To meet the rapid increase in customer demand for critical medical equipment such as lung ventilators, mobile x-ray, CT systems, ultrasound, and patient monitors, AVX is preparing its plants to actively support the manufacture of all required components to produce the medical equipment needed to prevent the further spread of the COVID-19 virus and treat those who have been infected.
AVX provides a wide range of components that are critical to medical electronics in general and specifically ventilators. AVX NTCs measure gas and patient temperature. Tantalum and ceramic capacitors as well as Schottky diodes are used throughout the power supply system that powers the pumps, motors, displays, and control logic in ventilators. TransGuards are used as transient voltage protection on interfaces, keyboards, touch screens and audio alarms.

AVX provides a wide range of components that are critical to medical electronics in general and specifically ventilators. (Credit: AVX)
“All of us, at every level, function and business, feel the significance and the intensity surrounding the worldwide COVID-19 pandemic situation, both in our personal and professional lives. Teams across the company have been meeting daily to address critical employee and customer issues. What motivates AVX every day is knowing that despite the current situation, we are rising to the challenge as our manufacturing plants continue to deliver for our customers around the globe,” the company notes.
In a recent example, AVX has committed to fast delivery of high-grade tantalum capacitors from its plant in Lanskroun, Czech Republic, directly to UK Smith Medical company in urgent need for building 10,000 ventilators for hospitals and healthcare institutions. The requirement for three TRJ series part types were processed with top urgency to deliver it in the shortest term while keeping its high-quality standard.
According to the company, the plants continue to give their best effort to deliver all parts as soon as possible, with the shortest possible lead times with a focus on functioning effectively and efficiently to minimize all delays.