Section	Sub Section	Category	School	Author	Course	File name	Title	Description
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp21_course_intro.pdf	ENGINEERING APPLICATIONS I COURSE [University of Denver] (exp21_course_intro)	[University of Denver] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp21_course.pdf	.     Recommended Course Sequence (exp21_course)	[University of Denver] - Engineering Applications I Course Sequence
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp21.pdf	.     The Art of Electrical Measurements (exp21)	[University of Denver] - Ohm's Law.  Measuring with an analog meter--scales, sources of error. Introduction to the prototype board. Error calculations. (5 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp22.pdf	.     Voltage and Current Division (exp22)	[University of Denver] - Simple series & parallel circuit: design within cost constraints. Explain measurement errors. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp23.pdf	.     Proportionality and Superposition (exp23)	[University of Denver] - Verify proportionality and superposition theorems using simple resistor networks. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp24.pdf	.     Thevenin's Theorem and Interface Circuit Design (exp24)	[University of Denver] - Design Thevenin equivalent circuits to match source with load. Design a circuit for maximum power transfer. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp25.pdf	.     Introduction to the Transistor (exp25)	[University of Denver] - Construct a single-transistor dc circuit.  Measure transfer characteristics, beta. Active, cutoff and saturated modes. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp26.pdf	.     Introduction to the Operational Amplifier (exp26)	[University of Denver] - Construct inverting and non-inverting op amp circuits.  Saturated and active regions. Error calculation. (5 pages) 
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp27.pdf	.     Circuit Loading and the OP AMP (exp27)	[University of Denver] - Loading effects of an analog multimeter on an op amp circuit. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp28.pdf	.     Applications of the OP AMP (exp28)	[University of Denver] - Construct an R-2R ladder, buffer amplifier, flash A/D-- all within constraints. Compute errors. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp29.pdf	.     Interface Circuit Design with OP AMPs (exp29)	[University of Denver] - Choose between 9 projects: 4-bit D/A, limit tester, degree C to degree F converter, etc. Each component carries a price--design for minimum price. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp30_course_intro.pdf	ENGINEERING APPLICATIONS II COURSE [University of Denver] (exp30_course_intro)	[University of Denver] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp30_course.pdf	.     Recommended Course Sequence (exp30_course)	[University of Denver] - Engineering Applications II Course Sequence
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp31.pdf	.     Exponential Waveforms (exp31)	[University of Denver] - Solve for time constant of RC circuit, using Spice simulation and real measurement. Compare. Define sources of error. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp32.pdf	.     Step Response Analysis (exp32)	[University of Denver] - Measure RLC circuit step response. How do component values affect values in the step response equation? (Theory included.) (5 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp33.pdf	.     Step Response Design (exp33)	[University of Denver] - Given template overlay for oscilloscope, design a circuit with step response to fit the template. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp34.pdf	.     Transfer Functions (exp34)	[University of Denver] - Analyze RC lowpass circuit: transfer function, step response. Synthesize one of 5 choices from a table of transfer functions.  Some theory included. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp35.pdf	.     First-Order Filters (exp35)	[University of Denver] - Design high-pass and low-pass one op-amp filter to match specs. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp36.pdf	.     Impedance (exp36)	[University of Denver] - Use ammeter & voltmeter to find impedance of R, L and C. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp37.pdf	.     Sinusoidal Steady State (exp37)	[University of Denver] - Bode plots of RLC network. Find resonant frequency. Lead and lag. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp38.pdf	.     AC Power Analysis and Design (exp38)	[University of Denver] - Complex power, phasor analysis, power factor correction, maximum power transfer of RL or RC circuits. