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Table of Contents

Simulations and Demos

USAFA ECE Sims & Demos ↗

Administrative

Syllabus
Learning Objectives
Course Schedule
How to Retake a Quiz

Instructors

Col Juan D. Jurado
Dr. Neil G. Rogers

Block 1 — Resistive Circuits and Power Distribution

Block 1 overview
L1 - Course Overview
L2 - Circuit Fundamentals and Ohm's Law
L3 - Kirchhoff's Laws
L4 - Series, Parallel, and Dividers
L5 - Circuit Protection
L6 - AC Circuit Analysis
L7 - Reactive and Apparent Power
L8 - Power and Efficiency
L9 - Transformers and Power Transmission
L10 - Power Converters
L11 - Decision Matrices
L12 - Block Wrap-Up and Project 1 Kickoff
L13 - Project 1 Workday 1
L14 - Project 1 Workday 2
Project 1 - Power Distribution

Block 2 — Signal Processing

Block 2 overview
L15 - Frequency Domain and Ideal Filters
L16 - Complex Math and Impedance
L17 - Analog Filters
L18 - Midterm Review
L19 - Analog Filter Lab
L20 - Analog-to-Digital Conversion
L21 - Signal Conditioning
L22 - ADC / Arduino Lab
L23 - Digital Logic
L24 - Finite State Machines I
L25 - Finite State Machines II
L26 - Project 2 Workday 1
L27 - Project 2 Workday 2
Analog Filter Lab
ADC / Arduino Lab
Project 2 - Finite State Machines

Block 3 — Communication Systems, Radar, and Electronic Warfare

Block 3 overview
L28 - Modulation and Amplitude Modulation
L29 - AM Bandwidth and Multiplexing
L30 - Demodulation
L31 - Antennas
L32 - Line of Sight and Wireless Channels
L33 - The Friis Equation
L34 - The Radar Range Equation
L35 - Pulse-Doppler Radar
L36 - Signal-to-Noise Ratio
L37 - Electronic Warfare and Jamming
L38 - Project 3 Workday
L39 - Course Review
L40 - Project 3 Discussion
L41 - Final Exam Review
Project 3 - Radar Design Lab

Downloads

Slides and Practice Problems
Equation Sheet

Index

By Department of Electrical and Computer Engineering, USAFA

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