Mastering PCB Stackups for Power Boards: Boost Converter Design & Common Mistakes Explained!

Altium + 365 free: http://altium.com/yt/techedkirschmackey Full Stack Hardware Engineer Mentorship: https://academy.hasofu.com/course/prohwe Mastering PCB Stackups for Power Boards: Boost Converter Design & Common Mistakes Explained! Want to design boards like a Professional? Enroll in the Elite Hardware Engineer Program: https://academy.hasofu.com/course/hardware-engineer-accelerator-videos-group In this video, I provide a detailed review and insights into PCB stackup considerations for power electronics design, specifically focused on a buck-boost converter. We explore dielectric thickness, plane-to-plane capacitance, EMI, and much more! Get ready for an in-depth look into designing efficient PCB layouts for power boards. Make sure to like, comment, and subscribe for more electronics engineering content! ⏱️ TIMESTAMPS: 0:00 - Introduction: Reviewing Ong's Project 5 - Overview of Buck-Boost Converter Design 0:07 - Acknowledgement & Video Scope 0:20 - Dielectric Thickness and Core Considerations 0:44 - Impact of Dielectric on Plane-to-Plane Capacitance 1:27 - Reducing Impedance and Signal Integrity 2:01 - Challenges with Core Separation and Capacitance 2:21 - EMI Concerns in Power Electronics 2:57 - Discussion on Foil, Prepreg, Solder Mask, and Copper Cores 3:12 - Layer Stackup Optimization 3:35 - Voltage and Ground Layer Strategies 4:12 - Capacitive Coupling and Trace Reduction 4:35 - Managing EMI with Inductor Placement 5:07 - Vias and Grounding for Inductors 5:24 - External vs. Internal Inductor Considerations 6:03 - Playing Capacitance and Adjusting Stackup Thickness 6:33 - VN and VBAT Trace Width Calculations 7:14 - Calculating Maximum Current for PCB Traces 7:33 - Trace Width Calculators & Standards 8:06 - Dielectric Thickness Impact on Impedance 8:20 - High-Speed Signal Considerations 8:40 - Managing Trace Impedance and Ground Distance 9:11 - Summary and Final Recommendations 💡 Related Topics Covered: PCB stackup design Power board layout tips Boost converter PCB considerations Capacitance and EMI in PCB design Dielectric thickness in PCB layers 👉 More PCB Design Content: How to Optimize PCB Layouts High-Speed Digital Design Tips PCB Design for Power Electronics 🔔 Subscribe for More Engineering Content! Like, comment, and let me know your questions or what you'd like to see next in the world of PCB design! #PCBDesign #BoostConverter #PowerElectronics #PCBStackup #ElectronicsEngineering #HighSpeedDesign #EMIManagement #CapacitanceOptimization