key points of the school's professional courses.
Total of 52 lessons1 days and 12 hours and 59 minutes and 11 seconds
Introduction to Infineon’s new 12V brushless DC motor demonstration system
Total of 1 lessons7 minutes and 9 seconds
Reference design of Wheatstone bridge based on MCP6N11 and MCP6V2X
Total of 1 lessons9 minutes and 49 seconds
Microchip’s Low-Cost dsPIC® DSC Motor Control Solution
Total of 1 lessons3 minutes and 19 seconds
Introduction to Microchip Motor Control Solutions
Total of 1 lessons7 minutes and 41 seconds
Step-by-step tutorial on sensorless InstaSPIN-FOC motor control technology 1 (A)
Total of 1 lessons30 minutes and 10 seconds
This course systematically introduces the MATLAB language, which is the most widely used in the international control community, and its application in control system research. It focuses on the basics and techniques of MATLAB language programming, MATLAB solutions to scientific computing problems, modeling of linear control systems, computer-aided analysis of control systems, simulation analysis of nonlinear systems, and computer-aided design methods of control systems.
Total of 34 lessons16 hours and 38 minutes and 25 seconds
In order to explore the secrets behind the products, the video series "elements Alliance Lecture" will invite front-line engineers to talk about the most popular technologies in the field of industrial automation and provide design reference for engineers. As the first video in the series, we will start with the "eyes" of industrial automation. Compared with the human eye, machine vision has obvious advantages in accuracy, objectivity, repeatability, cost and efficiency. It can be used to detect product surface information, measure product appearance dimensions non-contactly, and determine the location of objects. coordinates and identify and judge the color, shape and other characteristics of objects. So, what are the current challenges with this technology? How to deal with it? In this video, we invite IC crawler, an image algorithm engineer, to talk about it.
Total of 1 lessons23 minutes and 18 seconds
Automatic control system (Henan University of Science and Technology) Yu Fashan
Total of 39 lessons1 days and 2 hours and 53 minutes and 14 seconds
Motor and Drag Basics Video Tutorial
Total of 39 lessons10 hours and 59 seconds
Joint control intelligent brushless motor video tutorial
Total of 37 lessons22 hours and 21 minutes and 28 seconds
Explain the use of matlab for automatic control simulation
Total of 24 lessons8 hours and 51 minutes and 14 seconds
Computer Control Technology Harbin Institute of Technology Guo Ben
Total of 44 lessons1 days and 10 hours and 20 minutes and 47 seconds
IGBT module products are widely used and play an important role in industrial inverters, which directly affect the product performance and service life of the inverter. With these advantages, Infineon's IGBT products can perfectly meet customer needs, especially the new generation IGBT7 series products, which will provide strong technical support for the next generation of high-performance inverter products and open the door to future innovation! We specially invited market and technical experts from Infineon and its partners to give a lively and informative speech to the majority of inverter drive product design engineers. We hope that everyone will actively participate in this online technical exchange event and wish you all the best. Everyone has gained a lot!
Total of 4 lessons1 hours and 20 minutes and 16 seconds
This course is a motor control course based on STM32 taught by Hard Rock Technology, including DC brush motor control, PID closed-loop controller, servo control, stepper motor drive and control, DC brushless motor drive and control, etc.
Total of 53 lessons2 days and 5 hours and 47 minutes and 32 seconds
MQTT application video tutorials for Haiwell IoT terminal products, including Haiwell IoT cloud HMI, cloud box, cloud all-in-one machine, and cloud configuration SCADA.
Total of 17 lessons1 hours and 9 minutes and 14 seconds
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