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp39.pdf	.     Multiple-Pole Filters (exp39)	[University of Denver] - Choose one of 5 filter specifications to synthesize, given a parts budget. Ex: 4th order Butterworth low pass filter. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Denver	Getty, John 	Electronics & Circuits	exp40.pdf	.     Fourier Series (exp40)	[University of Denver] - Design a Hi-Q filter. Use it to find frequency components of a square wave. (4 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Horenstein, Mark 	Software & Programming	exp81_intro.pdf	AGILENT VEE: AM/FM MODULATION LAB COURSE [Boston University] (exp81_intro)	[Boston University] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Software & Programming	Boston University	Horenstein, Mark 	Software & Programming	exp81a.pdf	.     Lab 1 - Agilent VEE Basics (exp81a)	[Boston University] - Learn the Agilent VEE Basics (1 page)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Horenstein, Mark 	Software & Programming	exp81b.pdf	.     Lab 2 - AM Modulation (exp81b)	[Boston University] - Illustrate the concept of an amplitude modulated (AM) waveform. (4 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Horenstein, Mark 	Software & Programming	exp81c.pdf	.     Lab 3 - FM Modulation (exp81c)	[Boston University] - Illustrate the concept of an frequency-modulated (FM) waveform. (3 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Horenstein, Mark 	Software & Programming	exp81d.pdf	.     Lab 4 - Building an Analog AM Modulator (exp81d)	[Boston University] - Illustrate the concept of a carrier that is amplitude modulated by a speech waveform. (2 pages)
Experiments	Pre-Written Labs	Computer Engineering	University of Toledo	Johnson, A. D. 	Computer Engineering	exp86_intro.pdf	DIGITAL LOGIC DESIGN COURSE [University of Toledo] (exp86_intro)	[University of Toledo] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Computer Engineering	University of Toledo	Johnson, A. D. 	Computer Engineering	exp86_syllabus.pdf	.     Syllabus: Digital Logic Design (86syllabus)	[University of Toledo] - Digital Logic Design Course Syllabus.
Experiments	Pre-Written Labs	Computer Engineering	University of Toledo	Johnson, A. D. 	Computer Engineering	exp86_lrguide.pdf	.     EECS 1100 Laboratory Report Guidelines (86lrguide)	[University of Toledo] - Digital Logic Design Course Guidelines.
Experiments	Pre-Written Labs	Computer Engineering	University of Toledo	Johnson, A. D. 	Computer Engineering	exp86.pdf	.     Lab 1: Intro to Lab Equipment and Procedures (exp86)	[University of Toledo] - This experiment is part of a complete Digital Logic Design Course.
Experiments	Pre-Written Labs	Computer Engineering	University of Toledo	Johnson, A. D. 	Computer Engineering	exp86a.pdf	.     Lab 2: Number Representation (exp86a)	[University of Toledo] - This experiment is part of a complete Digital Logic Design Course.
Experiments	Pre-Written Labs	Computer Engineering	University of Toledo	Johnson, A. D. 	Computer Engineering	exp86b.pdf	.     Lab 3: Implementation of SOP and POS Form Logic Functions (exp86b)	[University of Toledo] - This experiment is part of a complete Digital Logic Design Course.
Experiments	Pre-Written Labs	Computer Engineering	University of Toledo	Johnson, A. D. 	Computer Engineering	exp86c.pdf	.     Lab 4: Implementation of Parity Logic (exp86c)	[University of Toledo] - This experiment is part of a complete Digital Logic Design Course.
Experiments	Pre-Written Labs	Computer Engineering	University of Toledo	Johnson, A. D. 	Computer Engineering	exp86d.pdf	.     Lab 5: Code Conversion: BCD to Gray Code (exp86d)	[University of Toledo] - This experiment is part of a complete Digital Logic Design Course.
Experiments	Pre-Written Labs	Computer Engineering	University of Toledo	Johnson, A. D. 	Computer Engineering	exp86e.pdf	.     Lab 6: NAND/NOR Implementation of Logic Functions (exp86e)	[University of Toledo] - This experiment is part of a complete Digital Logic Design Course.
Experiments	Pre-Written Labs	Computer Engineering	University of Toledo	Johnson, A. D. 	Computer Engineering	exp86f.pdf	.     Lab 7: Multiplexer/Decoder Implementation of Logic Functions (exp86f)	[University of Toledo] - This experiment is part of a complete Digital Logic Design Course.
Experiments	Pre-Written Labs	Computer Engineering	University of Toledo	Johnson, A. D. 	Computer Engineering	exp86g.pdf	.     Lab 8: Properties of Latches/Flip-Flops (exp86g)	[University of Toledo] - This experiment is part of a complete Digital Logic Design Course.
