Examples of 'excitation frequency' in a sentence
Meaning of "excitation frequency"
Excitation frequency refers to the specific rate or frequency at which a system or component is stimulated or energized. This phrase is commonly used in the fields of engineering, physics, and electronics to describe the frequency at which a particular device or system is designed to operate optimally
How to use "excitation frequency" in a sentence
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excitation frequency
A signal at the excitation frequency fe has a wavelength λe.
It can be achieved by adjusting the excitation frequency f e.
As the excitation frequency is generated using a.
Bandpass filtering centered at the excitation frequency.
A sweep in function of the excitation frequency allows extracting of the thermal impedance.
The frequency spectrum is swept by modifying the excitation frequency.
This excitation frequency is such that the coil is regulated to overvoltage or resonance.
It is therefore beneficial to employ as high an excitation frequency as is practical.
The excitation frequency is then close to the resonance frequency of the resonator.
Vibrating rate gyro with slaving of detection frequency to excitation frequency.
The excitation frequency fm can be converted between preset values during operation.
The converter scan rate can be at least twice the excitation frequency.
In this method a single excitation frequency is applied and the torque response is analysed.
This causes the particles to behave as a localized dipole oscillating at the excitation frequency.
This frequency is equal to the excitation frequency F of the circuit C.
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The field causes the particles to behave as a localized dipole oscillating at the excitation frequency.
That frequency is equal to the excitation frequency F of the circuit C.
The excitation frequency is determined from this formula,.
The frequency is also constant and equal to the excitation frequency of the transducer.
A voltage excitation frequency of 1MHz was found to be optimum.
The excitation signal SE has an excitation frequency fm.
A plot of amplitude vs. excitation frequency will have a peak centered at the resonance frequency.
It is therefore possible to modulate Ω j by the excitation frequency w EXC.
Thus, each excitation frequency may correspond to a measured value of the electrical magnitude.
Dependency of the mechanical loss factor on temperature and excitation frequency 2.
In this case, the excitation frequency fm and the demodulation frequency are exactly identical.
Therefore, it permits knowledge of the structure 's reaction during an excitation frequency.
Source 1 supplies an excitation frequency signal at substantially the resonant frequency of the circuit.
During an initial stage, a search is made for an optimum excitation frequency.
Nevertheless, it requires an excitation frequency which may not be optimal for detecting certain defects.
This creates a complication in the control of the atomizer 's excitation frequency.
The excitation frequency is obtained by Fourier transforming along the \tau 1 axis.
Thus the system can be adapted on-line to changes in the excitation frequency.
The excitation frequency is less than the detection frequency, the amplification factor is, EPMATHMARKEREP.
The chopping ( or variation of intensity ) will then be made at the desired excitation frequency.
For example, the substrate is illuminated at the excitation frequency for less than about a millisecond.
The stiffness, k, of the spring is optimized for a medium value of the excitation frequency.
It consists in applying an excitation frequency w ; equal to wm / n, with n being integer.
When the excitation is oscillatory, the system is forced to vibrate at the excitation frequency.
An excitation frequency loop ;.
Thus, a high flexibility is provided to select the scan rate corresponding to the excitation frequency.
If the excitation frequency increases, the total mass, m, should be reduced.
The demodulation frequency of the demodulator signal DS, DS ' is thus the excitation frequency fm.
An excitation frequency of about 100 kHz seems to provide a good compromise.
The curve in FIG . 9 shows the general appearance of responses as a function of excitation frequency.
In practice this excitation frequency is less than 1 MHz and preferably less than 100 kHz.
The rational ratio M / N is reduced with an increasing value of the excitation frequency fm.
Preferably, the voltage excitation frequency is between ¼ of the cut-off frequency and the cut-off frequency.
Thus, the demodulation frequency fm ' is unlike the excitation frequency fm.
The excitation frequency f e =1/T e for performing each step is therefore increased.
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