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How to design & simulate Dipole Antenna using CST Studio Suite
ChannelEuphonic ClassesDescription from the creator
Here in this video we'll show you how to design a Dipole Antenna using CST Studio Suite. This tutorial will comprise of a series of videos one after the other please do check those for better understanding.
Software used- CST Studio Suite 2019
Steps to be followed-
Step 1: Create a project template and click on the application area "Microwaves and RF /Optical"
and then select "Antennas"
Step2: After that select "wire".
Step3: Select "Time Domain" and click on next
Step4: Keep the default units and click on next.
Step5: Set the frequency from 0.1 GHz to 2 GHz.
Step6: Finish and save the project.
Step7: For wire click on modelling and select the cylinder and press "Esc" in your computer. Following window will pop up. Edit according to the dimensions and choose PEC and press OK.
Step8: Again for gap click on modelling and select the cylinder and press "Esc" in your computer. Following window will pop up. Edit according to the dimensions and choose PEC and press OK.
Step 9: Substract Gap from Wire using Boolean substraction
Step10: Select Center faces of Wire using face pick.
Step11: Click on the Discrete port and following window will pop up. Edit as shown and press OK.
Step 12: Click on the Field Monitor and following window will pop up. Edit as shown and press OK.
Step 13: Then simulate by clicking on Setup Solver in Simulation.
Step 14:Check S1,1 & Phi=0 &Theta=90 Results
Step 15(Determination of directive gain): Go to post processing, then result template. In the result template, choose "Farfield and Antenna Properties" and "Farfield result" from the drop down menu.Then a window titled "Farfield Result" will pop up. Then go to All Settings. Then following window
will pop up. Then do the necessary changes as shown. Also click on Plot Mode in the followingwindow and check the linear scaling. press OK.
Step16: The template will now appear in "Template Based Post Processing" window. Click on Evaluate to get the Directive result.
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Software used- CST Studio Suite 2019
Steps to be followed-
Step 1: Create a project template and click on the application area "Microwaves and RF /Optical"
and then select "Antennas"
Step2: After that select "wire".
Step3: Select "Time Domain" and click on next
Step4: Keep the default units and click on next.
Step5: Set the frequency from 0.1 GHz to 2 GHz.
Step6: Finish and save the project.
Step7: For wire click on modelling and select the cylinder and press "Esc" in your computer. Following window will pop up. Edit according to the dimensions and choose PEC and press OK.
Step8: Again for gap click on modelling and select the cylinder and press "Esc" in your computer. Following window will pop up. Edit according to the dimensions and choose PEC and press OK.
Step 9: Substract Gap from Wire using Boolean substraction
Step10: Select Center faces of Wire using face pick.
Step11: Click on the Discrete port and following window will pop up. Edit as shown and press OK.
Step 12: Click on the Field Monitor and following window will pop up. Edit as shown and press OK.
Step 13: Then simulate by clicking on Setup Solver in Simulation.
Step 14:Check S1,1 & Phi=0 &Theta=90 Results
Step 15(Determination of directive gain): Go to post processing, then result template. In the result template, choose "Farfield and Antenna Properties" and "Farfield result" from the drop down menu.Then a window titled "Farfield Result" will pop up. Then go to All Settings. Then following window
will pop up. Then do the necessary changes as shown. Also click on Plot Mode in the followingwindow and check the linear scaling. press OK.
Step16: The template will now appear in "Template Based Post Processing" window. Click on Evaluate to get the Directive result.
#euphonicclasses
For any query-
Contact us on Facebook - facebook.com/euphonic.classes
About this tutorial
Euphonic Classes published this 10:35 video tutorial on August 27, 2020. It has been watched 10,247 times on YouTube.
- Channel
- Euphonic Classes
- Category
- Education
- Duration
- 10:35
- Published
- August 27, 2020
- Views
- 10,247
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This tutorial in other languages
- FRComment concevoir et simuler Dipole Antenna utilisant CST Studio Suite
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- PTComo conceber e simular antena dipolo usando CST Studio Suite
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- HIकैसे डिजाइन और सीएसटी स्टूडियो सुइट का उपयोग कर द्विध्रुवीय एंटीना अनुकरण
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