Post by Siemens Electronic Systems Design & Manufacturing

🗲 Introducing Signal Integrity Basics — a free, hands on video series for engineers who want to build real confidence in high speed PCB design. Created by Shivani Joshi, this six-part series walks you through the core concepts of signal integrity using HyperLynx, with practical labs and clear explanations every step of the way: 🎬 Part 1: Introduction to SI and HyperLynx LineSim What signal integrity actually means, why it matters, and how to build your first schematic and use a digital oscilloscope in HyperLynx. 🎬 Part 2: Understanding PCB transmission lines Why copper traces behave as transmission lines at high speeds, and how length, width, and dielectric constant affect impedance and signal loss. 🎬 Part 3: Mastering termination techniques How to control reflections and keep signals clean using the right termination strategies. 🎬 Part 4: Taming crosstalk in PCB design How unwanted coupling between adjacent traces occurs, how to visualize it, and the design rules that help you minimize it. 🎬 Part 5: Demystifying differential pairs Why differential pairs are the backbone of high speed data transmission and how to design them for robust, noise resilient performance. 🎬 Part 6: Conquering vias for high speed design Why vias are more than simple connections, how they behave as complex RLC circuits at high frequencies, and how to minimize the signal impairments they introduce. All six labs are available now. Start from the beginning or jump to the topic most relevant to your work. ▶️ Check out part one below, or watch the full series here: https://sie.ag/4go7gL

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