Feature Articles

  1. How Do You Make A Pulse In An RLC Circuit? 5/6/2025

    RLC circuit responses vary by damping ratio: overdamped, critically damped, or underdamped. Capacitance, resistance, and inductance all influence waveform behavior and peak current response.

  2. The Role Of Filters In Expanding Bandwidth For Electronic Warfare Receivers 5/6/2025

    Electronic warfare demands adaptive, high-performance RF systems. Wideband filters and early digitization with RF-ADCs enable agile spectrum access while managing interference and maximizing dynamic range.

  3. Taking Big Steps On Our Journey As A Premier Industrial Technology Company 5/6/2025

    In 2024, Knowles advanced its transformation into an industrial technology leader, focusing on high-performance components for MedTech, defense, and industrial markets through strategic growth.

  4. The Benefits Of Using Supercapacitors For Recloser Back-Up Power 5/6/2025

    Supercapacitors offer a reliable, long-lasting alternative to batteries in reclosers, improving grid safety, reducing maintenance, and performing better across extreme temperatures with faster charge/discharge cycles.

  5. Filter Technology From VHF To V Band 5/6/2025

    We design high-performance RF filters from 300 MHz to 75 GHz, supporting critical defense, aerospace, and communication systems with catalog, build-to-print, and custom solutions.

  6. Generating High Voltage Pulses With Marx Generators 5/6/2025

    Marx generators produce high-voltage pulses using capacitors charged in parallel and discharged in series. Advanced designs improve efficiency, reliability, and pulse control for high-energy applications.

  7. The Essential Relationship Between Two Key RF Components 5/6/2025

    Capacitors and inductors shape RF behavior through energy storage and impedance control. Their interplay enables resonance, filtering, and impedance matching in high-frequency circuit design.

  8. How Pulse Forming Networks Shape High Energy Pulses 5/6/2025

    Pulse Forming Networks (PFNs) shape high-energy pulses for radar, lasers, and imaging systems. Knowles capacitors ensure precision, efficiency, and reliability in these demanding applications.

  9. What Kind Of Capacitors Does Knowles Make? 5/6/2025

    Knowles offers capacitors for everything from medical implants to fusion experiments, covering energy storage from millijoules to kilojoules with tailored, high-performance solutions.

  10. How Ceramic Capacitor Assemblies Improve Efficiency In Power And RF Applications 5/6/2025

    Knowles capacitor assemblies use advanced dielectrics and stacking to deliver high-capacitance, low-loss performance for power electronics and RF applications, optimizing space, efficiency, and signal integrity.