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Every vehicle operates in a constant state of flux. Not only must a car’s engine produce the necessary energy to propel the vehicle forward; its battery must also provide power to operate various electronic devices (sensors, radio, touch-screens, etc.) within the vehicle. These components, in turn, operate at different frequencies requiring constant DC to AC conversion. Electronic components must also withstand incredible temperature variation within a vehicle’s interior, from subfreezing to well over 100 degrees Fahrenheit.
Medical device designers are responsible for many of the life-saving and life-enhancing therapies relied on by patients worldwide. From pacemakers […]
Radio Frequency Identification (RFID) technology has been around for more than 50 years and continues to evolve. Today, the technology […]
The increasing miniaturization and sophistication of electronic products–ranging from consumer media devices, to medical diagnostic tools, to defense-related sonar applications–presents […]
In Part 1, we provided a basic introduction to Piezoelectric materials. In this blog, we will take a look at […]
As discussed in Part 1, engineers are tasked with designing electrical components that can withstand the increased thermal and mechanical […]
The airbags in your car; the camera on your video doorbell; the phone or other electronic device you’re reading this […]
Multiphysics Modeling of Cooled RF Ablation In previous blog posts, we have provided extensive discussion on the Use of Computational […]
Emerging Trends: Where Could PCM&S Go? As the use of simulation continues to expand, there are a few areas emerging […]
Operating Safely: Patient Well-being The safe and effective operation of medical devices, instrumentation and related technologies are critical to ensuring […]