SI-PI精讲 🔵 第 5 章：The Physical Basis of Capacitance（电容的物理基础） 📘 Eric Bogatin《Signal and Power Integrity – Simplified》3rd Ed. · Chapter 5
SI-PI精讲 🧲 第 6 章：The Physical Basis of Inductance（电感的物理基础） 📘 Eric Bogatin《Signal and Power Integrity – Simplified》3rd Ed. · Chapter 6
SI-PI精讲 🚆 第 7 章：The Physical Basis of Transmission Lines（传输线的物理基础） 📘 Eric Bogatin《Signal and Power Integrity – Simplified》3rd Ed. · Chapter 7
EMI布局指南 🧭 分区布局 (Zoning)：把高速和低速「分桌吃饭 📘 出自 Texas Instruments · SZZA009 · PCB Design Guidelines For Reduced EMI (1999)
EMI布局指南 📏 信号走线：长度、串扰、端接 📘 出自 Texas Instruments · SZZA009 · PCB Design Guidelines For Reduced EMI (1999)
EMI布局指南 🔌 线缆与连接器：板子没辐射，线缆却在喊 📘 出自 Texas Instruments · SZZA009 · PCB Design Guidelines For Reduced EMI (1999)
EMI布局指南 🛠️ 其它布局：前面板、敏感度、自动布线 📘 出自 Texas Instruments · SZZA009 · PCB Design Guidelines For Reduced EMI (1999)
EMI布局指南 🛡️ 屏蔽：金属外壳最后那一道防线 📘 出自 Texas Instruments · SZZA009 · PCB Design Guidelines For Reduced EMI (1999)
EMI布局指南 ✅ 总结：把 EMC 设计想成三层金字塔 📘 出自 Texas Instruments · SZZA009 · PCB Design Guidelines For Reduced EMI (1999)
EMI布局指南 ⚡ 地与电源：芯片脚下的「地基」怎么打？ 📘 出自 Texas Instruments · SZZA009 · PCB Design Guidelines For Reduced EMI (1999)
