Examples of 'dissipation factor' in a sentence
Meaning of "dissipation factor"
Dissipation factor is a term used in electrical engineering to describe the efficiency of a material in converting electrical energy into heat energy. It is a ratio of the energy lost as heat to the energy stored in the electrical field
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- The value of energy loss rate of oscillation mode in a dissipative system.
How to use "dissipation factor" in a sentence
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dissipation factor
Development of the dissipation factor curve.
Dissipation factor is quite sensitive to contamination and deterioration of insulation.
Drying limits the value of the dissipation factor.
The dissipation factor describes the dielectric losses of a capacitor.
Tan δ is the dielectric loss tangent or dielectric dissipation factor.
Dissipation factor test.
Electrical dissipation factor.
They have good electrical properties with a low dissipation factor.
Dissipation factor tg.
Free moisture in the composition will negatively affect the dissipation factor.
The dissipation factor of an oil is a measure of the dielectric losses in that oil.
The polyethylene will lower both the dielectric constant and dissipation factor.
The dissipation factor marks the temperature limit for proper insulative performance.
Another portion of the composition is placed in a leaktight cell for measuring the dissipation factor.
Dielectric dissipation factor is also known as loss factor or tan delta of transformer oil.
See also
Dibromostyrene adds fire retardation to the composition and lowers the dissipation factor and dielectric constant.
The dissipation factor of PP film capacitors is smaller than that of other film capacitors.
The spectrum analyzer measures the capacitance C and the dissipation factor DF.
The dissipation factor determines the amount of energy a resonant LC circuit can store.
As an electrical insulator, the dissipation factor value should be as low as possible.
This dissipation factor is the ratio of the in-phase to out of phase power.
However, it is important to choose a composition giving a low dissipation factor in this order.
ESR and dissipation factor tan δ.
The purity is monitored by electrical conductivity, acidity and dissipation factor measurement.
Moreover, a low dissipation factor is disclosed.
The dielectric quality factor, corresponding to the inverse of the dielectric dissipation factor.
Measurement of dissipation factor ( tan δ ) of the insulation system capacitances.
Figure 5 shows the effect of zinc acetate on the dissipation factor of tap water ;.
A low dissipation factor indicates low dielectric losses and a low concentration of soluble, polar contaminants.
Other indicators of purity are dissipation factor and neutralization number ( acid number ).
It consists of a " puck " of ceramic that has a large dielectric constant and a low dissipation factor.
The reciprocal value of the dissipation factor is defined as the quality factor “ Q ”.
Then, the glass transition temperature was calculated from the measured value of the dissipation factor.
Monitoring of the dissipation factor ( tan δ ).
The dissipation factor of film capacitors is frequency -, temperature - and time-dependent.
Tan δ = electrical dissipation factor.
Figure 16 shows dissipation factor for distilled water and various tomato food solutions ;.
Imaginary dielectric constant is indeed the measure of the dissipation factor ( tan ( δ ) ).
Figure 12 shows dissipation factor for samples of distilled water, tomato food solution and tap water ;.
The capacitor 96 preferably has low leakage and a low dissipation factor.
Also the values of dissipation factor are shown for Examples 8 and 9.
Power loss in antennas is reduced with lower dissipation factor ( Df ) materials.
The dissipation factor „ D “ will be very low at this setting.
If the inductance ESL is small, the dissipation factor can be approximated as,.
Dissipation factor is measured at 2.0GHz for these experiments.
FIG . 10 shows the onset dissipation factor for a film of the invention.
This decay is recorded and the resonance frequency ( f ) and the energy dissipation factor ( D ) are extracted.
Dielectric Constant ( DK ) and Dissipation Factor ( DF ) were determined using dielectric spectroscopy.
A Wayne Kerr Automatic LCR meter 4250 was used to obtain capacitance and dissipation factor data.
Figure 21 shows dissipation factor for various samples of cola ;.
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