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A novel electromagnetic bandgap (EBG) structure for mixed-signal system applications

机译:用于混合信号系统应用的新型电磁带隙(EBG)结构

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A novel electromagnetic bandgap (EBG) structure called alternating impedance EBG (AI-EBG) for isolation in mixed-signal systems is proposed. Currently, split planes are usually used for isolation in mixed-signal systems. However, split planes show a poor isolation at high frequencies due to electromagnetic coupling through a gap. This novel EBG structure shows excellent isolation by suppressing almost all possible electromagnetic modes in stopband frequencies. The S-parameter measurements show that this novel EBG structure could suppress noise coupling between RF/analog circuits and digital circuits, especially where a single common power supply is used. Mixed-signal system simulations with and without this novel EBG structure were performed to see improvement of isolation due to this novel EBG structure.
机译:提出了一种新颖的电磁带隙(EBG)结构,称为交流阻抗EBG(AI-EBG),用于混合信号系统中的隔离。当前,分离平面通常用于混合信号系统中的隔离。然而,由于通过间隙的电磁耦合,分离平面在高频下显示出较差的隔离性。通过抑制阻带频率中几乎所有可能的电磁模式,这种新颖的EBG结构表现出出色的隔离性。 S参数的测量表明,这种新颖的EBG结构可以抑制RF /模拟电路与数字电路之间的噪声耦合,尤其是在使用单个公共电源的情况下。进行带有和不带有这种新型EBG结构的混合信号系统仿真,以了解由于这种新型EBG结构而导致的隔离度的提高。

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