Knowles Precision Devices

  1. 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.

  2. 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.

  3. 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.

  4. 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.

  5. 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.

  6. Understanding RF Inductors Via Their Key Characteristics And Applications 5/6/2025

    RF inductors optimize signal integrity and minimize losses at high frequencies, making them essential for communication, medical, and defense systems operating in MHz to GHz ranges.

  7. What Are Safety Capacitors? 5/6/2025

    Safety capacitors protect users and devices from EMI and voltage surges in power circuits, ensuring safe, compliant operation in electronics from consumer to medical applications.

  8. How High-Energy Capacitor Banks Drive Plasma Research 3/12/2025

    High-energy capacitor banks power cutting-edge plasma research, enabling plasma generation, heating, and confinement in fusion experiments and pulsed energy applications like the National Ignition Facility’s laser systems.

  9. The Science And Engineering Of Advanced MRI Machines 1/15/2025

    MRI uses nuclear magnetic resonance principles and advanced RF systems to generate detailed images, balancing trade-offs in field strength, coil design, and amplifier performance for diagnostics.

  10. Supercapacitor Modules Bridge The Power Gap For No-Fail Systems 1/8/2025

    Supercapacitors provide reliable, rapid-response backup power for mission-critical systems like hospitals and smart grids. Explore how they outperform batteries in durability and surge capacity.