A Rapid, Non-Destructive Method to Detect copyright Integrated Circuits Using a Resonant Cavity System

A Rapid, Non-Destructive Method to Detect copyright Integrated Circuits Using a Resonant Cavity System

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The counterfeiting of integrated circuits (ICs) has been a growing issue.Current available methods used to detect copyright ICs can be expensive, imprecise, and time-consuming.This paper explores the resonant cavity system: a wd6001fsyz non-contact, non-destructive method to rapidly differentiate copyright ICs from authentic ones.

The system captures a unique signature of an IC placed inside it.Data were captured for ICs of various technologies and authenticities.The data included return loss values captured at various transverse 2000 dodge durango catalytic converter electric (TE) modes between 2.

8 GHz and 6 GHz.This allowed for the comparison of the effectiveness of the various TE modes in being able to distinguish ICs.The resonant cavity system was able to distinguish most of the ICs at higher TE modes.