<p>a) Group delay as a function of frequency for low-pass filter of 320 Hz (bottom), 160 Hz (middle) and 80 Hz (top). b) Mean group delay over pass-band frequency. lp: low-pass. Error-bars indicate standard deviation.</p
The effects of time-delay-ripple period and amplitude in 25GHz and 100GHz filters for operation at 1...
<p>Frequency response of post-processing low pass FIR filter with first zero at 117 Hz, delay 5 samp...
The first part of the paper discusses designing of the lowpass filter that gives both a constant gro...
<p>The top panel shows an example where the EFFR group delay was calculated from frequencies between...
In modern telecommunication systems, a constant group delay is necessary in order to avoid signal di...
The group delay of a filter is determined mathematically from the following relationships and is eas...
Publisher Copyright: CCBYThis paper discusses the audibility of group-delay variations. Previous res...
<p>The values on the x-axis represent the center frequency of the filters (each 100 Hz wide). Error ...
Includes bibliographical references (pages 98-99)A computer program is implemented which designs low...
This paper shows that the group delay of a delay circuit does not give sufficient information to pre...
This paper describes the implementation of delay element using C4 band-pass filter for subband analo...
The partial group delay between two channels of a multiple time series has an interpretation as the ...
The FM envelope delay technique of measuring group delay is an attractive alternative to standard te...
International audienceThis article describes the design of a tunable positive slope linear group del...
<p>Mean TE as a function of tested interaction delays for the coupling of channels 1 and 2 of the CS...
The effects of time-delay-ripple period and amplitude in 25GHz and 100GHz filters for operation at 1...
<p>Frequency response of post-processing low pass FIR filter with first zero at 117 Hz, delay 5 samp...
The first part of the paper discusses designing of the lowpass filter that gives both a constant gro...
<p>The top panel shows an example where the EFFR group delay was calculated from frequencies between...
In modern telecommunication systems, a constant group delay is necessary in order to avoid signal di...
The group delay of a filter is determined mathematically from the following relationships and is eas...
Publisher Copyright: CCBYThis paper discusses the audibility of group-delay variations. Previous res...
<p>The values on the x-axis represent the center frequency of the filters (each 100 Hz wide). Error ...
Includes bibliographical references (pages 98-99)A computer program is implemented which designs low...
This paper shows that the group delay of a delay circuit does not give sufficient information to pre...
This paper describes the implementation of delay element using C4 band-pass filter for subband analo...
The partial group delay between two channels of a multiple time series has an interpretation as the ...
The FM envelope delay technique of measuring group delay is an attractive alternative to standard te...
International audienceThis article describes the design of a tunable positive slope linear group del...
<p>Mean TE as a function of tested interaction delays for the coupling of channels 1 and 2 of the CS...
The effects of time-delay-ripple period and amplitude in 25GHz and 100GHz filters for operation at 1...
<p>Frequency response of post-processing low pass FIR filter with first zero at 117 Hz, delay 5 samp...
The first part of the paper discusses designing of the lowpass filter that gives both a constant gro...
DOI
Add to ORKG