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EM.Ferma Tutorial Lesson 8: Simulating Coaxial Cables

123 bytes added, 13:39, 14 September 2015
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===Objective:What You Will Learn ===
To characterize 2D In this tutorial you will build coaxial [[Transmission Lines|transmission lines]] cable structures with and without dielectric cores using quasi-static analysisconcentric cylinders and will examine their field distributions and transmission line characteristics. You will also become familiar with the concept of material hierarchy in [[EM.Ferma]].
===What You Will Learn:=== In this tutorial lesson, you will build A coaxial cable structures using transmission line consists of two concentric metallic cylinders . The interior cylinder is typically solid and will examine their field distributionsis called the inner conductor. You will also become familiar with The exterior cylinder is hollow and is called the concept of outer conductor. The space between the two concentric cylinder is filled with a dielectric material hierarchy in [[EM.Cube]]The dielectric filling can be air or any other material.
==Getting Started==
Open the [[EM.Cube]] application and switch to Static Module[[EM.Ferma]]. Start a new project with the following attributes:
#Name<div class="noprint" style="float: left;margin-right:10px">{| border="1" class="wikitable"|+ Starting [[Parameters]]|-! Name| STATICLesson8#|-! Length Units: mm#| Millimeters|-! Frequency Units: | N/A #|-! Center Frequency: | N/A#|-! Bandwidth: | N/A|}</div>
A coaxial transmission line consists of two concentric metallic cylinders. The interior cylinder is typically solid and is called the inner conductor. The exterior cylinder is hollow and is called the outer conductor. The space between the two concentric cylinder is filled with a dielectric material. The dielectric filling can be air or any other material.<div class="noprint" style="clear:both"></div>
==Creating the Concentric Metallic Cylinders==
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