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Ultra-Wideband SSN mitigation by splitting PWR plane in triangle patches and hexagonal arrays

机译:通过将PWR平面划分为三角形补丁和六边形阵列来缓解超宽带SSN

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Simultaneous switching noise,also known as ground bounce noise or parallel plate waveguide noise is one of the major concerns for high-speed digital computer systems with fast edge rates,high clock frequencies,and low voltage levels. The resonance modes between the power/ground planes excited by the noise causes significant signal integrity problems as well as electromagnetic interference issues. In the present paper a novel power plane designed with triangle patches and hexagonal array will be proposed which provide noise suppression over a wide band frequency range. The proposed structure is based on the two-layer concept with designing a periodic coplanar splitting pattern on the power plane and still keeping continuous for the ground plane. Although the proposed power plane demonstrates wideband noise suppression with a cost effective design,the degradation of the perforated plane to the signal integrity is needed to be evaluated,since it could affect the signal quality. A single-ended signal layer will be modeled in the equivalent electromagnetic model and eye diagrams,TDR and S-parameters will be used to evaluate the signal integrity of the structure (with splitting plane) in comparison with the case of continuous power plane.
机译:对于具有快速边沿速率,高时钟频率和低电压电平的高速数字计算机系统,同时的开关噪声(也称为接地反弹噪声或平行板波导噪声)是主要关注的问题之一。噪声激发的电源/接地层之间的谐振模式会引起严重的信号完整性问题以及电磁干扰问题。在本文中,将提出一种设计有三角形贴片和六边形阵列的新型电源平面,该电源平面可在宽带频率范围内提供噪声抑制。所提出的结构基于两层概念,在电源平面上设计了周期性的共面分裂图案,并且在接地平面上仍然保持连续。尽管所提出的电源平面通过具有成本效益的设计展示了宽带噪声抑制功能,但仍需要评估穿孔平面对信号完整性的影响,因为它可能会影响信号质量。单端信号层将在等效的电磁模型和眼图中进行建模,与连续功率平面的情况相比,将使用TDR和S参数评估结构(带有分离平面)的信号完整性。

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