Abstract
The crosstalks between a single-ended line and a differential pair in parallel are analyzed using telegrapher's equations for multiconductor lines. The crosstalk from the single-ended trace to the differential pair is estimated at shunt-arm resistors in T or π termination networks. The analysis is conducted by incorporating the termination conditions with the solution of the telegrapher's equations. The time-domain characteristics of the crosstalk are obtained by using the fast inverse Laplace transform. The measurements are conducted easily by using a single-ended digital oscilloscope since the crosstalk is evaluated on the shunt-arm resistors. Both the calculated and measured results are presented, and the characteristics of the crosstalk are also investigated qualitatively.
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