Knowles Blog

EV power systems rely on multiple capacitor technologies to meet diverse performance demands.

Advanced sensing technologies enable more personalized, data-driven healthcare.

Phase performance is critical to radar filter design, helping ensure signal accuracy, stability, and repeatability across frequency and temperature.

EV power systems are evolving with higher voltages, greater integration, and smarter charging.

Knowles provides in-house design, tooling, and fabrication capabilities to deliver precision custom RF components.

The developmental trajectory of many modern power electronics systems is driven by evolving carbon dioxide (CO₂) regulations. By maintaining compliance, green energy production, like photovoltaics (PV) and wind, and high-efficiency distribution systems, like high-voltage direct current (HVDC) and battery energy storage systems (BESS), support our transition to a more sustainable future.

Filters play a critical role in radar receivers by selecting desired signals and rejecting interference and unwanted frequencies.

DGH and DSF supercapacitors combine high power density, fast discharge and long cycle life for reliable energy storage applications.

Inductors, air core inductors, and baluns help manage signals, reduce noise, and improve performance in RF and other electronic circuits.

Advances in medical imaging are improving performance, portability, and patient care.

Miniaturized switch filter banks enable flexible, high-performance radar receivers.

Power electronics innovation is driving greater efficiency, power density, and reliability across advanced applications.