Usually the resistive losses grow proportionately to f ^ { 0.5 } \, and dielectric losses grow proportionately to f ^ { ge } \, with "'ge "'> 0.5 so at a high enough frequency, dielectric losses will exceed resistive losses.
42.
Usually the resistive losses grow proportionately to f ^ { 0.5 } \, and dielectric losses grow proportionately to f ^ { ge } \, with "'ge "'> 0.5 so at a high enough frequency, dielectric losses will exceed resistive losses.
43.
At multigigabit / s data rates, link designers must consider reflections at impedance changes ( e . g . where traces change levels at vias ), noise induced by densely packed neighboring connections ( crosstalk ), and high-frequency attenuation caused by the skin effect in the metal trace and dielectric loss tangent.
44.
It has been proposed therefore to heat such materials simultaneously throughout their mass by means of the dielectric loss produced in them when they are subjected to a high voltage, high frequency field . " " This patent proposed radio frequency ( RF ) heating at 10 to 20 megahertz ( wavelength 15 to 30 meters ).
45.
In the equation, Tc is normally the limiting conductor temperature derived from the insulation or tensile strength limitations . { \ Delta } TD is a term added to the ambient temperature Ta to compensate for heat generated in the jacket and insulation for higher voltages . { \ Delta } TD is called the dielectric loss temperature rise and is generally regarded as insignificant for voltages below 2000 V . Term ( 1 + YC ) is a multiplier used to convert direct current resistance ( Rdc ) to the effective alternating current resistance ( which typically includes AWG No . 2 ( ), this term is generally regarded as insignificant.
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