A novel bypass-embedded multilevel multicell inverter is proposed with manipulation of
bidirectional flow of currents targeting electric motor drives and regenerative braking (battery …

An all-optically driven microwave phase shifter is designed and experimentally
demonstrated for 1–10 GHz. The proposed optical addressing is realised in nematic liquid …

Millimetre-wave beam-steering distortions are due mainly to unbalanced feeding amplitudes
among the delay lines network. To compensate for this, active amplifiers or attenuators are …

A novel nickel-free gold-plated enclosed coplanar waveguide is experimentally
demonstrated for a liquid crystal tunable delay line phase shifter at 60 GHz. By numerical …

Microwave phase shifters based on tunable dielectrics such as nematic liquid crystals (NLC)
have attracted considerable research attention in the last two decades. To electronically …

We designed, fabricated, and characterised novel all-optically driven passive phase shifters
(0-π) at X band based on nematic liquid crystals (GT3) admixed with mesogenic azo dye …

This paper presents the design, optimisation and experimental verification of a wideband
impedance adapting network for a liquid crystal (LC) based electronically-tuned phase …

The growing interest in the modulation of phase (and amplitude) of microwave and
millimeter-wave signals has been spurred by the emerging 5G/6G phased-array beam …

Machine learning is a versatile but little-understood approach in tunable RF electronics. This
paper serves as the first to investigate the feasibility of taking inspiration from machine …

Gaining exact knowledge of the effective permittivity for liquid crystal-filled delay lines (LCF-
DL) is fundamental to the precise prediction of the variable time-delaying functionality. This …