A new implementation of a broadband model for the generation of an accurate time-domain description of parasitic elements from frequency-domain electromagnetic (EM) simulator results is here proposed. The model is designed to work simultaneously at low and high frequencies, bypassing EM simulators limitations. A further investigation on the appropriate reference impedance selection during the transformation of data from frequency to time-domain is conducted. The resulting model is validated against measurement and applied to a practical design case, illustrating the operational steps of the novel workflow.
Complete Flow for PCB Design Consideration and Power/Signal Integrity Analysis Based on Broadband Model of Parasitic Elements / Simone, Silvia; Pareschi, Fabio; Lena, Davide; Setti, Gianluca. - In: INTERNATIONAL JOURNAL OF CIRCUIT THEORY AND APPLICATIONS. - ISSN 0098-9886. - ELETTRONICO. - 52:2(2026), pp. 1216-1222. [10.1002/cta.70260]
Complete Flow for PCB Design Consideration and Power/Signal Integrity Analysis Based on Broadband Model of Parasitic Elements
Simone, Silvia;Pareschi, Fabio;Setti, Gianluca
2026
Abstract
A new implementation of a broadband model for the generation of an accurate time-domain description of parasitic elements from frequency-domain electromagnetic (EM) simulator results is here proposed. The model is designed to work simultaneously at low and high frequencies, bypassing EM simulators limitations. A further investigation on the appropriate reference impedance selection during the transformation of data from frequency to time-domain is conducted. The resulting model is validated against measurement and applied to a practical design case, illustrating the operational steps of the novel workflow.| File | Dimensione | Formato | |
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Circuit Theory Apps - 2025 - Simone - Complete Flow for PCB Design Consideration and Power Signal Integrity Analysis.pdf
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https://hdl.handle.net/11583/3006032
