Examples of 'notch filter' in a sentence
Meaning of "notch filter"
notch filter - a filter that removes specific frequencies from a signal
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- A bandstop filter with a narrow stopband.
How to use "notch filter" in a sentence
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notch filter
The notch filter can be switched on or off.
A specific frequency is removed using a notch filter.
The notch filter has a predefined stopband.
Transfer function of second order notch filter.
The notch filter is an optional components.
This filter type is sometimes called a notch filter.
Multiple sets of notch filter to suppress the resonant point.
This is also called a notch filter.
The shape of the notch filter may be matched to complement the expected interference.
In one embodiment the or each filter is a notch filter.
Where a notch filter or.
This is also called as band elimination or notch filter.
It is preferred that the notch filter not attenuate any adjacent signals.
The invention also relates to a tunable notch filter.
A notch filter is then used to suppress the pilot tone from the recovered signal.
See also
Collision filter comprising at least one notch filter.
Turning off selectively the operation of the notch filter after the inhibiting filter is adjusted.
The preceding frequency selecting unit may be a filter or a notch filter.
The filter may be a notch filter having notch filter data based upon the interferer indication.
The filter is a notch filter.
Ideally this notch filter removes only the interference without removing a significant amount of television information.
An identified frequency band is then assigned to a notch filter and excised.
Notch filter Band pass filter.
That energy removal is a residual interference not eliminated by the notch filter.
Thus, only one notch filter has to be implemented.
A very narrow band-stop filter is known as a notch filter.
In one embodiment, the notch filter is an adaptive notch filter.
Figure 4 is a block diagram showing the operation of a notch filter.
Alternatively, the notch filter may be implemented as a separate filter.
In some embodiments, the first filter may be a notch filter.
In another embodiment, the notch filter is an infinite impulse response filter.
In the case of two electrophoretic gates in parallel, a notch filter is obtained.
In another embodiment, the notch filter is a finite impulse response filter.
Positive trap systems also utilize a narrow band-rejection notch filter.
Equation 1 defines the harmonic notch filter in the time domain.
In one embodiment, this is due in part to the presence of the notch filter.
Figure 5 is a block diagram of a notch filter module in accordance with the invention.
The notch filter 19 then eliminates frequencies adjacent to the carrier frequency from the received signal.
The inverse response of compensator 70 provides a notch filter in the region of these poles.
Adaptive notch filter design for tracking of quasi-harmonic signals are also presented.
The transfer function of compensator 65 provides a notch filter in the region of these poles.
As a consequence, the notch filter will effectively reduce the harshness of the vocalist 's voice.
Alternatively, and in a preferred embodiment a deep notch filter is used for the fundamental.
Scattered light can be pre-filtered prior to entering the spectrograph slit using a holographic notch filter.
To resolve this conflict a notch filter is sometimes used, instead of a low-pass filter.
Rotating dial clockwise produces band-pass filter effect; rotating counterclockwise produces notch filter effect.
In another embodiment, the notch filter is a second-order infinite impulse response filter.
Figure 9 is a front elevational view of the modular dielectric notch filter shown in Figure 8.
Notch Filter - switches Notch Filter on and off.
Circuit compensating for the attenuation of a notch filter at frequencies less than cut-off frequency thereof.
