LAB # 6 Dual Mode Conical Horn Antennas - University of ...
LAB # 6 Dual Mode Conical Horn Antennas - University of ...
LAB # 6 Dual Mode Conical Horn Antennas - University of ...
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<strong>LAB</strong> # 6<br />
<strong>Dual</strong> <strong>Mode</strong><br />
<strong>Conical</strong> <strong>Horn</strong> <strong>Antennas</strong><br />
Supervised by<br />
Engr. Mian Shahzad Iqbal<br />
Telecommunication Engineering Department<br />
<strong>University</strong> <strong>of</strong> Engineering & Technology, Taxila
1<br />
<strong>Dual</strong> <strong>Mode</strong> <strong>Conical</strong> <strong>Horn</strong> Antenna<br />
Note: Lab-3 is the pre-requisite <strong>of</strong> this Lab.<br />
OBJECTIVE<br />
This Lab is intended to show you how to create, simulate, and analyze a<br />
waveguide horn <strong>Antennas</strong> shown in Fig (1), using the Ans<strong>of</strong>t HFSS Design<br />
Environment.<br />
Fig (1): <strong>Dual</strong> <strong>Mode</strong> C onical <strong>Horn</strong> Antenna .<br />
Lab - 6 Antenna and Wave Propagation Spring 2010
2<br />
Task - 1:<br />
Create a Wave Port and excite it.<br />
Instructor’s Verification:<br />
Fig (2): Wave Port .<br />
Task - 2:<br />
Create the Air <strong>of</strong> shape Cylinder. Also create the Radiation Boundary and<br />
Radiation Setup.<br />
Instructor’s Verification:<br />
Fig (3): <strong>Conical</strong> <strong>Horn</strong> Antenna with Air.<br />
Lab - 6 Antenna and Wave Propagation Spring 2010
3<br />
Task - 3:<br />
Analyze the model you have created.<br />
Instructor’s Verification:<br />
PLOT:<br />
Task - 4:<br />
Create report (Modal S-Parameter Plot - Magnitude) <strong>of</strong> the model you have<br />
analyzed in Task - 3.<br />
Instructor’s Verification:<br />
PLOT:<br />
Lab - 6 Antenna and Wave Propagation Spring 2010
4<br />
Task - 5:<br />
Create report <strong>of</strong> the model you have analyzed in Task - 3.<br />
Instructor’s Verification:<br />
PLOT:<br />
Lab - 6 Antenna and Wave Propagation Spring 2010
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