Industrial

A study by researchers from the University of Wisconsin-Madison sought the optimum antennas for applying electromagnetic radiation to cancerous tumors.

The characteristics of different substrates and device architectures make it possible to reach many speeds and frequencies with modern semiconductor devices and their packages.

Wrapping up this series on microstrip antennas, attention turns to series feeds for microstrip array antennas along with the series/parallel combination technique.

Working with computers and software, USB-powered RF test instruments are bringing measurements with less size and cost than traditional equipment—yet still pack a punch.

A new workflow allows designers to combine multiple technologies that originate from different software tools into a single project.

With gallium-nitride technology getting all of the hype, it’s worthwhile to look at where LDMOS now stands.

Various manufacturing materials and production methods and their impact on the performance of frequency-selective structures (FSSs) are investigated.