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Learning Objects for Electronics

To access a Learning Object, simply click on the title.  For a suggested list by course, click on the course area above.  Your computer will require "Flash" multimedia player to view the Learning Object.  If you don't have "Flash", you may down load it now.  Titles in "green" are under development by our electronics department.  Titles in "red" have been submitted to the "Flash" programming team, please stop back often as they will be available soon.  If there is a topic that you would like to see as a Learning Object, be sure to tell your instructor about it.      

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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; Multi-variable
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 Fan-Out
Series Resistance - Practice Problems   Current and Voltage Parameters
Total Resistance in a DC Parallel Circuit   Propagation Delay
Parallel Resistance - Practice Problems   Power Dissipation
Series-Parallel Resistance - Practice Problems   Speed-Power Product
Series-Parallel 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   Half-Wave Rectifier
    Full-Wave Rectifier
Series Circuit Analysis   Operation of a Full-Wave 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   Base-Biased NPN Transistor
Series Circuit Analysis Practice Problems Circuit 8   Emitter-Biased NPN Transistor
Series Circuit Analysis Practice Problems Circuit 9   Voltage-Divider 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   E-MOSFET: 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
Series-Parallel Circuit Analysis    
Series-Parallel Circuit Analysis Practice Problems Circuit 1   Op Amp Fundamentals
Series-Parallel Circuit Analysis Practice Problems Circuit 2   The Inverting Amplifier
Series-Parallel Circuit Analysis Practice Problems Circuit 3   The Non-Inverting Amplifier
Series-Parallel Circuit Analysis Practice Problems Circuit 4   The Operational Amplifier
Series-Parallel Circuit Analysis Practice Problems Circuit 5   The Summing Amplifier
Series-Parallel Circuit Analysis Practice Problems Circuit 6   The Transconductance Amplifier
Series-Parallel Circuit Analysis Practice Problems Circuit 7   The Transresistance Amplifier
Series-Parallel Circuit Analysis Practice Problems Circuit 8    
Series-Parallel Circuit Analysis Practice Problems Circuit 9   Transistor DC Practice Problem, Circuit 1
Series-Parallel 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, Series-Parallel Practice Problems   Electronic Workbench Fundamentals
Capacitive Reactance   The Ideal Bode Plot
Capacitive Reactance Practice Problems   EWB, The  Bode Plotter
RC Time Constant    
    TI-83 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 Set-up Mode
Maximum Power Transfer Theorem   The Square Root Function
Norton Theorem    
Superposition Theorem   The TI-86 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 Set-up 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 TI-89 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 Clean-Up Function
Inductors in Parallel Practice Problems   The Log Function
Inductors, Series-Parallel Practice Problems   Raising a number to a power
Inductive Reactance   The Reciprocal key
Inductive Reactance Practice Problems   The Set-up 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
Series-Parallel Impedance with Complex Numbers   DC/AC I Sample Exam, Unit 11
Series-Parallel 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; Low-pass, High-pass, Bandpass, and Notch Rectangular to Polar - Magnitude
  Rectangular to Polar - Phase (radians)
Transfer Functions Convert radians to degrees
The RC Low-pass Filter Spreadsheet Layout Hints
The RC High-pass Filter Addition of Complex numbers
The RL Low-pass Filter   Subtraction of Complex numbers
The RL High-pass Filter   Multiplication of Complex numbers
The RC Low-pass Filter with Bode Plot   Division of Complex numbers
The RC High-pass Filter with Bode Plot   Complex Conjugate
The RL High-pass Filter with Bode Plot   Square Root of a Complex number
     

Note:
277 Learning Objects available on the web (shown in blue)
  00 Learning Objects submitted for Flash development (shown in red)
 00 Under development by our Electronics Department (shown in green)
277 Total Learning Objects developed for you, by our Electronics Department

This page was last updated: 03/18/2010
Comments? Contact: Patrick Hoppe