This course is aimed at beginners, so we won’t go into too complicated details, but we will explain the details of the process in a very detailed and systematic manner. The entire project from scratch can be explained very clearly, so that you, as novices, can truly learn. If you are an expert, you can ignore this course. This live broadcast uses the new version of Altium Designer 21 to explain in stages. From the creation of schematic libraries, schematics, PCB libraries to the layout and routing of PCB design, the whole process is explained and communicated live. How to draw each device? How is it placed? How to pull each wire? What are the power cords? What are signal lines? These will be explained in detail one by one, and novices can generally do it themselves after reading it once.
Total of 54 lessons12 hours and 18 minutes and 18 seconds
This set of tutorials uses the new version of Altium Designer 20 to explain it in stages. From the creation of schematic libraries, schematics, PCB libraries to the layout and routing of PCB design, the whole process is explained and communicated live. How to draw each device? How is it placed? How to pull each wire? What are the power cords? What are signal lines? These will be explained in detail one by one, and novices can generally do it themselves after reading it once. The whole process from scratch is explained clearly, so that as a novice, you can really learn something.
Total of 38 lessons11 hours and 46 minutes and 56 seconds
Phased array antenna refers to an antenna that changes the pattern shape by controlling the feed phase of the radiating units in the array antenna. It is an area array composed of a large number of identical radiating units. Each radiating unit is independently wave-controlled in phase and amplitude. and phase shifter control to obtain accurate and predictable radiation patterns for beam control and scanning. Phased array is mainly composed of three parts: antenna array element, wave control network and power divider. Its technology involves radio frequency transceiver system, amplifier, filter, phase shifter, power divider, antenna design, micro-assembly process, etc. Therefore, , phased array design technology can be called the "ceiling-level" technology in the microwave field.
Total of 5 lessons1 hours and 6 minutes and 49 seconds
This set of tutorials uses the new version of Cadence Allegro 22.1 to explain it in stages. From the creation of schematic libraries, schematics, PCB libraries to the layout and routing of PCB design, the whole process is explained and communicated live. How to draw each device? How is it placed? How to pull each wire? What are the power cords? What are signal lines? These will be explained in detail one by one, and novices can generally do it themselves after reading it once. The entire process from scratch is explained clearly, so that as a novice, you can really learn something.
Total of 53 lessons13 hours and 3 minutes and 28 seconds
In order to solve the problems reported by students that Allegro is difficult to operate, cannot use the new version, do not know where to start learning this tool, and cannot install it, we used the latest version of CadenceAllegro17.4 to record this course. List some commonly used operations of the software from the following directions: schematic symbols, schematic drawing, PCB packaging, and PCB drawing. Each operation will be explained in a hands-on manner, and important knowledge points will be explained. The PPT list allows every student to quickly master and apply it to high-speed PCB design practice.
Total of 66 lessons19 hours and 43 minutes and 5 seconds
Total of 106 lessons12 hours and 13 minutes and 13 seconds
Proteus not only has the simulation functions of other EDA tool software, but can also simulate microcontrollers and peripheral devices. It is currently the best tool for simulating microcontrollers and peripheral devices. From schematic layout and code debugging to co-simulation of the microcontroller and peripheral circuits, switching to PCB design with one click truly realizes a complete design from concept to product.
Total of 29 lessons1 days and 1 hours and 34 minutes and 45 seconds
Total of 391 lessons1 days and 15 hours and 4 minutes and 57 seconds
"MATLAB Intelligent Algorithm 30 Case Analysis" is a summary of the author's years of experience in algorithm research. All cases in the book are carefully designed based on the personal needs of netizens in major domestic MATLAB technology forums. Many of the cases involve content and solution methods that are rarely introduced in MATLAB books published in China. "MATLAB Intelligent Algorithm 30 Case Analysis" adopts the form of cases and takes intelligent algorithms as the main line to explain the most commonly used intelligent algorithms such as genetic algorithm, immune algorithm, annealing algorithm, particle swarm algorithm, fish swarm algorithm, ant colony algorithm and neural network algorithm. MATLAB implementation of the algorithm.
Total of 30 lessons20 hours and 43 minutes and 11 seconds
Total of 15 lessons5 hours and 50 minutes and 37 seconds
This set of videos is an introductory tutorial for integrated circuit layout design. It contains 7 lectures, mainly introducing the basic knowledge of layout design, matching technology, noise isolation technology, etc., hoping to help students or practitioners in related majors.
