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Learn how to test and measure crosstalk in PCB design, what are the acceptable standards and limits, and how to avoid or reduce it.
Learn what are the key parameters and specifications for eye diagram analysis and how to use them to measure and optimize the signal integrity of your PCB design.
Learn about the best tools and methods for measuring crosstalk on a PCB, such as oscilloscopes, network analyzers, simulation software, and design techniques.
Learn how to optimize the ground plane and the power distribution network of your PCB for EMC performance, with tips and best practices for impedance, noise, and…
Learn how to design PCBs with optimal impedance control by accounting for the effects of temperature, frequency, and material properties on impedance.
Learn how to manage and update your PCB design documentation and data effectively and efficiently throughout the product lifecycle.
Learn how to handle solder mask registration and alignment issues on your PCB, and how to avoid common pitfalls and mistakes. Improve your PCB performance…
Learn about the main factors that affect signal integrity on multilayer PCBs, and how to balance them in your design process.
Learn about different types of solder mask materials and methods for printed circuit boards (PCBs) and their advantages and disadvantages.
Learn what 3D PCB layout software is, how to choose it, what are its advantages and drawbacks, how to learn and master it, and how to get started with it.
Learn how to measure, simulate, verify, and use the S parameters of your PCB design for high-frequency applications using common tools and methods.
Learn how to implement differential signaling in mixed-signal PCB design to isolate analog and digital signals and reduce noise and interference.
Learn how to use surface mount technology (SMT) for your PCB design projects. Discover the advantages and drawbacks of SMT and how to overcome them.
Learn what factors to consider when selecting a PCB fabrication and assembly service and how to avoid PCB defects and delays.
Learn how to compare and contrast different S parameter formats and standards, such as Touchstone, CITIfile, MDIF, IEEE 287, and IPC-2141A, for your PCB design.
Learn how to choose and apply solder mask to flexible PCBs, which are thin and bendable. Find out the factors, types, and methods of solder mask application.
Learn how to use vias, planes, and ground loops in PCB design, and what are their advantages and disadvantages for signal integrity and power integrity.
Learn how to account for crosstalk, noise, and jitter in eye diagram analysis, and how to improve your PCB design to minimize them.
Learn how to use Smith charts and S-parameters to design matching networks for your PCB. Find out what they are, how they work, and how to apply them.
Learn the pros and cons of different PCB transmission line models for reflection and transmission coefficient calculations.