Knowles’ high-performance pulse power capacitors deliver precise, reliable energy discharge for demanding aerospace, defense, industrial, and medical applications.

Knowles’ ultra-compact RAX balanced armature driver enables smaller wireless earbuds to deliver premium sound quality, greater design flexibility, and enhanced high-frequency performance.

Advanced RF filtering enables modern missiles to integrate multiple RF systems reliably within a compact platform.

Knowles’ new hybrid headphone architecture combines dynamic and balanced armature drivers to deliver enhanced high-frequency detail, clarity, and overall sound quality without adding size or weight.

Pulse power applications rely on advanced capacitors to deliver precise, reliable bursts of energy across aerospace, defense, industrial, and medical systems.

Knowles’ expanded X1/Y2 safety-certified MLCC portfolio enables more compact, high-voltage power electronics with enhanced safety, reliability, and EMI suppression.

Knowles’ expanded ceramic core inductor portfolio delivers reliable, cost-effective RF performance.

As discussed in previous blog posts, resonators are the building blocks used to create filters.

Energy storage capacitor banks supply pulsed power in all manner of high-current applications, including shockless compression and fusion.

DC fast chargers depend on advanced capacitors to efficiently handle high power and ensure reliable operation.

Discover how Knowles is shaping the future of audio with BA technology, hybrid driver designs, and data-driven listening curves.

Knowles is advancing immersive audio with balanced armature hybrid technologies that enhance clarity and detail.