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Design trade-off for resonance reduction of multiple power planes in Super Ball Grid Array (SBGA) package

机译:设计权衡,以减少超级球栅阵列(SBGA)封装中多个电源层的谐振

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In this paper, package co-design procedure with electrical simulation supported by Amkor Technology will be described and design trade-off for effective power/ground plane design in SBGA package will be discussed. Two models of SBGA design, which has five kinds of main and sub-main power nets, are compared using 3D electromagnetic (EM) simulation tool. By comparison of both design, inevitable design trade-off for effective multiple power planes will be presented and discussed from power integrity (PI) viewpoint. The revised SBGA package design was implemented and measured to analyze plane resonances in the impedance profile of each power/ground planes according to frequencies up to 10 GHz so that the simulated self-impedances can be compared with measured results.
机译:在本文中,将描述由Amkor Technology支持的带有电子仿真的封装协同设计程序,并讨论在SBGA封装中有效进行电源/接地平面设计的设计权衡。使用3D电磁(EM)仿真工具比较了SBGA设计的两个模型,它们具有五种主,副主电网。通过两种设计的比较,将从功率完整性(PI)的角度提出和讨论有效的多个电源平面的不可避免的设计折衷。实施并修订了SBGA封装设计,并进行了测量,以根据高达10 GHz的频率分析每个电源/地平面的阻抗曲线中的平面谐振,从而可以将模拟的自阻抗与测量结果进行比较。

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