Knowles Blog

MLCCs provide a compact, reliable, and efficient solution for bootstrap capacitors.

In 2025, our team continued to share insights intended to help engineers navigate evolving technologies, design challenges, and application demands. We hope our technical resources and industry perspectives have supported your work throughout the year, and we sincerely appreciate your continued trust and readership.

At CES 2026, Knowles is showcasing how its balanced armature technology enables premium audio experiences across earbuds, hearing devices, smart glasses, and other next-generation wearables.

By 2050, electricity is expected to more than double its share of final energy consumption.

High Q and low ESR improve efficiency in power and RF resonant circuits.

Flying capacitors provide compact, efficient energy storage and voltage balancing for EVs, renewable energy systems, and other power electronics applications.

Compact VM2 C0G capacitors combine high capacitance, low ESR, and thermal stability for high-power-density converter designs.

Knowles showcased how its balanced armature technology is driving the future of intelligent audio with enhanced clarity, efficiency, and immersive sound across earbuds, headphones, gaming, and wearable devices.

Capacitors play a critical role in storing, filtering and shaping power for precise, efficient semiconductor manufacturing.

High-performance safety capacitors provide the EMI filtering, reliability, and protection required for evolving solar inverter designs.

Capacitor temperature stability, ESR, and construction are critical to achieving efficient, reliable performance in LC tank circuits.

Knowles’ new MM60 MEMS microphone delivers industry-leading durability, customizable audio performance, and AI-optimized sound quality for next-generation hearing health devices.