Thus, what confuses me is what is the relation between E-field/H-field to Gain radiation pattern. Microsoft Mathematics add-in for OneNote and Word is a small yet useful set of applications that allows you to perform mathematical operations on equations and expressions easily. Seems like my when my theta is 0, my gain drops dramatically meaning that it's not omnidirectional. This is because, when i plot out my radiation pattern gain, i set phi = 45 degrees and then investigate for theta =0,45,90 degrees. I don't really understand how gain are related to these 2 fields. And then i read something about rE and rEphi functions that help to plot E-field and H-field.Īnother part of my confusion is that the relation of gain to my E-field and H-field. I am unsure of both of these are 100% correct. RECENTLY, THERE HAS BEEN an increase in interest in patient monitors that detect changes in cardiac output (CO), 1 as new devices based on technologies such as esophageal Doppler, arterial pulse contour analysis, and bioimpedance have become available. This way i can see the x-y plane for H-field. This way i can see x-z plane for E-field.įor H-field. The user supplies axis labels, legend entries and. PGFPlots draws high-quality function plots in normal or logarithmic scaling with a user-friendly interface directly in TeX. pgfplotstable - Loads, rounds, formats and postprocesses numerical tables. Since i'm designing a microstrip planar antenna thus my e-field is directing towards the Z-axis. pgfplots - Create normal/logarithmic plots in two and three dimensions for LaTeX/TeX/ConTeXt.

How do we exactly plot E-field and H-field in HFSS? The problem is that i have read many number of threads and even searched in google but there's no clear instruction on how to plot this.Īs far as i understand, here how it goes as per my understanding.

I need some help in plotting the E-field and H-field in HFSS.

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