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In the realm of machine-learning-based electronic design automation (EDA), several factors contribute to inefficiency, posing various challenges. Initially, the lack of flexibility in input structures...
Th1B-3: Analysis of Two Wirelessly Locked Oscillators Based on Realistic Nonlinear Oscillator Models
Wirelessly locked oscillators have been proposed for compact, high-sensitivity, and low-consumption tag-reader communications. However, their analysis is, in general, too simplified for a realistic pr...
This paper presents an automated design flow for synthesizing high-efficiency yet high-linearity mmWave power amplifiers (PAs). The proposed design flow involves optimizations of active devices and pa...
The challenges related to designing high-power and wide-bandwidth millimeter-wave power amplifiers (PAs) are addressed by proposing a compact, scalable, distributed combined PA (DCPA) that leverages t...
This paper presents two V-band power amplifiers that are designed and fabricated using Fraunhofer IAF’s 0.15-µm gate-length GaN/SiC HEMT technology. Both amplifiers, a unit PA and a balanced PA compri...
This two part talk explores recent advances in using machine learning (ML) for enhanced perception and actuation in reconfigurable networks. First, we discuss how multimodal sensor data, such as LiDAR...
This paper presents a two-stage power amplifier (PA) and a one stage low noise amplifier (LNA), both implemented in a 16nm FinFET process. The PA consists of a common-source (CS) driver stage and doub...
This paper presents a two-way parallel combined 31–41 GHz power amplifier (PA) with high-power and high-efficiency in 130nm SiGe BiCMOS process. Sandwiched-coupler-balun and folded transmission line (...
This talk will summarise the performed work and recent results, and feature: • the instruments and methods for materials’ characterization, developed and commercialized by QWED, • the results of round...
A novel concept of choked resonators is presented and applied for microwave testing of thick samples of high permittivity materials. A new 10 GHz Q-Choked Split Cavity Resonator (Q-SCR) is designed, m...