输电网设计中的IRDrop分析

W. Dai
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引用次数: 1

摘要

本文介绍了一个允许客户在封装/SiP和PCB层面上进行IRDrop分析的过程。封装模型、功耗和稳压模块(VRM)以及供电网络电路等组件信息可以在封装和板级进行静态IRDrop分析。功耗用于获得励磁电流,而VRM引脚用于提供电源。针对复杂的封装和PCB几何结构,采用渐进式网格法提取其供电网络的直流电路模型。为了满足电流和压降的公差,可以根据直流域的压降优化所需的VRM和IC组件的位置以及堆叠。用户还可以查看压降、电流和温升。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IRDrop analysis in power delivery network design
This paper introduces a process that allows customers to do IRDrop analysis on the package/SiP and PCB level. The component information such as the package model, power consumption and voltage regulator module (VRM) as well as power delivery network circuit can be used at the package and board level to perform static IRDrop analysis. The power consumption is used to obtain the current excitation while the VRM pins are used to provide the power supply. For the complicated package and PCB geometry structure, the progressive mesh scheme is used to extract the DC circuit model for their power delivery network. In order to meet the tolerance of current and voltage drop, the required VRM and IC components locations as well as stackup can be optimized according to the voltage drop in DC domain. The user can also view the voltage drop, current and temperature rise.
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