Track 1: Keynote and Industry Insights
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Active and Passive Matching in RF PAs
Dr. Steve C. Cripps, Cardiff University
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Instability in Wide Bandwidth High PAs
Dr. Dominic FitzPatrick, Ametek-CTS
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Enhanced Design Flow for Cavity Combline Filters
Dan Swanson, DGS Associates
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RF/Microwave Design in Teaching
Dr. Zoya Popovic, University of Colorado
Track 2: Semiconductor Technology and Modeling
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Wolfspeed RF Device Modeling
Dr. Yueying Liu, Wolfspeed, A Cree Company
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Gallium Nitride-on-Silicon Carbide at High Frequencies
Eric Leclerc, UMS
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5G High-Power and Low-Noise Applications
Julien Poulain, OMMIC
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Coupled Effect Between Antenna Arrays and Front Ends
Wissam Saabe, AMCAD Engineering
Track 3: PA and Front-End Design
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HPA Design for Satellite Communications
Thomas Young, Arralis and David Vye
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MMIC PA Design
David Vye
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Input and Output Controlled High-Efficiency PAs
Vince Mallette, Focus Microwaves
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Doherty PA Design from Load-Pull Derived Enhanced Polyharmonic
Distortion (EPHD) Models
David Vye
Track 4: EM Analysis and Design Optimization
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Best Practices for EM Simulation
Dr. John Dunn
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Tips and Tricks for Silicon RFIC Designs
Dr. John Dunn
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Designing a Narrowband 28GHz Bandpass Filter for 5G
David Vye
Track 5: Communication/Radar System Simulation
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Phased-Array Antenna Simulation for 5G
Steve Tucker
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RF Link Budget Analysis Using VSS
Joel Kirshman
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Phase Noise Modeling Using VSS
Joel Kirshman
10 www.cadence.com/go/awr
