Electric permittivity of copper

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SUMMARY

The relative permittivity of copper, also known as the dielectric constant, is a critical parameter for understanding its ability to store electric charge. This value, denoted by the symbol ε, is dimensionless and varies based on factors such as temperature, frequency, and impurities. Reliable sources for this information include the National Institute of Standards and Technology (NIST) and engineering handbooks. Consulting with a materials engineer or physicist is recommended for application-specific values.

PREREQUISITES
  • Understanding of electric permittivity and dielectric constants
  • Familiarity with material properties and their measurement
  • Knowledge of factors affecting electrical properties, such as temperature and frequency
  • Access to resources like NIST databases and engineering handbooks
NEXT STEPS
  • Research the dielectric constant values for various materials using NIST resources
  • Learn about the impact of temperature and frequency on electric permittivity
  • Explore material datasheets for specific applications of copper
  • Consult with experts in materials science for advanced applications
USEFUL FOR

Engineers, physicists, and materials scientists who require precise information on the electrical properties of copper and its applications in various fields.

mike217
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Can anybody please tell me where I can find the value for the relative permittivity of copper with respect to air.

Thanks
 
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I went on google for the value and i ended up with
this

Daniel.
 
for your question. The electric permittivity of copper, also known as the dielectric constant, is a measure of a material's ability to store electric charge. It is typically denoted by the symbol ε and is a dimensionless quantity. The relative permittivity of copper with respect to air is a specific value that indicates how much more or less charge can be stored in copper compared to air.

The value for the relative permittivity of copper with respect to air can be found in various sources such as material datasheets, engineering handbooks, and online databases. One reliable source is the National Institute of Standards and Technology (NIST) website, which provides a comprehensive list of material properties including the relative permittivity of copper with respect to air. Another option is to consult with a materials engineer or physicist who specializes in electrical properties.

It's important to note that the relative permittivity of copper can vary depending on factors such as temperature, frequency, and impurities in the copper. Therefore, it is best to use a specific value for your specific application or to consult with an expert to determine the most accurate value for your needs. I hope this helps answer your question.
 

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