Experiments	Pre-Written Labs	Computer Engineering	University of Toledo	Johnson, A. D. 	Computer Engineering	exp86h.pdf	.     Lab 9: Properties of Flip-Flops (exp86h)	[University of Toledo] - This experiment is part of a complete Digital Logic Design Course.
Experiments	Pre-Written Labs	Computer Engineering	University of Toledo	Johnson, A. D. 	Computer Engineering	exp86i.pdf	.     Lab 10: Shift Register (exp86i)	[University of Toledo] - This experiment is part of a complete Digital Logic Design Course.
Experiments	Pre-Written Labs	Computer Engineering	University of Toledo	Johnson, A. D. 	Computer Engineering	exp86j.pdf	.     Lab 11: Design of Synchronous Counters (exp86j)	[University of Toledo] - This experiment is part of a complete Digital Logic Design Course.
Experiments	Pre-Written Labs	Computer Engineering	University of Toledo	Johnson, A. D. 	Computer Engineering	exp86k.pdf	.     Lab 12: FPGA Implementation of Sequential Logic (exp86k)	[University of Toledo] - This experiment is part of a complete Digital Logic Design Course.
Experiments	Pre-Written Labs	Computer Engineering	University of Toledo	Johnson, A. D. 	Computer Engineering	exp86_54645D.pdf	.     Tutorial:  Agilent 54645D Mixed-Signal Oscilloscope (54645D)	[University of Toledo] - This tutorial is part of the Digital Logic Design Course.
Experiments	Pre-Written Labs	Computer Engineering	University of Toledo	Johnson, A. D. 	Computer Engineering	exp86_tbenchlk.pdf	.     Tutorial:  Agilent 34810B BenchLink Scope software (tbenchlk)	[University of Toledo] - This tutorial is part of the Digital Logic Design Course.
Experiments	Pre-Written Labs	Computer Engineering	University of Toledo	Johnson, A. D. 	Computer Engineering	exp86_tfuncgen.pdf	.     Tutorial:  Agilent 33120A Function Generator  (tfuncgen)	[University of Toledo] - This tutorial is part of the Digital Logic Design Course.
Experiments	Pre-Written Labs	Communications & Signal Proc.	Univ. of Merseburg	Rost, Albrecht 	Communications & Signal Proc.	exp88_intro.pdf	AGILENT VEE IN HIGHER EDUCATION [Univ. of Merseburg] (exp88_intro)	[Univ. of Merseburg] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Electronics & Circuits	Univ. of Merseburg	Rost, Albrecht 	Electronics & Circuits	exp88_intro.pdf	AGILENT VEE IN HIGHER EDUCATION [Univ. of Merseburg] (exp88_intro)	[Univ. of Merseburg] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Software & Programming	Univ. of Merseburg	Rost, Albrecht 	Software & Programming	exp88_intro.pdf	AGILENT VEE IN HIGHER EDUCATION [Univ. of Merseburg] (exp88_intro)	[Univ. of Merseburg] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Communications & Signal Proc.	Univ. of Merseburg	Rost, Albrecht 	Communications & Signal Proc.	exp88a.pdf	.     Lab 1: Mean Value of Periodic Time Functions (exp88a)	[Univ. of Merseburg] - Measure the mean value of different rectified AC voltages. (5 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Univ. of Merseburg	Rost, Albrecht 	Electronics & Circuits	exp88a.pdf	.     Lab 1: Mean Value of Periodic Time Functions (exp88a)	[Univ. of Merseburg] - Measure the mean value of different rectified AC voltages. (5 pages)
Experiments	Pre-Written Labs	Software & Programming	Univ. of Merseburg	Rost, Albrecht 	Software & Programming	exp88a.pdf	.     Lab 1: Mean Value of Periodic Time Functions (exp88a)	[Univ. of Merseburg] - Measure the mean value of different rectified AC voltages. (5 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Univ. of Merseburg	Rost, Albrecht 	Communications & Signal Proc.	exp88b.pdf	.     Lab 2: Phase-sensitive Rectifier  (exp88b)	[Univ. of Merseburg] - Investigate the properties of an analog multiplier using time-independent and various time-dependent signals. (8  pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Univ. of Merseburg	Rost, Albrecht 	Electronics & Circuits	exp88b.pdf	.     Lab 2: Phase-sensitive Rectifier  (exp88b)	[Univ. of Merseburg] - Investigate the properties of an analog multiplier using time-independent and various time-dependent signals. (8  pages)
Experiments	Pre-Written Labs	Software & Programming	Univ. of Merseburg	Rost, Albrecht 	Software & Programming	exp88b.pdf	.     Lab 2: Phase-sensitive Rectifier  (exp88b)	[Univ. of Merseburg] - Investigate the properties of an analog multiplier using time-independent and various time-dependent signals. (8  pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Univ. of Merseburg	Rost, Albrecht 	Communications & Signal Proc.	exp88c.pdf	.     Lab 3: Nyquist Sampling Theorem (exp88c)	[Univ. of Merseburg] - To study the sampling theorem using Agilent VEE. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Univ. of Merseburg	Rost, Albrecht 	Electronics & Circuits	exp88c.pdf	.     Lab 3: Nyquist Sampling Theorem (exp88c)	[Univ. of Merseburg] - To study the sampling theorem using Agilent VEE. (3 pages)