Total of 7 lessons9 hours and 28 minutes and 10 seconds
Total of 5 lessons1 hours and 17 minutes and 11 seconds
This set of tutorials uses the new version of Cadence Allegro 16.6 to explain it in stages. From the creation of schematic libraries, schematics, PCB libraries to the layout and routing of PCB design, the whole process is explained and communicated with everyone. How to draw each device? How is it placed? How to pull each wire? What are the power cords? What are signal lines? These will be explained in detail one by one, and novices can generally do it themselves after reading it once. The entire process from scratch is explained clearly, so that as a novice, you can really learn something.
Total of 34 lessons9 hours and 25 minutes and 50 seconds
PADS VX2.7 will be used. In order to facilitate beginners to directly see the design of the 4-layer board, the PADS software has three components. The basic usage of the three components of Logic, Layout, and Router corresponds to the schematic diagram, layout, and wiring respectively. According to the PCB The process decision will start from the beginning, from the overall project introduction, schematic library and package library creation, schematic drawing, network table synchronization, board and frame design, PCB layout, PCB wiring to PCB post-processing, etc., each link will be demonstrated through actual cases. , and finally designed a complete PCB and generated the GERBER of the board, so that everyone can truly understand why we do this? What else can be done?
Total of 52 lessons13 hours and 59 minutes and 15 seconds
PCB ruler is a practical tool that many engineers need to use in their work. Usually when people want to DIY a ruler, they may not know some things to pay attention to, which leads to various problems when DIYing it. In this live broadcast, a professional teacher demonstrates the entire DIY process of a PCB ruler! At the same time, we will also use the power of the masses (to exchange ideas together in the live broadcast room) to jointly define this ruler.
Total of 18 lessons11 hours and 42 minutes and 43 seconds
multiSIM video tutorial
Total of 6 lessons3 hours and 23 minutes and 16 seconds
mTouch™ Framework is Microchip's free software development kit for capacitive touch applications...
Total of 1 lessons11 minutes and 18 seconds
Introduction to SYS BIOS (5) - Tasks
Total of 1 lessons7 minutes and 48 seconds
Littelfuses Video
Total of 8 lessons19 minutes and 12 seconds
What is impedance? How should multi-layer boards be stacked? How thick should the PCB traces be? Are these problems very familiar? This is a common problem for many engineers. In fact, this is a problem of not understanding the lamination and impedance. In this live broadcast, we comprehensively analyze the stacking control of multi-layer boards and how to calculate impedance, and teach you how to easily solve the impedance and stacking in high-speed PCB design.
Total of 5 lessons1 hours and 23 minutes and 30 seconds
In high-speed designs, signal line length matching is usually required based on timing considerations. For Allegro PCB designers, we often mention X-NET when we are equal lengths. Using the X-NET function, we can quickly calculate the equal lengths of multi-point topology structures, and can also calculate the equal length errors of data groups. , very convenient, but I found that in the process of teaching many students, many people do not know how to use this function, so we will take the time to make a special topic this time to explain it to you in detail.
Total of 4 lessons1 hours and 27 minutes and 1 seconds
Taking the driving recorder as an example, we will explain the application and precautions of digital-analog hybrid board PCB design. Through practical examples, the course explains the planning of signal flow, analysis of power flow, and the area division of each circuit module in the PCB. At the same time, the design principles and overall design considerations of each circuit module of the LCD driver board are explained.
Total of 6 lessons9 hours and 55 minutes and 30 seconds
In this course, we make up for the shortcoming of novices who are not proficient in tools. We list all the common operations of electronic design (schematic design and PCB design) using Altium Designer, and then provide in-depth explanations and demonstrations one by one, so that students can quickly master it. Basic use of the software to quickly get started with PCB design practice.
Total of 57 lessons12 hours and 26 minutes and 50 seconds
simulink simulation teaching video
Total of 98 lessons16 hours and 46 minutes and 9 seconds
This live broadcast uses the new version of Altium Designer 21 to explain in stages. From the creation of schematic libraries, schematics, PCB libraries to the layout and routing of PCB design, the whole process is explained and communicated live. How to draw each device? How is it placed? How to pull each wire? What are the power cords? What are signal lines? These will be explained in detail one by one, and novices can generally do it themselves after reading it once.
Total of 54 lessons12 hours and 27 minutes and 47 seconds
When the finished PCB circuit boards are sent out for proofing, do you often receive a lot of QA questions from the board factory? Or after the board is proofed or batched out, we often receive many complaints from engineering staff, such as "the wrong components are pasted on the board" and "the capacitor is erected." Not only do these problems waste time, they actually show that you have a certain basic understanding of circuit board production and manufacturing. An engineer who does not understand production is not a good engineer. So from what aspects do we generally check these? How to avoid it?
Total of 5 lessons1 hours and 41 minutes and 42 seconds
Total of 60 lessons19 hours and 27 minutes and 56 seconds
Altium Designer
Total of 33 lessons5 hours and 51 minutes and 46 seconds
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