Lab Orientation 

Digital Electronics 
Lab Safety 

The 4 Input Truth Table 
An Introduction to the Solderless
Breadboard 

Binary to Decimal Number Conversion 
Electronic
WorkBench Basics, Opening a file for simulation 

Hexadecimal Number Conversion Practice
Problems 
Course Book Etiquette 

Hexidecimal Numbering System 
Lab Packet Etiquette for
DC/AC I, and Digital Electronics 

The Logic
Gates 
Lab Packet Etiquette for
DC/AC II, ED I, and ED II 

The development of a
Boolean expression for a combinational logic circuit 
The Powers
of Ten, The proper use of symbols 

Boolean Theorems; Single
Variable 
Introduction
to the Digital Multimeter 

Boolean
Theorems; Multivariable 
Proper Meter Placement 

The
Universal NAND Gate 
The Digital
Logic Probe 

The
Universal NOR Gate 


Asynchronous vs
Synchronous Inputs on a Flip Flop 
DC/AC I &
II 

Binary Counter using a JK Flip Flop 
Primer on
Electrical Units, Abbreviations, and Symbols 

The MOD Number 
Resistor Color Code Description 

Development of a MOD 10 Counter 
Resistor Color Code Practice 

TTL Series Characteristics 
Total Resistance of a Series Circuit 

Determination of the FanOut 
Series Resistance 
Practice Problems 

Current and Voltage Parameters 
Total Resistance in a DC Parallel
Circuit 

Propagation Delay 
Parallel Resistance 
Practice Problems 

Power Dissipation 
SeriesParallel Resistance  Practice
Problems 

SpeedPower Product 
SeriesParallel Resistance
 Additional Practice Problems 

Karnaugh Mapping with 3
Variables 



Ohm's Law 

Pulse
Train Fundamentals 
Ohm's
Law Practice Problems Circuit 1 

Pulse
Train Fundamentals, Practice Problem #1 
Ohm's
Law Practice Problems Circuit 2 

Pulse
Train Fundamentals, Practice Problem #2 
Ohm's
Law Practice Problems Circuit 3 

Pulse
Train Fundamentals, Practice Problem #3 
Ohm's
Law Practice Problems Circuit 4 

Pulse
Train Fundamentals, Practice Problem #4 
Ohm's
Law Practice Problems Circuit 5 

Pulse
Train Fundamentals, Practice Problem #5 



Power Law 

Electronic Devices I & II 
Power
Law Practice Problems Circuit 1 

Voltage
Source Approximations 
Power
Law Practice Problems Circuit 2 

Constant Current Source
Approximations 
Power
Law Practice Problems Circuit 3 

Silicon Diode Basics 
Power Law Practice Problems Circuit
4 

Diode Approximations 
Power Law Practice Problems Circuit
5 

HalfWave Rectifier 


FullWave
Rectifier 
Series Circuit Analysis 

Operation of a FullWave Bridge Rectifier 
Series
Circuit Analysis Practice Problems Circuit 1 

The Light
Emitting Diode (LED) 
Series
Circuit Analysis Practice Problems Circuit 2 

The Zener
Diode 
Series Circuit Analysis Practice Problems Circuit 3 

The Zener
Diode, Practice Problems 
Series Circuit Analysis Practice Problems Circuit 4 


Series Circuit Analysis Practice Problems Circuit 5 

Transistor Fundamentals 
Series
Circuit Analysis Practice Problems Circuit 6 

(BJT) Vocabulary 
Series Circuit Analysis Practice Problems Circuit 7 

BaseBiased NPN Transistor 
Series
Circuit Analysis Practice Problems Circuit 8 

EmitterBiased NPN Transistor 
Series Circuit Analysis Practice Problems Circuit 9 

VoltageDivider Biased NPN Transistor 
Series Circuit Analysis Practice Problems Circuit 10 

