Radiation losses can be a disruptive force for many different reasons. Designs which are sensitive to EMI (ElectroMagnetic Interference) can be affected by radiation loss of a circuit and specifically how the radiated energy may corrupt neighboring circuits. Also the performance of loss-sensitive systems can be impacted with the addition of radiation loss when it is not fully considered. Finall...

This work is focused on the susceptibility of integrated circuits (ICs) to electromagnetic interference (EMI). The main issue is simulation and measurement on device level and circuit level. The work gives an overview of the overall electromagnetic compatibility (EMC) issues, and shows Direct Power Injection (DPI) measurement technique for conducted electromagnetic interference. Related researc...

Engineers use the breadth and depth of leading simulation software to predict how products will behave in multi-domain operating environments. Product behavior nearly always involves different types of physical phenomena, to one degree or another. Temperature differences can influence mechanical stress, for example, and air flow around a structure may impact acoustics or change structural loadi...

The prospects of using a reconfigurable intelligent surface (RIS) to aid wireless communication systems have recently received much attention. Among the different use cases, most popular one is where each element RIS scatters incoming signal with controllable phase-shift, without increasing its power. In prior literature, this setup has been analyzed by neglecting electromagnetic interference, ...

A temporal phase-unwrapping algorithm has been developed for the analysis of dynamic interference patterns generated with interference-contrast microscopy in micromachined picoliter vials. These vials are etched in silicon dioxide, have a typical depth of 6 mm, and are filled with a liquid sample. In this kind of microscopy, fringe patterns are observed at the air–liquid interface. These fringe...