Type CLS capacitors are designed for low-profile, high-density power supplies that don’t require an extreme temperature rating.

Learn how RF filtering helps prevent interference in modern missile platforms and considerations for selecting the right filter technologies.

Knowles helped Elucent Medical optimize its smart surgical guidance device for scalable manufacturing through engineering collaboration and DFM expertise.

Elucent chooses Knowles for micro molding capabilities, design-for-manufacturability expertise, and vertically integrated assembly.

Filter capacitors reduce EMI noise and improve reliability in EV battery and power systems.

Type PPH film capacitors deliver reliable, high-performance protection for high-voltage, high-stress automotive and industrial power applications.

Discover how industrial electrification is reshaping power system design and why capacitors are critical across the electrification chain.

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.