Industry Insights

31. 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.

32. 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.

33. 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.

34. 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.

35. 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.

36. 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.

37. The Non-Negotiable Need For Quality In Micro Molding 4/25/2025

    Quality in micro molding is essential. Accumold ensures precision through advanced metrology, process validation, and continuous improvement, meeting tight tolerances for complex, miniaturized components.

38. Simplifying System Architecture For Ambulatory Blood Pressure Monitoring 4/23/2025

    Integrating a disc pump enabled the creation of a compact, quiet, arm-worn ABPM device that improved measurement accuracy, patient comfort, and simplified system architecture.

39. Solenoid Valve Performance Trade-Offs And Design Challenges 4/23/2025

    Solenoid valve design involves complex trade-offs between pressure, flow, leakage, temperature, and material. Adjusting one feature often impacts others, requiring careful engineering balance.

40. 5 Common Solenoid Valve Failure Modes 4/23/2025

    Solenoid valve performance depends on proper design, installation, maintenance, and contamination prevention. Common failure modes include pressure issues, electrical faults, and improper system compatibility.