FanySkill integrates more than 20 Skill functions that assist designers to improve work efficiency when using Allegro software for PCB design. It includes packaging production, PCB layout, PCB wiring and other functions that are likely to be used in the PCB design process. Most of the content of Skill is open source content shared by netizens or shared encrypted Skill. The source code content of this tool is completely open to the majority of users, which can facilitate users to learn Skill content and customize Skill tools independently. Learners can not only use this tool To improve your work efficiency, you can also DIY your own set of skill tools.
Total of 28 lessons3 hours and 57 minutes and 42 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
During the PCB design process, we will encounter various grounds, such as digital ground, analog ground, chassis ground, etc. This is also a very troublesome problem for our engineers in the design. If the ground is not handled well, there will be various interferences. I hope that through this live broadcast course, everyone will be able to handle the ground clearly, so that the ground in everyone's PCB design will become calm and will not cause any disturbing waves.
Total of 6 lessons1 hours and 18 minutes and 6 seconds
This video introduces to you how to choose the fan hole type when designing fan holes in PCB, how to choose the size of via holes and via pad size when fan holes are designed, and how to target different centers after the fan holes are completed before PCB wiring. How to calculate the size selection of each value when setting the rules. It also gives the considerations when sharing vias on the same network. It also introduces how the designer can pass the wiring after the fan holes are completed. Adjust the position of the vias to achieve optimal routing channel conditions. By studying this video, everyone will have a comprehensive understanding of PCB fan holes.
Total of 5 lessons40 minutes and 59 seconds
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
Introduction to electrical testing applications in the new energy industry; Introduction to the calibration of electrical measuring equipment in the new energy industry; Sharing of electrical measuring equipment calibration solutions and sample analysis.
Total of 2 lessons1 hours and 20 minutes and 53 seconds
Every day, technological advancements are reshaping the human experience—from how we live to how we work. Rapidly developing technologies, including emerging technologies such as 5G, 6G, autonomous vehicles, and non-terrestrial networks, are increasingly powered by AI and machine learning, accelerating endless imagination and innovation in various industries.
Total of 6 lessons2 hours and 37 minutes and 20 seconds
Total of 74 lessons1 days and 18 hours and 21 minutes and 1 seconds
Strict government emission regulations, a more comprehensive selection of electric vehicles, easy access to DC fast charging infrastructure, and overall cost reduction are driving the market growth of electric vehicles. This conference will focus on an overview of onsemi's EV charging design ecosystem and smart power products and power device solutions applied to the EV market, helping to simplify design, maximize energy efficiency and reduce product size. Fully understand the application of onsemi products in the EV-Charger market, improve understanding of product performance and applications, and shorten the research and development progress of such projects.
Total of 1 lessons1 hours and 10 minutes and 20 seconds
In communication systems, we often hear about time synchronization technology. Why is time synchronization needed? What synchronization devices does the synchronization network consist of? What are the time synchronization technologies? In this online seminar, we will introduce the concept and demand sources of time synchronization, the composition of the synchronization network, Microchip's time synchronization solution and the design points in synchronization design.
Total of 1 lessons26 minutes and 57 seconds
Car keys are currently evolving from traditional keys to digital keys. Using a digital key, car owners can temporarily authorize family members or friends to use your car without worrying about losing the key or vehicle. To meet the growing demand for digital keys, Infineon offers comprehensive one-stop solutions. Infineon's digital key solution is convenient and easy to use. You can use your mobile phone or facial recognition to unlock the vehicle. In addition, Infineon has industry-leading encryption and authentication protocols to ensure that only authorized users can use the vehicle, providing simple and effective security measures. Infineon's novel digital key solution can also help users improve their driving experience and make their lives simpler and safer.
Total of 2 lessons43 minutes and 19 seconds
1. Past and present of millimeter wave technology 2. Main applications of millimeter wave 3. Keysight millimeter wave test solutions
Total of 1 lessons1 hours and 18 minutes and 48 seconds
AIoT? Embedded machine learning platform? Want to learn more? In this video, senior engineer Alan will explain AIoT, embedded machine learning platform Edge Impulse, hardware wireless development platform, and the whole process of data set collection, training, export, debugging and optimization based on specific application cases.
