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Knowles Blog

Learn more about how Knowles powers high‑performance innovation across advanced materials, precision components, and next‑generation technologies.

At Knowles, we engineer high‑performance solutions that enable the world’s most demanding applications. This blog explores the technologies, insights, and emerging opportunities shaping advanced ceramics, precision components, and the markets we serve.

Capacitor Fundamentals: Part 10 – Industry Test Standards

Industry test standards establish consistent performance and quality requirements for Class I and Class II ceramic capacitors.
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View Article for Capacitor Fundamentals: Part 10 – Industry Test Standards

Heterogeneous Integration for Electronics Design in RF and Microwave

Heterogeneous integration (HI) refers to the process of combining a set of electronic components with different functions and material compositions into a single, compact system.
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View Article for Heterogeneous Integration for Electronics Design in RF and Microwave

Capacitor Fundamentals: Part 9 – Test Parameters and Electrical Properties

Capacitor performance can vary significantly with temperature, voltage, frequency, and time, making standardized test conditions essential for accurate evaluation.
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View Article for Capacitor Fundamentals: Part 9 – Test Parameters and Electrical Properties

Duplex, Duplexer, Diplexer?

Learn the difference between duplex, diplexers and duplexers in two-way communications.
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View Article for Duplex, Duplexer, Diplexer?

Leveraging Thin Film on Ceramic Substrates for Interconnects and Interposers

Thin film ceramic interposers enable smaller, reliable, high-performance RF and microwave designs.
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View Article for Leveraging Thin Film on Ceramic Substrates for Interconnects and Interposers

The Important Role of a Bypass Capacitor

Bypass capacitors filter noise to improve electronic system reliability and performance.
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View Article for The Important Role of a Bypass Capacitor

Capacitor Fundamentals: Part 8 – Dielectric Classifications

Learn how Class I and Class II dielectrics differ in stability, capacitance, and performance across operating conditions.
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View Article for Capacitor Fundamentals: Part 8 – Dielectric Classifications

Capacitor Fundamentals: Part 7 – Linear Dielectrics

Explore how linear dielectrics deliver stable, predictable capacitor performance with low loss and minimal variation over time.
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View Article for Capacitor Fundamentals: Part 7 – Linear Dielectrics

Thin Film Integrated Passive Devices at Knowles

Thin-film IPDs enable compact, high-performance designs for advanced electronics.
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View Article for Thin Film Integrated Passive Devices at Knowles

How The Shift to SiC-Based Semiconductors in Military Power Supplies Affects Capacitor Selection

Ceramic capacitors enable efficient, reliable SiC power designs for demanding military applications.
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View Article for How The Shift to SiC-Based Semiconductors in Military Power Supplies Affects Capacitor Selection

The Capabilities, Benefits, and Key Applications for StackiCap™ MLCCs

StackiCap™ combines high capacitance, compact size, and improved mechanical reliability for space-constrained power electronics.
View Article for The Capabilities, Benefits, and Key Applications for StackiCap™ MLCCs
View Article for The Capabilities, Benefits, and Key Applications for StackiCap™ MLCCs

Build-to-Print Services for Thin Film Circuit Design and Construction

As the name implies, “thin film” is a precisely deposited layer of material used to fabricate electronic components.
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View Article for Build-to-Print Services for Thin Film Circuit Design and Construction

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