The organizers will provide a brief overview of the workshop.
RFIC design often involves exploring numerous variations within a static environment of processing stacks and unchanged blocks. While conventional electromagnetic solvers inefficiently require full-do...
RF/microwave filter design typically prioritizes high selectivity, sharp rejection, and flat in-band amplitude response. However, these features often cause large group-delay variations, which can sev...
This work reports on the design and implementation of the first integrated, balanced frequency quadrupler operating in the 480–530 GHz frequency range, with measured efficiency of 4.9% and correspondi...
Conventional MRI and other RF receive coils are designed as high-Q resonant structures, which maximizes sensitivity but inherently restricts their utility for multinuclear imaging or multiband recepti...
This work presents a radar transceiver (TRX) featuring a hybrid operation scheme, where Doppler-CW and PMCW are employed in distinct frequency bands to enable cooperative sensing. By synchronizing PRB...