Knowles Precision Devices

  1. Supercapacitors For Fail-Safe Control In Industrial Systems 7/29/2025

    Supercapacitors provide fast, reliable energy for fail-safe valve control in industrial systems, improving safety, uptime, and performance, especially in remote or mission-critical environments.

  2. Safety Capacitor Classes 7/29/2025

    Explore Class X and Y safety capacitors, their subclasses, and how to choose the right type for EMI filtering, safety, and circuit reliability.

  3. Extending The Range And Performance Of Class I Ceramic C0G Series Capacitors For Power Converter Applications 7/29/2025

    Knowles expands its C0G MLCC range to enhance performance in EVs and industrial power converters, offering low ESR, high reliability, and excellent thermal efficiency in compact sizes.

  4. Evolving Motor Controller Design For Modern Robotics And Complex Automation Tasks 7/29/2025

    As robotics advance in pharmaceutical manufacturing, BLDC motors and high-performance capacitors are key to meeting automation demands for precision, reliability, and compact, sterilizable system designs.

  5. Ceramic vs. Film: Choosing The Right Technology For Your Safety Capacitors 7/29/2025

    Safety capacitors use ceramic or film dielectrics, each suited for specific safety roles. Ceramic is compact and cost-effective; film excels in high-voltage, durability, and reliability.

  6. Your Guide To Selecting Safety Capacitors For EMI Filtering In The PFC Stage Of An AC/DC Converter 7/9/2025

    Selecting the right safety capacitor requires careful analysis of EMI data, voltage levels, circuit configuration, performance specs, certifications, and real-world testing for effective PFC filtering.

  7. How Knowles Powers Precision Miniaturization In MedTech 5/7/2025

    Knowles offers advanced miniaturization solutions—like micro coiling, molding, and electronics integration—designed to optimize MedTech device performance, scalability, and cost-efficiency from concept to commercialization.

  8. 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.

  9. 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.

  10. 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.