Changes

EM.Picasso

1 byte removed, 23:06, 3 June 2015
/* Working with Planar MoM Simulation Data */
== Working with Planar MoM Simulation Data ==
[[Image:PMOM130.png|thumb|400px|Changing the graph type by editing a data file's properties.]]
[[Image:PMOM134.png|thumb|400px|The S<sub>11</sub> parameter plotted on a Smith Chart graph in EM.Grid.]]
[[Image:PMOM131.png|thumb|300px|EM.Picasso's Smart Fit dialog.]]
[[Image:PMOM133(2).png|thumb|400px|The S<sub>11</sub> parameter plot of a two-port structure in magnitude-phase format.]]
[[Image:PMOM132(2).png|thumb|400px|The smoothed version of the S<sub>11</sub> parameter plot of the two-port structure using [[EM.Cube]]'s Smart Fit.]]
=== Planar Module's Output Simulation Data ===
3D output data, on the other hand, are defined as functions of the space coordinates and are usually of vectorial nature. Cartesian-type and mesh-type data such as current distributions and near-field field distributions are expressed as functions of the Cartesian (X, Y, Z) coordinates. Spherical-type data like far-field radiation patterns and RCS are expressed as functions of the spherical angles (&theta;, &phi;). The 3D radiation patterns are written into a file with a &quot;'''.RAD'''&quot; extension. This file contains the complex values of the &theta;- and &phi;-components of the far-zone electric field (E<sub>&theta;</sub> and E<sub>&phi;</sub>) as well as the total far field magnitude as functions of the spherical observation angles &theta; and &phi;. The 3D RCS patterns are written into a file with a &quot;'''.RCS'''&quot; extension. This file contains the real values of the &theta;- and &phi;-polarized RCS values as well as the total RCS as functions of the spherical observation angles &theta; and &phi;. The current distributions are written into data files with a &quot;'''.CUR'''&quot; extension. They contain the real and imaginary parts of the X, Y and Z components of electric ('''J''') and magnetic ('''M''') current on each cells together with the definition of all the node coordinates and node indices of the cells. The near-field distributions are written into data files with a &quot;'''.SEN'''&quot; extension. They contain the amplitude and phase of the X, Y and Z components of electric ('''E''') and magnetic ('''H''') fields as functions of the coordinates of sampling points. All the 3D data files are listed in the '''3D Data Files''' tab of [[EM.Cube]]'s '''Data Manager'''. You can view the contents of these data files by selecting their row in the data manager and clicking the '''View''' button of the dialog.
 
[[Image:PMOM130.png|thumb|400px|Changing the graph type by editing a data file's properties.]]
[[Image:PMOM134.png|thumb|400px|The S<sub>11</sub> parameter plotted on a Smith Chart graph in EM.Grid.]]
[[Image:PMOM131.png|thumb|300px|EM.Picasso's Smart Fit dialog.]]
[[Image:PMOM133(2).png|thumb|400px|The S<sub>11</sub> parameter plot of a two-port structure in magnitude-phase format.]]
[[Image:PMOM132(2).png|thumb|400px|The smoothed version of the S<sub>11</sub> parameter plot of the two-port structure using [[EM.Cube]]'s Smart Fit.]]
=== Examining Port Characteristics ===
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