Description
- Abstract:
- A periodic microstrip transmission line is presented, which maximizes phase delay through slow-wave propagation in a periodic structure for use in various sensing applications. The dispersion and phase-delay characteristics of both struc- tures are analyzed and compared analytically and through full- wave electromagnetic simulations in HFSS at 1GHz. Prototypes are fabricated and experimentally characterized, and measured results show close agreement with simulation and demonstrate improved sensitivity.
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- Use and Reproduction
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- Attribution 4.0 International (CC BY 4.0)
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- In Copyright
Citation
Atilla, Martins, and Larson, Lawrence E.,
"A Periodic Slow-Wave Microstrip Structure for High-Resolution Microwave Sensing Applications"
(2026).
Open Publications at Brown.
Brown Digital Repository. Brown University Library.
https://doi.org/10.26300/gwtb-qd72
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Open Publications at Brown
This collection contains public access and open access versions of scholarly works authored and deposited by Brown University scholars, including publications in compliance with the Brown Faculty Open Access Policy...Faculty and student publications include open access articles and monographs, …