Experiments	Pre-Written Labs	Software & Programming	Univ. of Merseburg	Rost, Albrecht 	Software & Programming	exp88c.pdf	.     Lab 3: Nyquist Sampling Theorem (exp88c)	[Univ. of Merseburg] - To study the sampling theorem using Agilent VEE. (3 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Univ. of Merseburg	Rost, Albrecht 	Communications & Signal Proc.	exp88d.pdf	.     Lab 4: Fourier Transform (exp88d)	[Univ. of Merseburg] - Measure different time functions, calculate the spectral functions using FFT and compare these with theoretical results. (7 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Univ. of Merseburg	Rost, Albrecht 	Electronics & Circuits	exp88d.pdf	.     Lab 4: Fourier Transform (exp88d)	[Univ. of Merseburg] - Measure different time functions, calculate the spectral functions using FFT and compare these with theoretical results. (7 pages)
Experiments	Pre-Written Labs	Software & Programming	Univ. of Merseburg	Rost, Albrecht 	Software & Programming	exp88d.pdf	.     Lab 4: Fourier Transform (exp88d)	[Univ. of Merseburg] - Measure different time functions, calculate the spectral functions using FFT and compare these with theoretical results. (7 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Univ. of Merseburg	Rost, Albrecht 	Communications & Signal Proc.	exp88e.pdf	.     Lab 5: Remote Control of Instruments (exp88e)	[Univ. of Merseburg] - Control different instruments using soft front-panels of the instrument drivers (7 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Univ. of Merseburg	Rost, Albrecht 	Electronics & Circuits	exp88e.pdf	.     Lab 5: Remote Control of Instruments (exp88e)	[Univ. of Merseburg] - Control different instruments using soft front-panels of the instrument drivers (7 pages)
Experiments	Pre-Written Labs	Software & Programming	Univ. of Merseburg	Rost, Albrecht 	Software & Programming	exp88e.pdf	.     Lab 5: Remote Control of Instruments (exp88e)	[Univ. of Merseburg] - Control different instruments using soft front-panels of the instrument drivers (7 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Univ. of Merseburg	Rost, Albrecht 	Communications & Signal Proc.	exp88f.pdf	.     Lab 6: Automatic Measurement and Data Processing (exp88f)	[Univ. of Merseburg] - Measurement of transfer functions of passive networks and transistor characteristics (5 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Univ. of Merseburg	Rost, Albrecht 	Electronics & Circuits	exp88f.pdf	.     Lab 6: Automatic Measurement and Data Processing (exp88f)	[Univ. of Merseburg] - Measurement of transfer functions of passive networks and transistor characteristics (5 pages)
Experiments	Pre-Written Labs	Software & Programming	Univ. of Merseburg	Rost, Albrecht 	Software & Programming	exp88f.pdf	.     Lab 6: Automatic Measurement and Data Processing (exp88f)	[Univ. of Merseburg] - Measurement of transfer functions of passive networks and transistor characteristics (5 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Univ. of Merseburg	Rost, Albrecht 	Communications & Signal Proc.	exp88g.pdf	.     Lab 7: Applications of Data Translation Multi I/O Boards (exp88g)	[Univ. of Merseburg] - Generation and measurement of DC voltages, measurement of diode characteristics. Acquisition and processing of time dependent signals. (7 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Univ. of Merseburg	Rost, Albrecht 	Electronics & Circuits	exp88g.pdf	.     Lab 7: Applications of Data Translation Multi I/O Boards (exp88g)	[Univ. of Merseburg] - Generation and measurement of DC voltages, measurement of diode characteristics. Acquisition and processing of time dependent signals. (7 pages)
Experiments	Pre-Written Labs	Software & Programming	Univ. of Merseburg	Rost, Albrecht 	Software & Programming	exp88g.pdf	.     Lab 7: Applications of Data Translation Multi I/O Boards (exp88g)	[Univ. of Merseburg] - Generation and measurement of DC voltages, measurement of diode characteristics. Acquisition and processing of time dependent signals. (7 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Duke University	Ybarra, G. A. & Cramer, C. E. 	Electronics & Circuits	exp90_intro.pdf	EE61 LABORATORY COURSE [Duke University] (exp90_intro)	[Duke University] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Electronics & Circuits	Duke University	Ybarra, G. A. & Cramer, C. E. 	Electronics & Circuits	exp90.pdf	.     Introduction (exp90)	[Duke University] - This set of 10 experiments are part of a complete EE61 Laboratory course.
