antenna_lab1.zip |
Your task is to design a lamda/2 length Dipole for 5GHz. Your final graph should look like the one I have attached here (It's the graph of a dipole that we have designed in class for 2GHz). Plus your submitted task file should have the calculation you have done for designing the dipole, your model design parameters, S-parameter (as given in attachment), radiation pattern plot & 3D polar plot (to find out the maximum gain).
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Lab task 3 is to design a microstrip rectangular patch antenna. You have to find out S-parameter plot, radiation pattern plot & 3D polar plot.
antenna-lab3_designingpatch.pdf |
Lab task 4 is to design a Horn antenna with dipole excitation. You have to find out S-parameter plot, radiation pattern plot & 3D polar plot.
antenna_lab4_horn_antenna.pdf |
Lab task 5 is to design a conical horn antenna (i-e, You have to find out S-parameter plot, radiation pattern plot & 3D polar plot.) and find out the gain using the formula mentioned in lab05 file.
antenna-lab5.pdf |
Lab 06 is "Introduction to Antenna Trainer (ST 2261): Arranging the trainer and performing functional checks"
Lab 07 is "To study the variation in Radiation Strengths at different distances"
Lab 08 is "To study the simple dipole limda/2 antenna and plot its radiation pattern"
Lab 09 is "To study the simple dipole limda/4 antenna and plot its radiation pattern"
Lab 10 is "To study the folded dipole limda/2 antenna and plot its radiation pattern"
Lab 07 is "To study the variation in Radiation Strengths at different distances"
Lab 08 is "To study the simple dipole limda/2 antenna and plot its radiation pattern"
Lab 09 is "To study the simple dipole limda/4 antenna and plot its radiation pattern"
Lab 10 is "To study the folded dipole limda/2 antenna and plot its radiation pattern"
Semester Projects
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If you have any queries at all, please feel free to reach out.
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