Linked from

The 8 pages that link to Dielectric loss, each with the reason it gives.

• DielectricRelated: Real dielectrics dissipate some energy as their polarization responds imperfectly to changing fields.

• Dielectric constantRelated: A real dielectric response includes losses as well as field reduction.

• PermittivityRelated: In alternating fields, complex permittivity captures this dissipative response.

• Coaxial cableRelated: The insulation between conductors absorbs some signal energy, especially at higher frequencies.

• Ceramic capacitorRelated: Loss in the ceramic limits efficiency and contributes to heating under alternating signals.

• Equivalent series resistanceRelated: Dielectric loss contributes to a capacitor’s effective series resistance.

• Dielectric spectroscopyRelated: Loss peaks locate processes that absorb energy from the applied field.

• Film capacitorRelated: It limits film-capacitor temperature and high-frequency performance.