"Digital Large Scale Integrated Circuit" is a basic course for graduate students in microelectronics that teaches the basic theory and knowledge of digital large scale integrated circuits. It is not only a core course for students majoring in microelectronics, but also a basic course for students majoring in power supply to learn digital integrated circuit design. The course focuses on nanometer and deep submicron CMOS process conditions, digital circuit principles and design techniques at the system level integration level, including the characteristics and models of devices and interconnect lines, key indicators and optimization methods of digital VLSI, and common logic Type, basic functional units, working principles and design methods of important on-chip subsystems (clock, power network), etc. By studying this course, you can understand how to use MOS tubes to implement complex digital chips, what are the differences between real digital integrated circuits and ideal digital circuits, and the speed, power consumption, robustness, cost, etc. of the chip. What factors are related to the characteristics and how to optimize them.
Total of 125 lessons1 days and 5 hours and 40 minutes and 56 seconds
The main contents of the course include basic knowledge of semiconductors, basics of amplifier circuits, multi-stage amplifier circuits, integrated operational amplifier circuits, frequency response of amplifier circuits, feedback of amplifier circuits, signal operation and processing, waveform generation and signal conversion, and power amplifier circuits. , DC regulated power supply and image reading of analog electronic circuits, etc. This course enables students to acquire basic knowledge, basic theories and basic skills in analog electronics technology through the analysis and design of commonly used electronic devices, analog circuits and their systems, laying the foundation for in-depth study of electronic technology and its application in professional fields. Base.
Total of 189 lessons1 days and 5 hours and 39 minutes and 33 seconds
Total of 47 lessons12 hours and 18 minutes and 22 seconds
Course Nature: "Radio Frequency Circuits and Antennas" is an important professional basic course for information engineering, electronic science and technology, integrated circuits and physical electronics. It is closely related to the modern electronic information industry, especially the wireless communications and mobile communications industries. However, these courses are classic traditional courses. How to enable undergraduates who do not have a strong foundation in mathematics and physics to learn these courses well and understand and master the knowledge and technologies most closely related to modern electronic information technology within a limited number of hours is an important task. A difficult problem facing these courses is a constrained optimization problem.
Total of 90 lessons2 days and 15 hours and 24 minutes and 45 seconds
Total of 64 lessons9 hours and 32 minutes and 56 seconds
Typical power processing functions include: frequency conversion, voltage conversion, current conversion, power amplification, power management, etc. With the rapid development of new power semiconductor devices represented by power MOS devices, the 4C market represented by computers, communications, consumer products and automotive electronics currently accounts for two-thirds of the power semiconductor application market. Therefore, power semiconductor devices are no longer the "power electronic devices" in people's minds. They are as indispensable as the human heart.
Total of 31 lessons10 hours and 35 minutes and 58 seconds
Successive approximation register-based analog-to-digital converters are important components in instrumentation, industrial control, and test equipment applications. Its accuracy, noise, and speed often determine overall system performance.
Total of 1 lessons5 minutes and 47 seconds
Basic knowledge of schematic diagram - simple explanation of correct grounding, common chassis, shielding and power supply loop usage
Total of 1 lessons8 minutes and 2 seconds
The topic of this live broadcast is to make a coin detection device (2022 TI Cup D question - blind box identification device). The live broadcast process will completely explain the project design plan, schematic design, parameter calculation, PCB design and functional debugging. It aims to help contestants master the core skills of electronic design, cultivate innovative thinking, and improve practical abilities. The content of the competition involves familiarity and construction of schematic diagrams, as well as PCB design. Knowledge points include digital signal and analog signal processing, power module processing, etc. Now I will give you a detailed introduction to the content of this competition and related knowledge points.
Total of 3 lessons7 hours and 31 minutes and 39 seconds
Introduction to Electrical and Electronics Courses 1. Course Overview At present, electrical and electronic technology is widely used and developing very rapidly. It is increasingly penetrating into other subject areas to promote their development and plays an important role in my country's current economic construction. This course is a technical basic course for non-electrical majors. Its main task is to lay a solid theoretical foundation for electrical engineering technology for students to learn professional knowledge and engage in engineering and technical work, and to enable them to receive necessary basic skills training. Some of the material in this course is covered in physics courses. But while physics emphasizes concepts, this course emphasizes engineering applications.
Total of 72 lessons2 days and 8 hours and 17 minutes and 13 seconds
Through the study of this course, students can master the basic theories of modern microelectronic devices and integrated circuit design. Be familiar with the actual structure, working principle, basic characteristics and applications of semiconductor devices; understand the intrinsic relationship between the macroscopic characteristics and microstructural parameters of the device; understand the composition, process and design methods, steps, rules and computer-aided design systems of integrated circuits, especially The principles and layout design of unit circuits; equip students with the theoretical foundation of modern microelectronic devices and integrated circuit design, and master the basic methods of design.