Experiments	Pre-Written Labs	Electronics & Circuits	Duke University	Ybarra, G. A. & Cramer, C. E. 	Electronics & Circuits	exp90a.pdf	.     Lab 1: Orientation (exp90a)	[Duke University] - Ideal vs. practical lab equipment. Proper load Resistance. Input Z errors. Tolerances. (13 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Duke University	Ybarra, G. A. & Cramer, C. E. 	Electronics & Circuits	exp90b.pdf	.     Lab 2: Operation of the Digital Instruments & Basic Measurements (exp90b)	[Duke University] - How to use DMM, Scope. Resistance of: graphite strip, your body. Internal R of the DMM, series R of an Ammeter, Source output R. Pspice example. (9 pages) 
Experiments	Pre-Written Labs	Electronics & Circuits	Duke University	Ybarra, G. A. & Cramer, C. E. 	Electronics & Circuits	exp90c.pdf	.     Lab 3: Kirchhoff's Laws and Basic Instrumentations (exp90c)	[Duke University] - Using a breadboard. Voltage division. Current division. Impedance errors. (6 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Duke University	Ybarra, G. A. & Cramer, C. E. 	Electronics & Circuits	exp90d.pdf	.     Lab 4: Thevenin Equivalent Circuits (exp90d)	[Duke University] - Build 2 Thevenin equivalent circuits. Thevenin equivalent of a bridge. Pspice code included. Thevenin vs. Norton. (5 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Duke University	Ybarra, G. A. & Cramer, C. E. 	Electronics & Circuits	exp90e.pdf	.     Lab 5: Operational Amplifiers (exp90e)	[Duke University] - Theory, symbols, breadboard hookup of Op Amps. Build inverting, non-inverting op amps and comparator. Build a power splitter. Analyze with P Spice. (9 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Duke University	Ybarra, G. A. & Cramer, C. E. 	Electronics & Circuits	exp90f.pdf	.     Lab 6: Exploring the Servomotor Controller Circuit (exp90f)	[Duke University] - Explains servo control board: Integrator, comparator, J-K flip-flop, timer. Connecting the board to servo and plot: rotor position vs. dcv, rotor position vs. duty cycle. Analyze integrator with Pspice. (8 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Duke University	Ybarra, G. A. & Cramer, C. E. 	Electronics & Circuits	exp90g.pdf	.     Lab 7: Assembly of the Transmitter and Receiver Circuits (exp90g)	[Duke University] - Hints on soldering. Build a transmitter & receiver to drive servo motor. Mutual inductance, coil winding. Time constant. Rectifier, current limiter. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Duke University	Ybarra, G. A. & Cramer, C. E. 	Electronics & Circuits	exp90h.pdf	.     Lab 8: Testing the Transmitter-Receiver System (exp90h)	[Duke University] - Diode theory. Test the transmitter & receiver circuits. Find gain needed to drive the servo. (6 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Duke University	Ybarra, G. A. & Cramer, C. E. 	Electronics & Circuits	exp90i.pdf	.     Lab 9: System Integration and Testing (exp90i)	[Duke University] - Ground Fault Interrupter demonstration. How to combine and test the whole transmitter/receiver system. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Duke University	Ybarra, G. A. & Cramer, C. E. 	Electronics & Circuits	exp90j.pdf	.     Lab 10: Frequency Response of Filter Circuits (exp90j)	[Duke University] - Frequency response of RC low-pass and RLC bandpass filters using Labview. Theory included. (10 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, W. & Smith  & Young	Communications & Signal Proc.	exp91_intro.pdf	EL 111 DC FUNDAMENTALS [University of Hartford] (exp91_intro)	[University of Hartford] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, W. & Smith  & Young	Electronics & Circuits	exp91_intro.pdf	EL 111 DC FUNDAMENTALS [University of Hartford] (exp91_intro)	[University of Hartford] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, W. & Smith  & Young	Power Engineering	exp91_intro.pdf	EL 111 DC FUNDAMENTALS [University of Hartford] (exp91_intro)	[University of Hartford] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, W. & Smith  & Young	Communications & Signal Proc.	exp91.pdf	.     Syllabus: EL 111 DC Fundamentals (exp91)	[University of Hartford] - EL111 DC Fundamentals Syllabus
