Overview
Dielectric properties of materials are essential for understanding how they interact with electric fields. These properties determine how well materials can store and dissipate electrical energy, which is crucial in various applications such as capacitors and insulators. Key concepts include permitt...
Key Terms
Example: The permittivity of free space is a constant used in calculations.
Example: Glass has a high dielectric strength, making it a good insulator.
Example: In water, molecules become polarized in an electric field.
Example: A low loss tangent indicates efficient energy storage.
Example: Capacitors store energy in electric fields.
Example: Rubber is commonly used as an insulator.
Related Topics
Key Concepts
PermittivityDielectric StrengthPolarizationLoss Tangent