Abstract
In this paper, the crosstalk noise between spoof surface plasmon polariton (SPP) transmission line (TL) and conventional differential microstrip (MS) lines is investigated. Due to the strong field confinement of spoof SPP TL, as well as the mode mismatching between the spoof SPP TL and conventional MS lines, the transmitting electromagnetic energy of spoof SPP TL can hardly be coupled to adjacent differential MS lines, which helps reduce the crosstalk noise between them effectively. The full-wave simulated results show that the crosstalk noise suppression is much better than the MS line. In addition, the time domain simulated results illustrate that both differential mode and common mode noises of adjacent differential pairs are significant reduced when spatially designed spoof SPP TL is utilized.
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