D4.5

Simultaneous Multidimensional Optimization for Fast Amplifier Design

Adam Goad, Samuel Haug, Jonathan Swindell, Charles Baylis, Austin Egbert, Baylor University, United States; Casey Latham, Mathew Ozalas, Andy Howard, Daren McClearnon, Keysight Technologies, United States; Robert Marks, Baylor University, United States
Session:
D4: Wide bandgap Semiconductors & Radar Applications Lecture
Track:
Commission D: Electronics and Photonics
Location:
Room 200
Presentation Time:
Fri, 12 Jan, 09:40 - 10:00 MST (UTC -7)
Session Chair:
Jonathan Chisum, University of Notre Dame
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Presentation
Discussion
Resources
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Session D4
D4.1: Investigating high-gain in Gallium Nitride photoconductive switches.
Nicolas Gonzalez, Jane Lehr, The University of New Mexico, United States
D4.2: Low-Loss D-band SIW Power Divider for Integrated Systems
Weifeng Wu, University of Notre Dame, United States; Xiaopeng Wang, Lei Li, James Hwang, Cornell University, United States; Patrick Fay, University of Notre Dame, United States
D4.3: Amplified THz Detection in p-Diamond TeraFET Induced by Fixed Drain Current
Muhammad Mahmudul Hasan, Nezih Pala, Florida International University, United States; Michael Shur, Rensselaer Polytechnic Institute, United States
D4.4: Multi-Dimensional Image Completion for Automated Power Amplifier Design
Jonathan Swindell, Austin Egbert, Adam Goad, Sam Haug, Charles Baylis, Robert J. Marks II, Baylor, United States; Casey Latham, Matthew Ozalas, Andy Howard, Daren McClearnon, Keysight Technologies, United States
D4.5: Simultaneous Multidimensional Optimization for Fast Amplifier Design
Adam Goad, Samuel Haug, Jonathan Swindell, Charles Baylis, Austin Egbert, Baylor University, United States; Casey Latham, Mathew Ozalas, Andy Howard, Daren McClearnon, Keysight Technologies, United States; Robert Marks, Baylor University, United States
D4.6: Real-Time Circuit Optimization for Simultaneous Radar and Communications: Pre-characterization and Live Measurement
Samuel Haug, Austin Egbert, Adam Goad, Charles Baylis, Robert Marks, Baylor University, United States; Anthony Martone, DEVCOM Army Research Laboratory, United States
D4.7: Utilizing Distributed Circuit Topology Techniques to Achieve Reduced Maximum Branch Currents for High Power Impedance Matching RF Applications
Justin Roessler, Austin Egbert, Trevor Van Hoosier, Charles Baylis, Robert Marks, Baylor University, United States; Dimitrios Peroulis, Purdue University, United States
D4.8: Second-order Exceptional Point of Degeneracy in Two Directly Coupled Resonator
Kasra Rouhi, Alireza Nikzamir, Alexander Figotin, Filippo Capolino, University of California, Irvine, United States
Contacts