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The presence of resonant frequencies in electromechanical devices is one of the primary issues that inhibits the quality of high-speed data transmission. Signal integrity engineers typically spend a significant portion of the design process on finding and suppressing resonances; this is primarily due to the iterative nature and computational expense of using conventional frequency-domain solvers. This paper explores an alternative design approach to quickly identifying resonances in multi-ground connector and circuit board structures. The method uses custom metrics and eigenmodes to discern if a particular mode is excited; several examples are also presented.
Combine custom metrics and eigenmode analysis to understand and address resonances in high-speed interconnect designs. Use a fast, systematic method to reduce resonances, rather than an iterative, trial-and-error approach. Address root-cause problems from a physical point-of-view, resulting in more robust designs.
3D field solver experience (HFSS, CST), signal integrity and channel analysis skills