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, W. & Smith  & Young	Electronics & Circuits	exp91.pdf	.     Syllabus: EL 111 DC Fundamentals (exp91)	[University of Hartford] - EL111 DC Fundamentals Syllabus
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, W. & Smith  & Young	Power Engineering	exp91.pdf	.     Syllabus: EL 111 DC Fundamentals (exp91)	[University of Hartford] - EL111 DC Fundamentals Syllabus
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, W. & Smith  & Young	Communications & Signal Proc.	exp91prj.pdf	.     Laboratory Project: EL 111 DC Fundamentals  (exp91prj)	[University of Hartford] - Using a mesh analysis to solve a bridge circuit which contains three independent voltage sources, simulate it with computer software, and measure it.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, W. & Smith  & Young	Electronics & Circuits	exp91prj.pdf	.     Laboratory Project: EL 111 DC Fundamentals  (exp91prj)	[University of Hartford] - Using a mesh analysis to solve a bridge circuit which contains three independent voltage sources, simulate it with computer software, and measure it.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, W. & Smith  & Young	Power Engineering	exp91prj.pdf	.     Laboratory Project: EL 111 DC Fundamentals  (exp91prj)	[University of Hartford] - Using a mesh analysis to solve a bridge circuit which contains three independent voltage sources, simulate it with computer software, and measure it.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, W. & Smith  & Young	Communications & Signal Proc.	exp91a.pdf	.     Exp 1-Resistor Color Code and Use of Ohmmeter (exp91a)	[University of Hartford] - Interpret and record the ohmic value of a resistor when given a color-coded resistor. Measure value using analog ohmmeter, digital multimeter.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, W. & Smith  & Young	Electronics & Circuits	exp91a.pdf	.     Exp 1-Resistor Color Code and Use of Ohmmeter (exp91a)	[University of Hartford] - Interpret and record the ohmic value of a resistor when given a color-coded resistor. Measure value using analog ohmmeter, digital multimeter.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, W. & Smith  & Young	Power Engineering	exp91a.pdf	.     Exp 1-Resistor Color Code and Use of Ohmmeter (exp91a)	[University of Hartford] - Interpret and record the ohmic value of a resistor when given a color-coded resistor. Measure value using analog ohmmeter, digital multimeter.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, W. & Smith  & Young	Communications & Signal Proc.	exp91b.pdf	.     Exp 2- Ohm's Law Relationships (exp91b)	[University of Hartford] - Verify Ohm's Law by calculating, and then by measuring voltage, current and resistance, and then comparing the results.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, W. & Smith  & Young	Electronics & Circuits	exp91b.pdf	.     Exp 2- Ohm's Law Relationships (exp91b)	[University of Hartford] - Verify Ohm's Law by calculating, and then by measuring voltage, current and resistance, and then comparing the results.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, W. & Smith  & Young	Power Engineering	exp91b.pdf	.     Exp 2- Ohm's Law Relationships (exp91b)	[University of Hartford] - Verify Ohm's Law by calculating, and then by measuring voltage, current and resistance, and then comparing the results.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, W. & Smith  & Young	Communications & Signal Proc.	exp91c.pdf	.     Exp 3- Effect of Temperature on Resistance (exp91c)	[University of Hartford] - Verify that some materials increase in resistance with an increase in temperature, while others decrease in resistance with an increase in temperature.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, W. & Smith  & Young	Electronics & Circuits	exp91c.pdf	.     Exp 3- Effect of Temperature on Resistance (exp91c)	[University of Hartford] - Verify that some materials increase in resistance with an increase in temperature, while others decrease in resistance with an increase in temperature.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, W. & Smith  & Young	Power Engineering	exp91c.pdf	.     