Numerical investigation of radiated emissions mechanisms in single-chip packages

G. Aguirre, A. Cangellaris, M. Pasik
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引用次数: 3

Abstract

Presents preliminary results for a new way of addressing radiated emissions from packaged electronic systems. We have validated the FDTD methodology for determining the peak radiation frequencies for a simple microstrip transmission line structure. Also, we have demonstrated the impact of placing ground pins between the signal and absolute ground planes on the radiation characteristics of a microstrip line capacitively coupled to an absolute ground. The placement and location of grounding pins is critical to the reduction of EMI.
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单芯片封装中辐射发射机制的数值研究
提出了一种解决封装电子系统辐射发射的新方法的初步结果。我们已经验证了FDTD方法用于确定一个简单的微带传输线结构的峰值辐射频率。此外,我们还演示了在信号和绝对地平面之间放置接地引脚对电容耦合到绝对地的微带线的辐射特性的影响。接地引脚的放置和位置对降低电磁干扰至关重要。
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