skin effect (Meaning)
skin effect (n)
the tendency of high-frequency alternating current to distribute near the surface of a conductor
Synonyms & Antonyms of skin effect
No Synonyms and anytonyms found
skin effect Sentence Examples
- The skin effect causes the alternating current to flow primarily through the outermost layer of a conductor, resulting in decreased resistance at high frequencies.
- In high-frequency applications, conductors experience the skin effect, which leads to increased resistance and energy loss.
- The skin depth, a measure of the distance the current penetrates into a conductor, is inversely proportional to the frequency of the alternating current due to the skin effect.
- The skin effect is a crucial consideration in electrical power transmission and distribution systems to minimize energy losses and maintain system efficiency.
- High-frequency electronic components often utilize the skin effect to reduce conductor losses and improve circuit performance.
- Radio frequency (RF) systems employ the skin effect to create surface currents that interact with antennas to transmit and receive signals effectively.
- The skin effect affects the design of induction heating coils, as it determines the depth of heat penetration into the material.
- The skin effect can be mitigated by using conductors with larger cross-sectional areas, which reduces the current density and improves conductivity.
- The skin effect is negligible in DC circuits, as the current distribution remains uniform throughout the conductor cross-section.
- Understanding the skin effect is essential for designing efficient and reliable electrical systems operating at high frequencies.
FAQs About the word skin effect
the tendency of high-frequency alternating current to distribute near the surface of a conductor
No synonyms found.
No antonyms found.
The skin effect causes the alternating current to flow primarily through the outermost layer of a conductor, resulting in decreased resistance at high frequencies.
In high-frequency applications, conductors experience the skin effect, which leads to increased resistance and energy loss.
The skin depth, a measure of the distance the current penetrates into a conductor, is inversely proportional to the frequency of the alternating current due to the skin effect.
The skin effect is a crucial consideration in electrical power transmission and distribution systems to minimize energy losses and maintain system efficiency.
