2020 Webcasts

Signal integrity in an RF signal chain is considered at the very early planning stages of design. It carries through the entire life cycle as we try to optimize RF performance with new technologies, techniques and tools.

Today's vehicles are becoming more and more quiet, which in return has made the customer highly sensitive to acoustical comfort! Thus, the "my car is making a funny noise..." scenario is a major challenge for system architects and designers.

When designing a new High-Speed Data Acquisition system, it is very important to keep in mind design rules and best design practices in order to optimize the performance of the system.

Achieve reliable and fast short circuit protection (SCP) on SiC power devices using isolated gate drivers, and obtain a panoramic view of the short-circuit protection needs for SiC used in EV and renewable energy applications.

Measuring human's vital signs is changing from once a year at the hospital to day to day monitoring.

To realize the goals of Industry 4.0, highly connected, intelligent and flexible manufacturing, new industrial connectivity solutions are required that enable higher data bandwidth and deliver a converged network between the IT and OT.

3 out of 5 deaths result from fires in properties without working smoke alarms, and 23% of deaths are caused by fires where smoke alarms were present, but were intentionally disabled due to false alarms.

Water makes life on earth possible, so environmental & process monitoring of our shared resource is paramount. Sustainability and the betterment of our earth, human health, and even the products and services we rely on depend on water quality.

With limited spectrum and increasing use of commercial cellular networks, developing radio platforms that can address challenging and often dynamic blocker requirements increases.

Integrated beam-former ICs (BFICSs) are making it easier to design planar RF front ends for phased array radar systems. The appeal of a design where RF electronics and patch antennas are located on opposite sides of the same PCB is obvious.