Accession Number:

AD1157955

Title:

RF Coupling Revisited

Descriptive Note:

[Technical Report, Final Report]

Corporate Author:

University of Missouri - Kansas City

Personal Author(s):

• Hassan, Ahmed M.
• Caruso, Anthony N.
• Hamdalla, Mohamed Z.
• Lancaster, John
• Bissen, Benjamin
• Durbhakula, Kalyan
• Alsultan, Khulud
• Hartshorn, Caylin
• Ory, Thomas
• Al-Shaikhli, Waleed
• Kettlewell, Clayton
• Hunter, James D.
• Liu, Yuanzhuo
• Chatterjee, Deb
• Rao, Praveen
• Khilkevich, Victor
• Beetner, Daryl G.

Report Date:

2021-01-27

Pagination or Media Count:

45

Abstract:

The main goal of this work is to develop a joint computationalexperimental approach to predict, quantify, and prove the coupling of microwaves to any arbitrary collectiongeometry of wirestraceswire-bonds in different surroundings. The computational approach is based on the Characteristic Mode Analysis CMA and the Equivalent Circuit Approach ECA. The developed computational tools are combined into a single user-friendly package named PECNEC Predictive-package for Electromagnetic Coupling to Nonlinear-electronics using Equivalent-circuits and Characteristic-modes. The objective of PECNEC is to predict the waveform that will cause electronic upset, by maximizing the coupled voltage and power, to permutations of linearnon-linear loads in any wire topologygeometry. General guidelines obtained from the computational tools are presented, and future directions to advance PECNEC are also outlined.

Descriptors:

Subject Categories:

• Radiofrequency Wave Propagation

Distribution Statement:

[A, Approved For Public Release]