Saturation
and Cutoff 


AC Models 
Parallel Circuit Analysis 

AC Model
Equations 
Parallel Circuit Analysis Practice Problems Circuit 1 

Amplifier
Classes 
Parallel
Circuit Analysis Practice Problems Circuit 2 

Bypass
Capacitors 
Parallel
Circuit Analysis Practice Problems Circuit 3 

Coupling
Capacitors 
Parallel
Circuit Analysis Practice Problems Circuit 4 

Decibel
Gain, Voltage and Power 
Parallel
Circuit Analysis Practice Problems Circuit 5 

EMOSFET:
The Ohmic Region 
Parallel
Circuit Analysis Practice Problems Circuit 6 

Frequency
Response Vocabulary 
Parallel
Circuit Analysis Practice Problems Circuit 7 

(JFET) Junction Field Effect Transistor 
Parallel Circuit Analysis
Practice Problems Circuit 8 

JFET Amplifiers 
Parallel Circuit Analysis
Practice Problems Circuit 9 

JFET Drain Curves 
Parallel Circuit Analysis
Practice Problems Circuit 10 

MOSFET
Vocabulary 


Review of
Logs 
SeriesParallel Circuit
Analysis 


SeriesParallel Circuit Analysis Practice Problems Circuit 1 

Op Amp Fundamentals 
SeriesParallel Circuit Analysis Practice Problems Circuit 2 

The
Inverting Amplifier 
SeriesParallel Circuit Analysis Practice Problems Circuit 3 

The
NonInverting Amplifier 
SeriesParallel Circuit Analysis Practice Problems Circuit 4 

The
Operational Amplifier 
SeriesParallel Circuit Analysis Practice Problems
Circuit 5 

The Summing
Amplifier 
SeriesParallel Circuit Analysis Practice Problems
Circuit 6 

The Transconductance Amplifier 
SeriesParallel Circuit Analysis Practice Problems Circuit 7 

The Transresistance Amplifier 
SeriesParallel Circuit Analysis Practice Problems
Circuit 8 


SeriesParallel Circuit Analysis Practice Problems Circuit 9 

Transistor DC Practice Problem, Circuit 1 
SeriesParallel Circuit Analysis Practice Problems Circuit 10 

Transistor DC Practice Problem, Circuit 2 


Transistor DC Practice Problem, Circuit 3 
Batteries 

Transistor DC Practice Problem, Circuit 4 


Transistor DC Practice Problem, Circuit 5 
Capacitors 

Transistor ac Practice Problem, Circuit 1 
Capacitors:
What's inside? 

Transistor ac Practice Problem, Circuit 2 
Total Capacitance of a Series Circuit 

Transistor ac Practice Problem, Circuit 3 
Total Capacitance of a
Series Circuit Practice Problems 

Transistor ac Practice Problem, Circuit 4 
Total Capacitance of a Parallel Circuit 

Transistor ac Practice Problem, Circuit 5 
Total Capacitance of a
Parallel Circuit Practice Problems 


Capacitors,
SeriesParallel Practice Problems 

Electronic Workbench Fundamentals 
Capacitive
Reactance 

The Ideal
Bode Plot 
Capacitive
Reactance Practice Problems 

EWB, The
Bode Plotter 
RC Time Constant 




TI83 Plus Calculator 
Kirchhoff's Current
Law (KCL) 

The Arctan
function 
KCL Practice Problems 

Complex
Numbers 
Kirchhoff's Voltage Law
(KVL) 

