Emmanuel Decrossas
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RF/microwave Engineer
Also affiliated: California Institute of Technology (2013–2014); Jet Propulsion Laboratory (2013–2025); Fayetteville Public Library (2010)
Faculty Researcher
Research Areas
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Biography and Research Information
OverviewAI-generated summary
Emmanuel Decrossas is an RF/microwave engineer whose research focuses on the development of radar systems for diverse applications, including planetary science and terrestrial subsurface imaging. His work has contributed to projects such as the Radar for Europa Assessment and Sounding (REASON) mission and the Sample Recovery Helicopter. Decrossas has investigated ground-penetrating radar systems, including a direct-sequence spread-spectrum-based system-on-chip and a digital-FMCW system designed for the Mars Science Helicopter. His publications also cover antenna design, such as a dual-frequency, dual-circularly polarized fan-beam antenna, and deployable parabolic reflectors for Earth science missions. Additionally, his research has explored techniques for improving radar performance, including surface cancellation using genetic algorithms for waveform synthesis and modeling electrostatic discharge events coupled to high-frequency antennas.
Decrossas has published 66 papers, accumulating 530 citations and an h-index of 12. He has collaborated with researchers at the University of Arkansas at Fayetteville, including Samir El-Ghazaly, L. Butts, and Roberto Quezada.
Metrics
- h-index: 13
- Publications: 66
- Citations: 541
Selected Publications
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Micro-Faraday Cage within Low-Temperature Co-fired Ceramic Board: Fabrication and Measurement (2026)
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Lessons Learned to Transfer a K Band Radar System Designed on a Printed Circuit Board to a Low Temperature Co-Fired Ceramic Board (2026)
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High-Performance and High-Data-Rate Quasi-Coaxial LTCC Vertical Interconnect Transitions for Multichip Modules and System-on-Package Applications (2015)
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Frequency and Time-Domain Performance of LTCC Transmission Lines Fabricated Using Multiple Printing Techniques (2013)
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A Low Loss Power Distribution Network Design in Low Temperature Co-fired Ceramic Technology (2013)
Collaboration Network
Top Collaborators
- Lessons Learned to Transfer a K Band Radar System Designed on a Printed Circuit Board to a Low Temperature Co-Fired Ceramic Board
- Micro-Faraday Cage within Low-Temperature Co-fired Ceramic Board: Fabrication and Measurement
- Lessons Learned to Transfer a K Band Radar System Designed on a Printed Circuit Board to a Low Temperature Co-Fired Ceramic Board
- Micro-Faraday Cage within Low-Temperature Co-fired Ceramic Board: Fabrication and Measurement
- Lessons Learned to Transfer a K Band Radar System Designed on a Printed Circuit Board to a Low Temperature Co-Fired Ceramic Board
- Micro-Faraday Cage within Low-Temperature Co-fired Ceramic Board: Fabrication and Measurement
- Micro-Faraday Cage within Low-Temperature Co-fired Ceramic Board: Fabrication and Measurement
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