Total of 1 lessons41 minutes and 1 seconds
Based on ARM's free and open Cortex-M0 DesignStart processor IP core, it takes the Cortex-M0 processor architecture, AMBA specifications, peripherals, assembly language, C language, CMSIS, driver development and RTX operating system as the main lines. Details Introducing the construction of ARM Cortex-M through Xilinx Vivado and Keil μVision5 integrated development environment
Total of 26 lessons11 hours and 32 minutes and 36 seconds
Android car operating system development revealed
Total of 56 lessons15 hours and 33 minutes and 40 seconds
Based on Qinheng's self-developed RISC-V MCU, the RISC-V MCU peripherals and usage methods are introduced through actual project practice.
Total of 22 lessons9 hours and 48 minutes and 26 seconds
This course mainly introduces the analysis of the time domain, frequency domain and S domain of continuous time systems and the analysis of time domain, frequency domain and Z domain of discrete time systems, and discusses the basic concepts of transmission and processing of deterministic signals through linear time-invariant systems. , basic analysis and design methods.
Total of 88 lessons23 hours and 11 minutes and 56 seconds
The course uses "Robotics: Modeling, Control and Vision" as the reference book and is divided into three parts: modeling, control and vision. Chapter 1 is an overview, introducing the connotation, applications and research directions of robotics. The modeling part includes Chapters 2-7, which systematically introduces the robot mechanism, rigid body pose description and homogeneous transformation, rigid body velocity and static force, manipulator kinematics, Jacobian matrix and manipulator dynamics. The control part includes Chapters 8-13, which introduce trajectory generation, trajectory control, and force control.
Total of 19 lessons1 days and 4 hours and 40 minutes and 59 seconds
Get started quickly with the Infineon AURIX TC264 open source library
Total of 16 lessons4 hours and 43 minutes and 4 seconds
eRTC training video
Total of 76 lessons5 days and 9 hours and 58 minutes and 40 seconds
Xilinx FPGA development board image and its digital processing
Total of 25 lessons4 hours and 29 minutes and 58 seconds
AURIX™ is Infineon's new microcontroller family, designed to meet the automotive industry's controller performance and safety requirements. This course introduces the connotation, highlights, application areas, products and development kits, tool chains, application cases and references of AURIX™ microcontrollers, so that readers can quickly grasp the overall overview of AURIX™ microcontrollers.
Total of 52 lessons14 hours and 17 minutes and 24 seconds
Total of 15 lessons10 hours and 30 minutes and 25 seconds
In the world of power banks where versatility, efficiency and reliability are crucial, we are pleased to introduce our 1800W fully digital bidirectional power solution. This breakthrough solution is tailored to meet the unique needs of power bank applications, revolutionizing the way we use energy on the go. Leveraging the cutting-edge capabilities of fully digital and bidirectional power technology, this solution enables seamless energy conversion and management in mobile power systems. With its advanced digital control architecture, smart algorithms and robust components, it sets a new standard for portable power solutions. This speech will introduce the principle and application scenarios of bidirectional power supply in detail.
Total of 1 lessons38 minutes and 44 seconds
What aspects should be considered for safety-critical designs? How to choose the right microcontroller for safety-critical designs? Introduces the concepts of functional safety and safety standards, and discusses some practical approaches that are important when designing safety-critical systems using microcontrollers. You'll also learn about the functional safety resources provided by Microchip
Total of 1 lessons27 minutes and 38 seconds
Total of 16 lessons1 days and 18 minutes and 8 seconds
This course has three major themes, namely [Hardware PCB Design], [MCU Programming] and [Cloud Platform Application Design]. 1-[Hardware PCB] The theme is from the second to the twenty-fourth episode, teaching everyone how to draw from symbol drawing to the design of the entire PCB, PCB proofing, component selection and purchase, and welding. 2-[MCU Programming] and [Cloud Platform Application Design] themes are from episode 25 to episode 52. They will teach you how to create new projects, design programs and BC20 serial port communication, battery voltage detection, AT command processing, cloud The entire design process of platform construction. Teach you in detail how to develop BC20-NBIoT locator from scratch
Total of 52 lessons13 hours and 24 minutes and 4 seconds
Total of 65 lessons14 hours and 50 minutes and 47 seconds
This online seminar will focus on the newly launched ADAS power PMIC NCV92310 from ON Semiconductor. NCV92310 is used in ADAS systems up to 8 Mp and supports minimum ASIL-B system-level safety levels. Its package size is 3.5x3.5mm and the area is less than 80mm², making it easy to integrate into a single PCB camera system. The built-in LDO provides best-in-class load transient response, reducing voltage ripple on the sensor's analog power supply and improving imaging quality.
Total of 1 lessons53 minutes and 39 seconds
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