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Understanding the mechanisms of charge-photon interaction in low-dimensional systems is a challenging numerical problem involving velocity/frequency constraints. We suggest that applying an in-plane t...
This talk will discuss broadband high-efficiency power amplifier design based on active impedance matching techniques. While active impedance control is typically used for efficiency enhancement over ...
This paper presents a modular-based RF frontend developed for photonically-enabled phased array systems that are capable of ultrawideband operation from microwave to millimeter wave frequencies. The 1...
This study proposed a channel compression demodulation (CCD) for a 2.4-GHz four-channel phase- and quadrature self-injection-locked radar system for improving its detection sensitivity. The CCD can de...
Satellite communications (SATCOM) play a key role in enabling global connectivity, ensuring that people, businesses, and communities can stay connected regardless of their geographic location. As the ...
Phased arrays have been applied in wireless communication and radar sensing in past years for 5G, car radar, etc. This talk presents an overview of the phased array and a demonstration of that dual ap...
For ultra-high-speed wireless communication for short range, spectrum above 100GHz offers a wide bandwidth that is not available in frequency bands used today. Operation above 100GHz definitely requir...
In this talk we will address the application of innovative frequency generation techniques based on large integer frequency multiplication to RF front-ends for communication and sensing. These techniq...
In the context of 6G wireless communication, Terahertz (THz) technology emerges as a critical enabler for achieving ultrahigh-speed data rates, with the potential to exceed 100 gigabits per second (Gb...
SiGe BiCMOS as the enabler of high EIRP, low form-factor and low-cost Active Phased Antenna Array Systems for beyond-5G network infrastructure.