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The Smith chart graphical equivalent of using the transmission-line equation is to normalise , to plot the resulting point on a Z Smith chart and to draw a circle through that point centred at the Smith chart centre. The path along the arc of the circle represents how the impedance changes whilst moving along the transmission line.
It is a graph whose adjacency matrix has largest eigenvalue at most 2, [1] or has spectral radius 2 [2] or at most 2. [3] The graphs with spectral radius 2 form two infinite families and three sporadic examples; if we ask for spectral radius at most 2 then there are two additional infinite families and three more sporadic examples.
The blue circle, centered within the Smith chart, ... You are free: to share – to copy ... Smith chart; Transmission line; User:Sbyrnes321 ...
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English: Most basic explanation of the Smith chart. A wave travels down a transmission line of impedance Z0, terminated at a load ZL. The voltage reflection coefficient is Gamma. The normalized impedance is z. Each point on the Smith chart represents a value of z (bottom left), and also represents the corresponding value of Gamma (bottom right).
This image is a derivative work of the following images: File:Smith_chart_gen.svg licensed with Cc-by-sa-3.0 . 2011-05-16T20:13:05Z KPhilipp 1300x1300 (709129 Bytes) Ger: Auf dem innersten Kreis hatte die Winkeleinteilung zwei Fehler (2x -60° und 2x -160° nacheinander anstatt -70° und -170°)
A circle with five chords and the corresponding circle graph. In graph theory, a circle graph is the intersection graph of a chord diagram.That is, it is an undirected graph whose vertices can be associated with a finite system of chords of a circle such that two vertices are adjacent if and only if the corresponding chords cross each other.