Industry Insights
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.