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In electrical and computer engineering, we are primarily interested in two things: electrical signal and electrical energy. For electrical signal, we want to study how we can gather, store, process, transport, and present the information. For example, in computer engineering, we want to process and store information digitally; in communication system, we study how we can process and transport information. For electrical energy, we want to study how we can generate, distribute, store and convert energy of various forms. We have power system major that studies how to generate, distribute electrical energy in an efficient way; we also have power electronics that convert electrical energy in different forms. For all of these technology to happen, we need circuits and devices. In this class, we are covering DC and AC circuit analysis, transient response of RLC circuits, frequency response of circuits and many more; in the second part of the class, we introduces some basic electrical devices such as operational amplifier, diodes, transistors(BJT and MOSFET). In this module, you can find my lecture slides, practice problems, and some labs.
Lecture Slides
Lecture Slides
Lecture 1 Course Overview and Review.pdfLecture 1 Introduction
Lecture 2 Node and Mesh Analysis.pdfLecture 2 Nodal and Mesh Analysis
Lecture 3 Linearity and Superposition.pdfLecture 3 Linearity and Superposition
Lecture 4 Thevenin and Norton Equivalents.pdfLecture 4 Thevenin and Norton Equivalents
Lecture 5 Capacitors.pdfLecture5 Capacitors
Lecture 6 Inductors.pdfLecture 6 Inductors
Lecture 7 Source Free RC and RL Circuits.pdfLecture 7 Discharging RC and RL Circuits
Lecture 8 RC and RL Circuit with Sources.pdfLecture 8 RC and RL Circuits with DC Source
Lecture 9 RC and RL Circuit with General Sources.pdfLecture 9 RC and RL Circuits with General Source
Lecture 10 Series RLC Circuits.pdfLecture 10 RLC and Second Order Circuits
Lecture 11 Responses of Series RLC circuits - Parallel RLC Circuits.pdfLecture 11 Response of Series RLC Circuits
Lecture 12 Responses of Parallel RLC circuits.pdfLecture 12 Response of Parallel RLC Circuits
Lecture 13 - Step and AC response of RLC circuits - AC signals.pdfLecture 13 RLC Circuit with DC Source and Step Response
Lecture 15 Sinusoidal Currents and Voltages.pdfLecture 15 Sinusoidal Voltages and Currents
Lecture 16 Phasors and Complex Numbers.pdfLecture 16 Phasors
Lecture 17 Impedances.pdfLecture 17 Impedances
Lecture 18 Circuit Analysis with Phasors and Impedances.pdfLecture 18 AC Circuit Analysis
Lecture 19 - Impedances and frequency - Low Pass filters.pdfLecture 19 Impedances and Frequencies
Lecture 20 First Order High Pass and Cascaded Filters.pdfLecture 20 First Order High Pass Filter
Lecture 21 Filter Plots - Bode Plots.pdfLecture 21 Bode Plots
Lecture 22 Resonance and Filtering on Second Order Series Circuits.pdfLecture 22 Second Order RLC Filters
Lecture 23 Realistic 2nd order filters - review of Op-Amps.pdfLecture 23 Realistic Second Order Filters and Op Amp Review
Lecture 24 Active Filters.pdfLecture 24 Active Filters
Lecture 25 Measurement Devices.pdfLecture 25 Signal Conditioning and Measurement Systems
Lecture 26 Diode Basics.pdfLecture 26 Semiconductor and Diode Basics
Lecture 27 Zener Diode Ideal and Piece-Wise Linear Models.pdfLecture 27 Zener Diode and Diode's Piece-Wise Linear Model
Lecture 28 Rectifier Circuits.pdfLecture 28 Rectifier Circuits
Lecture 29 Wave Shapping Circuits - Campers & Clippers.pdfLecture 29 Wave Shaping Circuits
Lecture 30 Diodes Small Signal Model.pdfLecture 30 Diode's Small Signal Model
Lecture 31 Bipolar Junction Transistor - Load Line Analysis.pdfLecture 31 Bipolar Junction Transistors BJTs
Lecture 32 BJT- pnp and Large Signal Models.pdfLecture 32 pnp BJTs and Large Signal Models
Lecture 33 BJT - Small Signal Models - Common Emitter.pdfLecture 33 BJTs Small Signal Model
Lecture 34 BJT - Emitter Follower.pdfLecture 34 BJT Small Signal Model and Emitter Follower Amplifier
Lecture 35 MOSFET Stories.pdfLecture 35 MOSFET Stories
Lecture 36 Intro to MOSFET.pdfLecture 36 Introduction to MOSFETs
Lecture 37 MOSFET DC Biasing Circuits.pdfLecture 37 MOSFET DC Biasing Circuits
Lecture 38 MOSFETs Small Signal Model - Common Source Configuration.pdfLecture 38 MOSFET Small Signal Model
Lecture 39 MOSFETs Source Follwer and Common Gate Configuration.pdfLecture 39 Source Follower and Common Gate Configurations
Practice Problems
Practice Problems
Practice Problems Week 1.pdfHomework 1
Practice Problems Week 2.pdfHomework 2
Practice Problems Week 3.pdfHomework 3
Practice Problems Week 4.pdfHomework 4
Practice Problems Week 6.pdfHomework 5
Practice Problems Week 7.pdfHomework 6
Practice Problems Week 8.pdfHomework 7
Practice problems Week 9.pdfHomework 8
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