Examples of 'coupling factor' in a sentence
Meaning of "coupling factor"
Coupling factor is a term used in various fields such as physics, engineering, and biology to describe the degree of interaction or connection between two or more systems or components
How to use "coupling factor" in a sentence
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coupling factor
Inductive coupling factor of two circuits.
For such uses a high magnetomechanical coupling factor is desirable.
The coupling factor is typically less than one.
The symbol may have the coupling factor in dB marked on it.
Coupling factor between u and v in the differential equation for v.
Inductive evaluation of the coupling factor of an electromagnetic transponder.
The structure according to the invention permits to obtain an improved coupling factor.
Resistive evaluation of the coupling factor of an electromagnetic transponder.
The transducer works as a nonlinear transformer with a force dependent coupling factor.
The recruit of each coupling factor of ERa at the time was investigated.
Gallium orthophosphate is one of these new piezoelectric materials with high coupling factor.
B represents a coupling factor.
This coupling factor information may also be used as a feedback during energy transfer.
Magnetomechanical coupling factor.
Achieving a good coupling factor is essential for optimizing efficiency of the inductive link.
See also
The slightest difference in this alignment results in a significant deterioration in this coupling factor.
The coupling factor between the windings becomes smaller and hence the leakage inductance increases.
It is attempted to have the piezoelectric material with a highest mechanical coupling factor possible.
Accordingly, the magnetic coupling factor is significantly improved.
In one example the transmitted energy may be regulated depending on the obtained coupling factor.
Conveniently each transformer has a coupling factor of approximately 1.
The energy transmitter may regulate the transmitted energy in response to the obtained coupling factor.
The coupling factor between the coil and the molten metal µ =.
The amplitude is modified because of the fact that the electro-mechanical coupling factor is changed.
Method for evaluating a current coupling factor between an electromagnetic transponder and a terminal, comprising,.
Method of making large-scale EPROM memory with a checker board pattern and an improved coupling factor.
This, however, does not increase the coupling factor to the levels required for feasible operations.
Large-scale EPROM memory with a high coupling factor.
A coupling factor of 5 % can thus be obtained.
The effect of the distance d in mm on k, the coupling factor is depicted in Figure 7D.
The coupling factor is defined by,.
FIG . 5 is a functional block diagram illustrating an implementation mode of the coupling factor evaluation method ;.
Inductive coupling factor of 2 circuits.
Preferably each transformer has a coupling factor in excess of 0.98.
Therefore, a coupling factor of the first coupler 31 needs to meet the following constraint relationship, EPMATHMARKEREP.
Consequently, the value of the coupling factor K. L can be easily controlled.
The magnetic coupling factor in the present invention can reach approximately 0.95.
In the above transformers, the magnetic coupling factor can reach approximately 0.95.
In each band, the coupling factor variation decreases from 1 dB to less than 0.3 dB.
On-axis coupling factor.
These devices have a coupling factor ranging from 50 dB to 60 dB.
FIG . 5 illustrates the coupling factor of the circuit of FIG . 4 according to frequency ;.
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