An Inventional De-Embedding Technique for Signal Leakage up to 110GHz

An inventional de-embedding technique is presented in this letter for signal leakage up to 110GHz.Specifically, it used open and short structures without needing additional de-embedding structures.It equates RF signal pad to ground as Rsub and Csub connected in parallel and then connected in series with Cox compared with traditional open short de-embedding, which equates the RF signal pad to ground as a lumped capacitance and is no longer applicable when the frequency exceeds 10GHz due to the signal leaking from the RF signal pad to the psub ground.The proposed de-embedding technique has been validated on RF parameters of NMOS device up to 110 GHz with physical trend and 34.3% improvement in de-embedding accuracy.

Authors

Publication Details

Journal
Research Review
Published
2025-02-20
DOI
https://doi.org/10.52845/cs/2024-4-6-8
Primary Topic
Electrostatic Discharge in Electronics
Type
article
Field-Weighted Citation Impact
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article

An Inventional De-Embedding Technique for Signal Leakage up to 110GHz

Dan He, Min Hao
Research Review
Electrostatic Discharge in Electronics
article

An Inventional De-Embedding Technique for Signal Leakage up to 110GHz

Dan He, Min Hao
article en

Abstract

An inventional de-embedding technique is presented in this letter for signal leakage up to 110GHz.Specifically, it used open and short structures without needing additional de-embedding structures.It equates RF signal pad to ground as Rsub and Csub connected in parallel and then connected in series with Cox compared with traditional open short de-embedding, which equates the RF signal pad to ground as a lumped capacitance and is no longer applicable when the frequency exceeds 10GHz due to the signal leaking from the RF signal pad to the psub ground.The proposed de-embedding technique has been validated on RF parameters of NMOS device up to 110 GHz with physical trend and 34.3% improvement in de-embedding accuracy.

Research Review
Openalex Percentile: Top 98%
Electrostatic Discharge in Electronics
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