Examples of 'dielectric loss' in a sentence
Meaning of "dielectric loss"
Dielectric loss is the amount of electrical energy that converts into heat energy while an insulating material (dielectric) is subjected to an alternating electric field. It occurs due to the energy dissipation caused by the dielectric's inherent electrical resistance and imperfect insulation properties. Dielectric loss is commonly observed in capacitors and electrical circuits where insulation plays a crucial role
How to use "dielectric loss" in a sentence
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dielectric loss
Low dielectric loss under high frequency.
This electrical energy is known as dielectric loss.
Variation of dielectric loss factor with frequency.
Furnaces and ovens functioning by induction or dielectric loss.
High voltage dielectric loss and capacitance measurement.
The loss is known as dielectric loss.
Small dielectric loss angle.
Other equipment for the heat treatment of materials by induction or dielectric loss.
Tan δ is the dielectric loss tangent or dielectric dissipation factor.
Most high dielectric constant polymers having low dielectric loss are ferroelectrics.
Relationship between dielectric loss and temperature and frequency of fluorphlogopite.
Dielectric heating involves the heating of electrically insulating materials by dielectric loss.
All materials presenting a dielectric loss factor can be heated.
Dielectric loss factor.
Heating by dielectric loss.
See also
Dielectric loss tgδ.
Also it can obtain an high gain value due to its small dielectric loss.
Dielectric loss tangent.
Insulating spacers are made of ultraporcelain have high mechanical strength and low dielectric loss.
Dielectric loss index.
Its thickness should be chosen to compromise for the mechanical strength and the dielectric loss.
The increase in the dielectric loss factor can also be an advantage.
Hence, a particularly useful sensor figure of merit includes dielectric loss.
Dielectric loss is negligible.
Typically as material heats, the dielectric loss factor increases.
Dielectric loss measurements on some aromatic and aliphatic aldehydes in solution were made.
However, the material having a large dielectric loss should be avoided.
The dielectric loss within the product causes the heating thereof.
The insulating layer itself is heated up by dielectric loss of the insulating layer 11.
Low dielectric loss thermoset resin system at high frequency for use in electrical components.
Furthermore, the resins according to the invention exhibit a significant reduction of dielectric loss.
A further reduction in dielectric loss can be obtained by increasing the diameter of the cable.
Of these, polyethylene is preferred from the viewpoints of dielectric constant, dielectric loss and processability.
Furthermore, the dielectric loss factor increases when temperature increases.
There are two main components to these losses, the metal loss and the dielectric loss.
When the dielectric loss is constant, the higher frequency f is advantageous.
Hence, the performance degradation caused by dielectric loss introduced by these additives can be avoided.
Second, the host polymer for the present invention embodiments should also exhibit low dielectric loss.
However, the dielectric loss is inevitable due to the characteristics of the dielectric substrate.
LC is preferred for frequencies higher than 10 GHz due to the lower dielectric loss.
The permittivity and dielectric loss at different frequencies have been plotted against concentration ( weight fraction ).
XLPE material compound is more steady, low dielectric loss than PVC insulation material.
Dielectric loss and non-zero DC conductivity in materials cause absorption.
The substrate material should have low dielectric loss and good high-voltage breakdown properties.
The dielectric loss tangent tg δ at the frequency of 10 GHz.
Preferably the transmission line comprises low dielectric loss insulators such as polytetrafluroethylene ( PTFE ) or polypropylene.
The term “ loss ” may also refer to dielectric loss.
In this instance, the dielectric loss should decrease and the dielectric constant should decrease.
Furnaces and ovens functioning by induction or dielectric loss - - - Mechanically operated.
Dielectric loss (DF), which affects the quality of signal transmission.
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