The stability of RF power amplifiers is a critical requirement to ensure reliable performance across a wide range of operating conditions and system environments. This contribution reviews the fundame...
Waveform engineering for maximum efficiency: for example class F, J, 2nd harmonic tuned, etc, from theoretical concepts up to practical examples of their implementation, highlighting pros and cons and...
DPA principle of operation highlighting main features and drawbacks, including the role of carrier and peaking amplifiers, impedance modulation, and load matching techniques. Advanced DPA configuratio...
ET principle of operation highlighting main features and drawbacks, including the trade-offs among efficiency, linearity, and bandwidth, as well as matching techniques. ET advanced architectures for h...
Bode-Fano matching Limits, matching strategies and networks synthesis. Circuit architectures including distributed power amplifiers, bias circuit considerations, transformers, and feedback amplifiers....
Large-scale RF/mm-wave phased arrays have become ubiquitous in many wireless communication and sensing applications, such as SATCOM, base stations, radars, and relays. Most these array-based systems p...
Linear/Non-linear Memory effects; electrical and thermal memory effects. Analogue and digital linearization techniques. Comparison of Linearization Techniques. Crest factor reduction approaches. Bandw...
In this talk we will present how Aerosol Jet Printing technology — a form of additive manufacturing — has evolved over the last decade to provide significant heterogeneous integration and RF packaging...
This workshop presentation will discuss recent advances in digital additive multi-material manufacturing technologies and their potential for the realization of truly monolithically-integrated 3D RF c...
Novel materials are indispensable for the development of RF technologies in higher frequency bands, and especially for ensuring that the technologies are sustainable. This talk addresses two major lin...