电源完整性设计详解

目录
1为什么要重视电源噪声问题？.................................................................... - 1 -
2电源系统噪声余量分析................................................................................ - 1 -
3电源噪声是如何产生的？............................................................................ - 2 -
4电容退耦的两种解释.................................................................................... - 3 -
4.1从储能的角度来说明电容退耦原理。.............................................. - 3 -
4.2从阻抗的角度来理解退耦原理。...................................................... - 4 -
5实际电容的特性............................................................................................ - 5 -
6电容的安装谐振频率.................................................................................... - 8 -
7局部去耦设计方法...................................................................................... - 10 -
8电源系统的角度进行去耦设计.................................................................. - 12 -
8.1著名的 Target Impedance（目标阻抗）.......................................... - 12 -
8.2需要多大的电容量............................................................................ - 13 -
8.3相同容值电容的并联........................................................................ - 15 -
8.4不同容值电容的并联与反谐振（Anti-Resonance）...................... - 16 -
8.5 ESR对反谐振（Anti-Resonance）的影响...................................... - 17 -
8.6怎样合理选择电容组合.................................................................... - 18 -
8.7电容的去耦半径................................................................................ - 20 -
8.8电容的安装方法................................................................................ - 21 -
9结束语.......................................................................................................... - 24 -
【文件名】:0957-电源完整性设计详解.pdf
【目　录】:

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