How To Select and Place ESD Components To Protect Your Boards?

Explained how ESD protection works and how to choose the correct one for your PCBs. Thank you very much Andreas Hardock Links: - Andreas’ Linked In: - Nexperia - FEDEVEL courses: Chapters: 00:00 What this video is about 01:46 Chip level vs. board level ESD protection 03:04 Is 8kV ESD protection enough? 05:38 Human Body Model 06:51 System Level ESD Standards 09:15 ESD tests 12:45 Direct discharge 14:18 Indirect discharge 16:15 Air discharge 18:33 How to choose the correct ESD protection component 20:38 Capacitance vs. datarate 22:23 Protection voltage 27:15 Reverse standoff voltage, breakdown, clamping, trigger, holding 29:28 Snap back vs. Zener 33:25 Where to place ESD protection 38:50 Comparing 3 different ESD protection placements 43:08 Simulating ESD event and protection 44:19 ESD event vs. data transmission simulations 49:00 Signal integrity simulations with ESD 50:16 Time domain reflectometry (TDR) in ESD simulations 51:25 ESD protection vs. eye diagrams vs. package 59:59 ESD damage on the chip 1:02:06 Modern snap-back ESD protection 1:03:34 S-parameters 1:07:14 External ESD vs. on-chip ESD 1:12:08 How to find a specific ESD protection component ------------------------------------------------------ Would you like to support me? It’s simple: - Sign up for online courses hosted on our platform: - Sign up for my Hardware design and PCB Layout online courses: - You can also support me through Patreon: - Or sign up for my Udemy course: It is much appreciated. Thank you, - Robert