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When used with emerging data-rates of 10 GHz and above, some standard transmission line length matching methods are shown to make mode conversion worse than without length matching. A new methodology for temporal skew management to preserve signal integrity in differential microstrip pairs to 15 GHz is proposed and validated through simulation.
The use of current methods of length matching in differential microstrip transmission lines when used with data-rates up to 15 GHz is explored. It is shown that using current methods of length matching could make worse mode conversion and EM loss than with no length matching at all. A new method is suggested whereby interconnect geometry can be engineered to match the length of a pair at a specific...
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