| 1. | This paper focuses on ir drop analysis
本文以irdrop分析为主。 |
| 2. | So far , this tool suite can accomplish area based and activity based ir drop analysis
目前该工具包己经可以进行基于面积和线网活动率的irdrop分析。 |
| 3. | There are two types of ir drop analyses : static ir drop analysis and dynamic ir drop analysis
电源网格的irdrop分析分为静态irdrop分析和动态irdrop分析两种。 |
| 4. | Step - forced dynamic speed drop analysis digital control , dual ring , direct current and reversible speed governing system
数控双环直流可逆调速系统阶跃扰动动态速降分析 |
| 5. | This paper focuses on ir drop analysis , and the principle of ground bounce analysis is almost the same as it
本文以irdrop分析为主，接地点电势上升分析的原理和电压降分析基本一样。 |
| 6. | We can find out the critical nodes using static analysis , and then apply dynamic ir drop analysis on the critical nodes
我们首先通过静态分析确定电路中的关键节点，然后再对这些关键节点进行动态irdrop分析。 |
| 7. | Dynamic ir drop analysis is based on input vectors , it can report ir drop of power grid under all the input vectors , thus show a more accurate result
动态irdrop分析以测试矢量为基础，能够记录不同测试矢量下电源网格上的irdrop情况，从而能够较为准确地反映实际工作过程中电源网格上的irdrop 。 |
| 8. | Static ir drop analysis is independent with input vectors , so the speed is very fast . dynamic ir drop analysis is dependent on input vectors , so it ' s time consuming
摘要在分析方法上，静态irdrop分析与测试矢量无关，速度很快；而动态irdrop分析是与测试矢量密切相关的，计算过程非常耗时。 |
| 9. | Static ir drop analysis is based on the average current of the devices . according to different ways of current extraction , static ir drop analysis can be categorized into two major types : area based ir drop analysis and activity based ir drop analysis
静态irdrop分析是以器件的平均电流为基础的，根据器件电流提取方式的不同又可分为基于面积的irdrop分析和基于活动率的irdrop分析两种。 |
| 10. | With the advance of semiconductor manufacturing , circuits with increasingly higher speed are being integrated at an increasingly higher density , which makes analysis and verification of power grid integrity more important . power grid integrity includes four issues , namely , ir drop analysis , ground bounce analysis , ldi / dt from the pin inductance and em analysis
随着超大规模集成电路集成度和工作频率的不断提高，电源网格完整性分析变得越来越重要，一般有四个关键问题： ir电压降分析、接地点电势上升( groundbounce )分析、来自引脚电感的ldi / dt分析和电子迁移率em分析。 |
