patternFromSlices(vertislice,theta,horizslice) plots the approximate 3-D pattern with the horizontal slice provided as a real-valued scalar. The syntax assumes that the antenna is omnidirectional with symmetry
Is there a way to plot the two-dimensional transmitter antenna pattern vice the colorized 3D plots obtained when one uses the command "pattern(tx,100e6)" for example. Is there a way to place a pointer on a specific spot on the pattern and read the antenna gain. In effect, I ...
Plot the radiation pattern of the antenna at a frequency of 1.67 GHz. Get figure pattern(pm,1.67e9) Mesh the whole antenna. Get figure mesh(pm) Mesh only the dielectric surface of the antenna. Get figure mesh(pm,View="dielectric surface") Mesh Arbitrary Shape Copy Code Copy Command ...
SatCom #2: Gain of a circular 'dish' antenna Satellite and Space Engineering - Problem #2 This is part of a series of problems looking at topics in satellite and space comm... bijna 2 jaar ago Solved SatCom #1: Wavelength of an electomagnetic wave ...
Integrate pattern data into RF systems, MSI planet files I/O, reconstruct 3-D pattern from 2-D slices, create interactive polar plots
Plot the radiation pattern of the antenna at a frequency of 1.67 GHz. figure pattern(pm,1.67e9) Mesh the whole antenna. figure mesh(pm) Mesh only the dielectric surface of the antenna. figure mesh(pm,View="dielectric surface") Mesh Arbitrary Shape Create a rectangular and circular shape, in...
Radiation Pattern of Microstrip Patch Antenna Create a microstrip patch antenna using 'FR4' as the dielectric substrate. d = dielectric("FR4"); pm = patchMicrostrip(Length=75e-3,Width=37e-3,... GroundPlaneLength=120e-3,GroundPlaneWidth=120e-3,... Substrate=d); show(pm) Plot the radia...
plotResponsepattern 'db''powerdb' 'mag''efield' 'pow''power' 'dbi''directivity' 'Weights'name-value pairArray element tapers (or weights).'Weights'name-value pair (no change). 'AzimuthAngles'name-value pairAzimuth angles used to display the antenna or array response. ...
I'm using MATALAB R2020A with the Antenna toolbox to generate 2-D Plots of the measured Radiation Pattern (power in dBi) of an antenna, saved in an excel file. I wish to plot the Z-X Plane, and Z-Y Plane slice of the RP, but can't seem to understand how to ...
The title, xlabel, ylabel, and zlabel functions are used to label the plot. You can run this code in MATLAB to visualize the radiation pattern of an ideal dipole antenna in 3D, with the E-field magnitude represented in dB scale. Hope this helps! 0 Comments Sign in to comment....