Total of 27 lessons19 hours and 38 minutes and 11 seconds
Here, you will learn basic electronic devices and circuits (semiconductor devices, basic amplifier circuits, power amplifier circuits), circuit characteristic analysis (frequency response, feedback amplifier circuit), and the application of electronic circuits (analog integrated circuit basics, integrated Application of operational amplifier circuits, DC stabilized power supply) and other classic and up-to-date knowledge
Total of 106 lessons18 hours and 21 minutes and 24 seconds
Semiconductor manufacturing technology is the foundation for the development of the semiconductor industry. The level of manufacturing technology directly affects the performance and development of semiconductor products. Photolithography, etching, deposition, diffusion, ion implantation, heat treatment and thermal oxidation are all commonly used semiconductor manufacturing technologies.
Total of 4 lessons1 hours and 33 minutes and 7 seconds
Circuit Analysis
Total of 68 lessons2 days and 5 hours and 33 minutes and 5 seconds
600 V MDmesh II Plus Low Qg MOSFET Series
Total of 1 lessons3 minutes and 14 seconds
Atmel's latest development environment Studio6.2 includes advanced functions such as data breakpoints and detection of real-time operating systems.
Total of 1 lessons7 minutes and 13 seconds
Total of 4 lessons1 hours and 15 minutes and 44 seconds
Total of 41 lessons1 days and 3 hours and 33 minutes and 31 seconds
A2B is a single master, multi-slave audio bus system originally developed to solve audio distribution challenges in automotive applications. Because traditional car audio architecture usually involves multiple point-to-point analog connections between head units, amplifiers, speakers, and microphones, the bus form is complex and the delay is large. At the same time, interference is more likely to occur between multiple wire harnesses, and wiring is difficult. In response to the above problems, ADI developed the A2B bus architecture. As a high-bandwidth bidirectional digital bus, A2B transceivers can connect a variety of devices such as microphones, digital signal processors, speakers, and sensors. In this video, we will work with senior engineer Allen to appreciate the excellent performance of A2B through content explanation and actual measured demo.
Total of 1 lessons13 minutes and 13 seconds
How can advanced packaging designers overcome the pressure they face? This EDA tool is not to be missed
Total of 1 lessons3 minutes and 31 seconds
This course is a basic course for the electronic science and technology major. It introduces in detail materials with dielectric, magnetoelectric, optoelectronic, semiconductor and sensitive functional properties used in the electronic information industry. This course combines academic frontiers with basic teaching, theoretical teaching with scientific research practice, and has rich teaching resources and novel teaching content. It can be used as an expanded teaching material for the cultivation of electronic materials and components talents.
Total of 66 lessons1 days and 18 hours and 39 minutes and 49 seconds
Basics of Electrical Engineering (Chengde Petroleum College)
Total of 48 lessons1 days and 6 hours and 35 minutes and 44 seconds
The rapid development of modern control and digital technology has made advanced electrical control and information systems an important technical support for almost all non-electrical engineering fields. Future non-electrical engineers who are eager to understand the application points and basic technologies of electrical information systems should take this course! She will lead everyone to share the joy of building an overall knowledge framework for electrical information systems, and reap the joy of the experimental process of "perceptual cognition" and "I design and implement it."
Total of 103 lessons2 days and 22 hours and 20 minutes and 24 seconds
Melexis' Hall switch and latch products have 26 years of experience and have sold more than 2 billion pieces in total. At present, our Hall switch and latch products have developed to the third generation products. They have many advantages such as lateral induction magnetic line capability, programmable functions, more diagnostic functions and PCB-free design, which bring convenience to automotive electronic design. , is widely used in seat position detection, brake position detection, window detection, gear position detection, etc. Meanwhile, the Melexis switch and latch range plays an equally important role in other industrial applications, such as ensuring washing machine doors stay closed, BLDC motors commutating correctly and safety interlocks on industrial machines being in place. This seminar will discuss: Introduction to the basic knowledge of Hall switches; unique technologies of Melexis Hall switches; Melexis Hall switch products and applications; introduction to development tools
Total of 1 lessons22 minutes and 50 seconds
Professor Wu Jin of Southeast University teaches CMOS analog integrated circuit design
Total of 42 lessons1 days and 9 hours and 34 minutes and 22 seconds
EMC pre-test environment construction
Total of 1 lessons27 minutes and 38 seconds
Introducing the technical principles of digital active noise-cancelling headphones (ANC); introducing the development trends and technical challenges of the new generation of noise-cancelling headphones; focusing on the solutions and product advantages of ADI's dedicated ANC SoC; focusing on successful application cases and third-party resource introductions .
Total of 2 lessons1 hours and 11 minutes and 10 seconds
This course is the main electronic circuit course for the electronic information engineering major. It requires students to firmly grasp the basic working principles of radio transceiver system unit circuits, basic analysis methods, basic testing and engineering design methods, and cultivate students' ability to analyze circuits and understand circuits.
Total of 46 lessons1 days and 12 hours and 3 minutes and 26 seconds
Total of 9 lessons3 hours and 25 minutes and 35 seconds
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