首页> 外文期刊>Microwave and optical technology letters >APPLICATION OF THE FOLDY-LAX MULTIPLE SCATTERING METHOD TO THE ANALYSIS OF VIAS IN BALL GRID ARRAYS AND INTERIOR LAYERS OF PRINTED CIRCUIT BOARDS
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APPLICATION OF THE FOLDY-LAX MULTIPLE SCATTERING METHOD TO THE ANALYSIS OF VIAS IN BALL GRID ARRAYS AND INTERIOR LAYERS OF PRINTED CIRCUIT BOARDS

机译:折叠松散多重散射方法在印制电路板球栅阵列和内层中的过孔分析中的应用

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摘要

The authors applied the method of Foldy-Lax multiple scattering equations to multiple vias in ball grid arrays and the interior layers of printed circuit boards. The method gives the scattering parameters of the array. The results are verified with Ansoft's HFSS with very little difference between the Foldy-Lax approach and the HFSS results. The CPU required for the method is only a small fraction of the time that HFSS requires. For a 16 × 16 array of vias, the method calculates all the S-parameters of the 512 ports in 4 min for 10 frequencies on a Pentium 3.2 GHz PC.
机译:作者将Foldy-Lax多重散射方程式的方法应用于球栅阵列中的多个过孔以及印刷电路板的内层。该方法给出了阵列的散射参数。结果通过Ansoft的HFSS进行了验证,Foldy-Lax方法与HFSS结果之间的差异很小。该方法所需的CPU仅是HFSS所需时间的一小部分。对于16×16的通孔阵列,该方法在奔腾3.2 GHz PC上以10分钟的频率在4分钟内计算512个端口的所有S参数。

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