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Applied Electrical Engineering Fundamentals
About this book
1.1 Electronics Matters
1.2 Multidisciplinary Engineering Design
1.3 Book organization and approach
1.4 Lab Kit
1.5 Lab 0
2.1 Basic Physics Review
2.2 First Circuit
2.3 Circuit Elements
2.4 Current and Voltage Sources
2.5 AC and DC waveforms, average and RMS values
2.6 Circuit Laws: KCL and KVL
2.7 Resistors and Ohm's Law
2.8 Power and energy in resistive circuits
2.9 Device I-V Characteristics
2.10 Problems
3.1 Equivalent Resistance
3.2 Voltage and Current Dividers
3.3 Node voltages
3.4 Node Voltage Analysis
3.5 Thevenin Equivalence
3.7 Problems
3.8 Lab Experiments
4.1 Diode concept and bias
4.2 Diode I-V Characteristic Curves and Load Lines
4.3 Diode Circuit Models
4.4 Rectifier diode
4.4 Problems
4.5 Lab Experiments
5.1 Transistor Construction and Models
5.2 Common emitter low-side switch
5.3 Emitter follower
5.4 Problems
5.5 Lab 2 Experiments
5.6 Helpful Circuit Analysis
6.1 Ideal Op Amp Characteristics
6.2 Op Amp Input-Output Characteristic
6.3 Open Loop Voltage Comparator
6.4 Negative Feedback Amplifier
6.6 Problems
6.7 Lab Experiments
7.1 Capacitors
7.2 Discharging Capacitor
7.3 Charging capacitor
7.4 Charging and Discharging Case
7.5 Relaxation Oscillator
7.6 Problems
7.7 Lab Experiments
8.1 Signals in time, frequency, and phasor domains
8.2 Phasor representations
8.3 Frequency response of RC filter
8.4 RC Circuit Impedance
8.5 Filters
9.1 Computer vs Microcontroller
9.2 Embedded Design Tools
9.3 Arduino Uno Development Board
9.5 Example: ledBlink
9.6 Example: ledButton
9.7 Example: lightPlotter and lightPlotterScaled
9.8 Example: showTime
9.9 Example: motorReverser
9.10 Example: MotorReverserSpeed
9.11 Example: SonarRanger
9.12 Example: SonarRangerDisplay
9.13 Lab Exercises
Appendix A. Trigonometric Identities
Appendix B. Review of complex numbers
sine
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Applied Electrical Engineering Fundamentals Copyright © by David J. McLaughlin is licensed under a Creative Commons Attribution 4.0 International License, except where otherwise noted.