Knowles Blog

The Ideal Filter would have unit gain (0dB) in its pass band and a gain of zero (-infinity dB) in its stop band.

DC bias impacts MLCC capacitance and should be considered in capacitor selection.

Part 3 of the Capacitor Fundamentals Series explains the main parameters that affect capacitance and how they can impact your specific application.

Part 2 of the Capacitor Fundamentals Series explains how capacitors are used.

Mitigating multipaction is critical for reliable RF performance in space applications.

Welcome to the Capacitor Fundamentals Series, where we teach you about the ins and outs of chips capacitors.

High-performance resonant capacitors help improve the efficiency and reliability of wireless EV charging systems.

The Filter Basics ebook provides a comprehensive introduction to essential RF filter concepts to help engineers make more informed filter-selection decisions.

High Q capacitors improve efficiency and performance in resonant RF circuits.

After decades of viewing MIL-SPECs as the gold standard for qualifying and screening parts for viability in space, NASA has recently changed course, and is adopting commercial-off-the-shelf (COTS) parts as an option for a variety of space applications.

Pacemakers and ICDs depend on compact, highly reliable capacitors to support safe, consistent performance in life-critical applications.

Understanding S-parameters helps engineers evaluate key aspects of RF filter performance, including insertion loss, return loss, and impedance matching.