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Investigators: P.L.E. Uslenghi (P.I.), S. Dutt , D. Erricolo , H-.Y. D. Yang, ECE

MURI: Analysis and design of ultrawide -band and high-power microwave pulse interactions with electronic circuits and systems. Investigators: P.L.E. Uslenghi (P.I.), S. Dutt , D. Erricolo , H-.Y. D. Yang, ECE

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Investigators: P.L.E. Uslenghi (P.I.), S. Dutt , D. Erricolo , H-.Y. D. Yang, ECE

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  1. MURI: Analysis and design of ultrawide-band and high-power microwave pulse interactions with electronic circuits and systems Investigators: P.L.E. Uslenghi (P.I.), S. Dutt, D. Erricolo, H-.Y. D. Yang, ECE in collaboration with Clemson University, Houston University, Ohio State University, University of Illinois at Urbana-Champaign, University of Michigan Prime Grant Support: AFOSR High Power EM fields • Understand and predict the effects of the new electromagnetic threat represented by high power microwave (HPM) and ultrawide band (UWB) pulses on digital electronic systems found inside fixed or moving platforms. • Develop recommendations for performing field tests/measurements External EM Source (Impulse Radiating Antenna) Illuminated target • Apply electromagnetic topology to predict the effects of HPM/UWB aggressor signals • Apply recently developed fast and accurate computer simulation tools. • Further extend the capabilities of the computer simulation tools to obtain a better understanding of the overall problem. • Fast computer codes are under development at UH, UIUC, UM and OSU. • Topology studies are underway at CU. Analysis of devices and of processor faults are being conducted at CU and UIC. • Validation tests for codes are being developed at CU, OSU, and UIC.

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