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- Q1333343 subject Q11721203.
- Q1333343 subject Q7013146.
- Q1333343 subject Q7285216.
- Q1333343 abstract "A Nyquist plot is a parametric plot of a frequency response used in automatic control and signal processing. The most common use of Nyquist plots is for assessing the stability of a system with feedback. In Cartesian coordinates, the real part of the transfer function is plotted on the X axis. The imaginary part is plotted on the Y axis. The frequency is swept as a parameter, resulting in a plot per frequency. Alternatively, in polar coordinates, the gain of the transfer function is plotted as the radial coordinate, while the phase of the transfer function is plotted as the angular coordinate. The Nyquist plot is named after Harry Nyquist, a former engineer at Bell Laboratories.".
- Q1333343 thumbnail Nyquist.svg?width=300.
- Q1333343 wikiPageExternalLink idxpages.htm.
- Q1333343 wikiPageExternalLink NyquistPlot.html.
- Q1333343 wikiPageExternalLink analyser.
- Q1333343 wikiPageExternalLink nyquist.html.
- Q1333343 wikiPageExternalLink pid-control-lab-3-1.
- Q1333343 wikiPageWikiLink Q11721203.
- Q1333343 wikiPageWikiLink Q1370201.
- Q1333343 wikiPageWikiLink Q1756793.
- Q1333343 wikiPageWikiLink Q183635.
- Q1333343 wikiPageWikiLink Q185553.
- Q1333343 wikiPageWikiLink Q208163.
- Q1333343 wikiPageWikiLink Q217365.
- Q1333343 wikiPageWikiLink Q280308.
- Q1333343 wikiPageWikiLink Q316022.
- Q1333343 wikiPageWikiLink Q334269.
- Q1333343 wikiPageWikiLink Q35889.
- Q1333343 wikiPageWikiLink Q588247.
- Q1333343 wikiPageWikiLink Q62494.
- Q1333343 wikiPageWikiLink Q62527.
- Q1333343 wikiPageWikiLink Q62912.
- Q1333343 wikiPageWikiLink Q7013146.
- Q1333343 wikiPageWikiLink Q7285216.
- Q1333343 wikiPageWikiLink Q744737.
- Q1333343 wikiPageWikiLink Q854659.
- Q1333343 wikiPageWikiLink Q899731.
- Q1333343 wikiPageWikiLink Q959968.
- Q1333343 comment "A Nyquist plot is a parametric plot of a frequency response used in automatic control and signal processing. The most common use of Nyquist plots is for assessing the stability of a system with feedback. In Cartesian coordinates, the real part of the transfer function is plotted on the X axis. The imaginary part is plotted on the Y axis. The frequency is swept as a parameter, resulting in a plot per frequency.".
- Q1333343 label "Nyquist plot".
- Q1333343 depiction Nyquist.svg.