Complex
Conjugate Conversion 
KVL Practice Problems 

Complex
Number Conversion 


Complex
Reciprocals 
Current
Divider Rule 

The Exponent 
Current Divider Rule
Practice Problems 

The Editing
Keys 


The Log
Function 
Voltage
Divider Rule 

Raising a
number to a power 
Voltage Divider Practice
Problems 

The
Reciprocal Key 


The Setup
Mode 
Maximum Power Transfer
Theorem 

The Square
Root Function 
Norton Theorem 


Superposition Theorem 

The TI86 Calculator 
Thevenin Theorem


The Arctan function 
Thevenin
Resistance Practice
Problems 

Complex
Numbers 
Thevenin Voltage Practice Problems 

Complex
Conjugate Conversion 


Complex
Number Conversion 
Sine
Wave Fundamentals 

Complex
Reciprocals 
Sine
Wave Fundamentals Practice Problem #1 

The
Exponent 
Sine
Wave Fundamentals Practice Problem #2 

The Editing
Keys 
Sine
Wave Fundamentals Practice Problem #3 

The Log
function 
Sine
Wave Fundamentals Practice Problem #4 

Raising a
number to a power 
Sine
Wave Fundamentals Practice Problem #5 

The
Reciprocal key 
Sine
Wave Fundamentals Practice Problem #6 

The Setup
Mode 
Sine
Wave Fundamentals Practice Problem #7 

The
Simultaneous Equation Solver 
Sine
Wave Fundamentals Practice Problem #8 

The Square
Root function 
Sine
Wave Fundamentals Practice Problem #9 

Using the
Memory 
Sine
Wave Fundamentals Practice Problem #10 




The TI89 Calculator 
Mathematical Expression of an AC Sine
Wave 

The Arctan function 
AC Sine Wave Practice Problems 

Complex Numbers 


Complex Conjugate Conversion 
Inductors 

Complex Number Conversion 
Inductors in Series 

Complex Reciprocals 
Inductors in
Series Practice Problems 

The Exponent 
Inductors in
Parallel 

The CleanUp
Function 
Inductors in Parallel Practice Problems 

The Log Function 
Inductors, SeriesParallel Practice Problems 

Raising a number to a power 
Inductive Reactance 

The Reciprocal key 
Inductive Reactance Practice Problems 

The Setup Mode 
L/R Time
Constant 

The Simultaneous Equation
Solver 


The Square Root Function 
Transformers 

Using The Memory 
Transformer
Practice Problems 




Sample Exams 
DC/AC II & III 

Digital Electronics Sample Exam 
Kirchhoff's
Current Law with Complex Numbers 

DC/AC I
Sample Exam 
Kirchhoff's
Voltage Law with Complex Numbers 

DC/AC I
Sample Exam, Unit 1 
Current
Divider Rule with Complex Numbers 

DC/AC I
Sample Exam, Unit 2 
Voltage
Divider Rule with Complex Numbers 

DC/AC I
Sample Exam, Unit 3 
Superposition Theorem with Complex Numbers 

DC/AC I
Sample Exam, Unit 4 
Series Impedance with
Complex Numbers 

DC/AC
I Sample Exam, Unit 5 
Series Impedance Practice
Problems with Complex Numbers 

DC/AC I
Sample Exam, Unit 8 
Parallel Impedance with
Complex Numbers 

DC/AC
I Sample Exam, Unit 9 
Parallel Impedance Practice
Problems with Complex Numbers 

DC/AC
I Sample Exam, Unit 10 
SeriesParallel Impedance
with Complex Numbers 

DC/AC
I Sample Exam, Unit 11 
SeriesParallel Impedance
Practice Problems with Complex Numbers 

DC/AC
I Sample Exam, Unit 12 
Impedance:
Series to Parallel Conversion 


Impedance:
Parallel to Series Conversion 

Complex Numbers 
Complex Power,
it's not really that "complex" 

Complex
Numbers, so what's the fuss all about? 
Complex Power,
an alternate method 


Power Factor
Correction 

Excel 


Locking a
Cell 
Electronic Circuit Analysis 

Entering a Formula 
The
Transfer Function and Frequency Response of a Low Pass filter 

Converting
to a Complex Number 
Ideal
Filters; Lowpass, Highpass, Bandpass, and Notch 

Rectangular
to Polar  Magnitude 


Rectangular
to Polar  Phase (radians) 
Transfer Functions 

Convert
radians to degrees 
The RC
Lowpass Filter 

Spreadsheet Layout Hints 
The RC
Highpass Filter 

Addition of
Complex numbers 
The RL Lowpass Filter 

Subtraction
of Complex numbers 
The RL Highpass Filter 

Multiplication of Complex numbers 
The RC
Lowpass Filter with Bode Plot 

Division of
Complex numbers 
The RC
Highpass Filter with Bode Plot 

Complex
Conjugate 
The RL Highpass Filter
with Bode Plot 

Square Root
of a Complex number 


