EE
483/L 583/L Antennas for Wireless Communications (3-1)
Dr.
Thomas Montoya, Spring 2025 Lectures EEP 208- MWF 3-3:50 pm |
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Lecture Course Syllabus (UG)- ee483_syllabus_spring2025.pdf Lab Course Syllabus (UG)- ee483L_syllabus_spring2025.pdf Lecture Course Syllabus (G)- ee583_syllabus_spring2025.pdf Lab Course Syllabus (G)- ee583L_syllabus_spring2025.pdf ABET Course Syllabus (UG)- ee483_483L_abet_syllabus_spring2025.pdf Summary of topics for final- ee483_583_Antennas_final_review_notes.pdf |
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MatLab m-files for plotting radiation patterns: radpat.m (newer version, 4 traces max) polarpat.m (older version, 3 traces max) |
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MatLab m-files for calculating directivity: m-file
to numerically compute directivity DIRECTIVITY.m (modified for better accuracy) Example
m-file containing radiation intensity of antenna (needed by DIRECTIVITY.m) U.m
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Handouts
(no guarantees, check equations)-
lossless_transmission_lines.pdf Summary of various lossless transmission line equations lossy_transmission_lines.pdf Summary of various lossy transmission line equations vector_calculus.pdf Vector calculus definitions and
operations for 3 coordinate systems cartesian_cylindrical.pdf
Conversions between rectangular
& cylindrical coordinates cartesian_spherical.pdf Conversions
between rectangular & spherical coordinates equation_sheet.pdf Summary
of the three handouts above max_stat.pdf Maxwell’s equations for static fields ee381_final_review_notes.pdf Study guide for exams and final |
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LPDA Design Figures- balanis_11_13.pdf longest_shortest_dipoles.pdf |
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Yagi-Uda Design Figures-
Yagi_Uda_design_figures.doc Yagi_Uda_design_figures.pdf |
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Smith Charts simple (z or y) in
black-n-white- s_smith.pdf s_smith.docx s_smith.jpg s_smith.gif s_smith.tif s_smith.cdr full (z or y) in
black-n-white - smith.pdf smith.docx smith.jpg smith.gif smith.tif smith.ps smith.cdr
full (z and y) in
color- smith_z_y.pdf smith_z_y.docx smith_z_y.jpg smith_z_y.gif smith_z_y.tif |
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