Abstract
This paper presents a method for calculating the parasitic component of surface-mounted devices (SMD) on a printed circuit board (PCB) using even-odd mode analysis. The paper addresses the discrepancy between simulation results and measurements when designing high-frequency circuits using PCB and SMD. The cause of this difference is attributed to the significant impact of parasitic components between the PCB and SMD at high frequencies. Traditional simulation tuning is often time-consuming to identify these parasitic components, but this paper shows a simple even-odd mode analysis can effectively calculate them at the 3.7 GHz band.
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