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The improvement of signal quality and far-end crosstalk for coupled microstrip line over a completely split ground plane

机译:完全分开平面上耦合微带线的信号质量和远端串扰的改进

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In the modern generation of digitally high-speed data transmission, multiple power level demands may be required. In the view of signal integrity, the worst case is to cut completely a slit on the ground plane during traces traversing over because the scenario like that will lead to serious signal quality and crosstalk problems. So here we proposed one new solution to improve signal quality and far-end crosstalk (FEXT) by using interdigital capacitor. The basic working principle of this structure is by the property of the displacement capacitor and it needs no extra components. The experimental results indicated that our solution could improve signal quality and reduce FEXT by 29.87% and 8.87% in the time domain, respectively. And the result of eye diagram under 6 Gbps bit rate also showed the improvement of eye height 59% and eye width 7%. The statement above showed that our design requires no extra components to improve signal quality and reduce FEXT.
机译:在现代发电的数字高速数据传输中,可能需要多个功率水平要求。 在信号完整性的看法中,最坏的情况是在横跨迹线期间在接地平面上完全切割,因为这样的场景将导致严重的信号质量和串扰问题。 因此,我们提出了一种新的解决方案来通过使用叉指电容来改善信号质量和远端串扰(FEXT)。 该结构的基本工作原理是位移电容器的性质,不需要额外的组件。 实验结果表明,我们的解决方案可以分别提高信号质量,并分别在时域中减少29.87%和8.87%。 在6 Gbps比特率下的眼图的结果也显示出眼睛高度59%和眼睛宽度的提高7%。 上面的声明表明,我们的设计不需要额外的组件来提高信号质量并减少FEXT。

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