Sun Microsystems桌面工作站的封装和配电设计考虑

L. Smith
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引用次数: 30

摘要

配电系统将成为诸如Sun Microsystems桌面工作站等计算机系统日益重要的封装设计考虑因素,至少与同步开关同等重要。功率分配阻抗由开关电源、体电容、陶瓷电容和功率平面在频谱各部分的特性控制。封装功率的一个主要问题是芯片电容和封装电感之间的共振。封装功率的关键参数是核心电源回路电感和用于连接封装上任何去耦电容器的电感和电阻。封装上的去耦电容器可以使用,但除非与它们的连接是使用先进技术专门设计的,否则它们不会有效。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Packaging and power distribution design considerations for a Sun Microsystems desktop workstation
The power distribution system will become an increasingly important package design consideration for computer systems such as the Sun Microsystems desktop workstation, at least as important as simultaneous switch. Power distribution impedance is controlled by the switching power supply, bulk capacitance, ceramic capacitance and power plane properties at various portions of the frequency spectrum. A major concern with package power is resonance between chip capacitance and package inductance. The key parameters for package power are the core power supply loop inductance and the inductance and resistance used to connect any decoupling capacitors on the package. Decoupling capacitors on the package can be used but they will not be effective unless the connections to them are specially designed using aggressive technologies.
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