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Milligan — Modern Antenna Design

Course

Course Information

Syllabus
Materials
Interactives

Module 1 — Foundations of Electromagnetics and Antennas

Module 1 overview
L1 — Course Introduction
L2 — Basic Properties and Terminology
L3 — Polarization and Bandwidth
L4 — Impedance, Feeding, and Baluns
L4 Lab — Matching Procedures
L5 — Field Regions
L6 — Radiation Integrals

Module 2 — Antenna Types, Simulation, and Measurement

Module 2 overview
L7 — Simple Resonant Antennas
L8 — Dipole Simulation Lab
L9 — Measurement Theory
L10 — Measurement Lab — Impedance and S-parameters
L11 — Measurement Lab — Radiation Patterns
L12 — Loop and Monopole Antennas
L13 — Patch, Slot, and Horn Antennas
L14 — High-Gain Antennas

Module 3 — Arrays and ADALM-PHASER Beamforming

Module 3 overview
L15 — Aperture Distributions and Efficiency
L16 — The Array Factor and Pattern Multiplication
L17 — Introduction to Phased Array Hardware
L17 Lab — Phased Array Bring-Up
L18 — Beam Steering
L18 Lab — Beam Steering
L19 — Direction Finding
L19 Lab — Fox Hunt
L20 — Array Factor and Beamwidth
L20 Lab — Array Factor
L21 — Antenna Pattern
L21 Lab — Antenna Pattern
L22 — Sidelobes and Tapering
L23 — Beam Squint and Quantization
L22–L23 Lab — Tapering, Squint, and Quantization
L24 — Null Steering
L24 Lab — Null Steering

Module 4 — Radar Fundamentals and FMCW

Module 4 overview
L25 — The Radar Equation, Path Loss, and RCS
L26 — Range, Resolution, and Doppler
L27 — Radar Detection
L28 — FMCW on the Phaser
L29 — Range-Doppler and MTI
L30 — CFAR Processing
L31 — Classification and Tracking
Final Project — Radar Systems Report

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Milligan — Modern Antenna Design#

Thomas A. Milligan, IEEE Press/Wiley. Primary textbook for Modules 1–3.

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