Examples of 'linear phase' in a sentence
Meaning of "linear phase"
linear phase - In context of signal processing or electronics, linear phase refers to a characteristic of a system or filter where the phase shift is directly proportional to the frequency
How to use "linear phase" in a sentence
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linear phase
They do not affect the property of linear phase.
Linear phase digital filter.
It provides good linear phase.
Introducing a linear phase shift on the hologram phase as it is being calculated.
At this stage the reaction was still in its linear phase.
Linear phase relationship.
Oversampled cosine modulated filter banks with linear phase.
Can easily be designed to be linear phase by making the coefficient sequence symmetric.
The equalisation will then provide a flat amplitude frequency response but not linear phase.
By a linear phase.
Ideally this should ensure that the pressure increments chosen lead to linear phase increments.
They can be designed to be linear phase giving very low pulse distortion.
Linear phase PR filters are very useful for image processing.
That half cycle phase shift appears as a linear phase shift in the data stream.
The linear phase variation of the filter as a function of frequency is illustrated by curves B.
See also
Symmetrical FIR filters are linear phase.
An ideal source has linear phase and a smoothly falling spectral envelope.
This filter has an attenuation coefficient of close to 4 dB and a linear phase response.
These two linear phase factors cause the radiated planar phase front x FIG.
Frequency response of linear phase FIR Filter.
A real-time linear phase filterbank version of DirAC was implemented.
This result is very useful for obtaining the section 's linear phase law.
Subtracting the linear phase from the band pass filtered range bin ;.
In fact, this prior art method is better suited at modeling linear phase responses.
The fitted value of the linear phase was taken as the steady-state rate.
Such digital phase shifters typically produce a " stair step " approximation to a desired linear phase gradient.
The voltage waveforms are chosen to create a linear phase response in the electro-optical material.
The filter shown in FIG . 9 has eight coefficients and is provided with a linear phase shifter.
Otherwise, you can have a linear phase transition occurring within the requested duration, in millisecond.
Preferably, the low pass filter should have very close to linear phase and minimal loss.
A 0.5 degree approximation to linear phase was chosen in commercial embodiments of the invention.
Bessel - Bessel filter is the filter with maximally linear phase response.
Figure 2 illustrates a linear phase FIR-filter with a complementary output ;.
The ongoing phase value P is a piecewise-linear approximation of a linear phase increase.
This sideband bandpass filter exhibits a linear phase delay characteristic ( eg ., a Bessel characteristic ).
Said evaluation means ( 74 ) determines the peak second doppler filter output and corresponding linear phase progression ;.
This publication also describes the configuration of a linear phase FIR-filter with the so-called Remez-algorithm.
The linear phase shift per unit length amounts to n = 2π · B / λ.
Filters can be designed to have zero phase, linear phase or non-linear phase responses.
A linear phase generator 127 generates the linear phase corresponding to the peak filter of the FFT 124.
However, Bessel filters have the best linear phase characteristics.
Filters 17, 21 and 25 are linear phase Bessel filters serving to transmit without rebound the signals received.
The filters h a k ( n ) all have linear phase responses.
Signal and its time derivative are in quadrature C P ′ ( t ) = constant = > Signal with linear Phase.
The phase unquantizer 716 provides the linear phase shift values to the composition module 714.
M F ( λ F1 ) corresponds to the matrix of such a pure linear phase retarder.
This angle of incidence creates a linear phase slope, 2π sin ( Y ) / λ at the flashing pixel.
Alternatively FIR filters may be used, for example 1000 tap linear phase FIR filters.
The angle of incidence also creates a linear phase slope across the original hologram pattern, H0 ( u, v ).
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