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- Linear_phase abstract "Linear phase is a property of a filter, where the phase response of the filter is a linear function of frequency. The result is that all frequency components of the input signal are shifted in time (usually delayed) by the same constant amount, which is referred to as the phase delay. And consequently, there is no phase distortion due to the time delay of frequencies relative to one another. For discrete-time signals, perfect linear phase is easily achieved with a finite impulse response (FIR) filter. Approximations can be achieved with infinite impulse response (IIR) designs, which are more computationally efficient. Several techniques are: a Bessel transfer function which has a maximally flat group delay a maximally flat group delay approximation function a phase equalizer".
- Linear_phase thumbnail Phase_Plots.svg?width=300.
- Linear_phase wikiPageExternalLink 013139407X_ism01.pdf.
- Linear_phase wikiPageID "1291180".
- Linear_phase wikiPageLength "5040".
- Linear_phase wikiPageOutDegree "21".
- Linear_phase wikiPageRevisionID "679715750".
- Linear_phase wikiPageWikiLink Bessel_filter.
- Linear_phase wikiPageWikiLink Bode_plot.
- Linear_phase wikiPageWikiLink Bode_plots.
- Linear_phase wikiPageWikiLink Category:Digital_signal_processing.
- Linear_phase wikiPageWikiLink Discrete-time.
- Linear_phase wikiPageWikiLink Discrete_time_and_continuous_time.
- Linear_phase wikiPageWikiLink File:Phase_Plots.svg.
- Linear_phase wikiPageWikiLink Filter_(signal_processing).
- Linear_phase wikiPageWikiLink Filter_design.
- Linear_phase wikiPageWikiLink Finite_impulse_response.
- Linear_phase wikiPageWikiLink Frequency.
- Linear_phase wikiPageWikiLink Group_delay.
- Linear_phase wikiPageWikiLink Group_delay_and_phase_delay.
- Linear_phase wikiPageWikiLink Infinite_impulse_response.
- Linear_phase wikiPageWikiLink Linear_function_(calculus).
- Linear_phase wikiPageWikiLink Minimum_phase.
- Linear_phase wikiPageWikiLink Normalized_frequency_(digital_signal_processing).
- Linear_phase wikiPageWikiLink Normalized_frequency_(unit).
- Linear_phase wikiPageWikiLink Nyquist_frequency.
- Linear_phase wikiPageWikiLink Passband.
- Linear_phase wikiPageWikiLink Phase_delay.
- Linear_phase wikiPageWikiLink Phase_distortion.
- Linear_phase wikiPageWikiLink Phase_response.
- Linear_phase wikiPageWikiLink Principal_value.
- Linear_phase wikiPageWikiLinkText "Linear phase".
- Linear_phase wikiPageWikiLinkText "linear phase".
- Linear_phase wikiPageWikiLinkText "linear-phase".
- Linear_phase wikiPageWikiLinkText "zero phase at all frequencies".
- Linear_phase caption "Bode plots. Phase discontinuities are π radians, indicating a sign reversal.".
- Linear_phase caption "Phase discontinuities are removed by allowing negative amplitude.".
- Linear_phase day "23".
- Linear_phase footer "Two depictions of the frequency response of a simple FIR filter".
- Linear_phase footerAlign "center".
- Linear_phase hasPhotoCollection Linear_phase.
- Linear_phase image "Amplitude & phase vs frequency for a 3-term boxcar filter.gif".
- Linear_phase image "Frequency response of 3-term boxcar filter.gif".
- Linear_phase month "April".
- Linear_phase time "39.0".
- Linear_phase timestamp "20150423003924".
- Linear_phase url 013139407X_ism01.pdf.
- Linear_phase width "300".
- Linear_phase wikiPageUsesTemplate Template:Clear.
- Linear_phase wikiPageUsesTemplate Template:Copyviocore.
- Linear_phase wikiPageUsesTemplate Template:Multiple_image.
- Linear_phase wikiPageUsesTemplate Template:Nobots.
- Linear_phase wikiPageUsesTemplate Template:Reflist.
- Linear_phase year "2015".
- Linear_phase subject Category:Digital_signal_processing.
- Linear_phase hypernym Property.
- Linear_phase type Building.
- Linear_phase type Algorithm.
- Linear_phase comment "Linear phase is a property of a filter, where the phase response of the filter is a linear function of frequency. The result is that all frequency components of the input signal are shifted in time (usually delayed) by the same constant amount, which is referred to as the phase delay. And consequently, there is no phase distortion due to the time delay of frequencies relative to one another.".
- Linear_phase label "Linear phase".
- Linear_phase sameAs Lineaire_fase.
- Linear_phase sameAs m.04qj28.
- Linear_phase sameAs Q512136.
- Linear_phase sameAs Q512136.
- Linear_phase wasDerivedFrom Linear_phase?oldid=679715750.
- Linear_phase depiction Phase_Plots.svg.
- Linear_phase isPrimaryTopicOf Linear_phase.