Exp 3- Effect of Temperature on Resistance (exp91c)	[University of Hartford] - Verify that some materials increase in resistance with an increase in temperature, while others decrease in resistance with an increase in temperature.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, W. & Smith  & Young	Communications & Signal Proc.	exp91d.pdf	.     Exp 4- Series Circuits (exp91d)	[University of Hartford] - Investigate the characteristics of a series circuit.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, W. & Smith  & Young	Electronics & Circuits	exp91d.pdf	.     Exp 4- Series Circuits (exp91d)	[University of Hartford] - Investigate the characteristics of a series circuit.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, W. & Smith  & Young	Power Engineering	exp91d.pdf	.     Exp 4- Series Circuits (exp91d)	[University of Hartford] - Investigate the characteristics of a series circuit.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, W. & Smith  & Young	Communications & Signal Proc.	exp91e.pdf	.     Exp 5- Voltage Divider Rule for Series Circuits (exp91e)	[University of Hartford] - Examine the relationship between combinations of voltage drops and combinations of resistance values in a series circuit.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, W. & Smith  & Young	Electronics & Circuits	exp91e.pdf	.     Exp 5- Voltage Divider Rule for Series Circuits (exp91e)	[University of Hartford] - Examine the relationship between combinations of voltage drops and combinations of resistance values in a series circuit.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, W. & Smith  & Young	Power Engineering	exp91e.pdf	.     Exp 5- Voltage Divider Rule for Series Circuits (exp91e)	[University of Hartford] - Examine the relationship between combinations of voltage drops and combinations of resistance values in a series circuit.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, W. & Smith  & Young	Communications & Signal Proc.	exp91f.pdf	.     Exp 6- Parallel Circuits (exp91f)	[University of Hartford] - Investigate the characteristics of a parallel circuit.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, W. & Smith  & Young	Electronics & Circuits	exp91f.pdf	.     Exp 6- Parallel Circuits (exp91f)	[University of Hartford] - Investigate the characteristics of a parallel circuit.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, W. & Smith  & Young	Power Engineering	exp91f.pdf	.     Exp 6- Parallel Circuits (exp91f)	[University of Hartford] - Investigate the characteristics of a parallel circuit.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, W. & Smith  & Young	Communications & Signal Proc.	exp91g.pdf	.     Exp 7- Volt-Amp Characteristics (exp91g)	[University of Hartford] - Investigate the voltage, current, and resistance relationships that exist with linear and nonlinear two terminal devices.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, W. & Smith  & Young	Electronics & Circuits	exp91g.pdf	.     Exp 7- Volt-Amp Characteristics (exp91g)	[University of Hartford] - Investigate the voltage, current, and resistance relationships that exist with linear and nonlinear two terminal devices.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, W. & Smith  & Young	Power Engineering	exp91g.pdf	.     Exp 7- Volt-Amp Characteristics (exp91g)	[University of Hartford] - Investigate the voltage, current, and resistance relationships that exist with linear and nonlinear two terminal devices.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, W. & Smith  & Young	Communications & Signal Proc.	exp91h.pdf	.     Exp 8- Series-Parallel Circuits (exp91h)	[University of Hartford] - Measure voltages and currents in a series-parallel circuit and compare with the calculated values.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, W. & Smith  & Young	Electronics & Circuits	exp91h.pdf	.     Exp 8- Series-Parallel Circuits (exp91h)	[University of Hartford] - Measure voltages and currents in a series-parallel circuit and compare with the calculated values.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, W. & Smith  & Young	Power Engineering	exp91h.pdf	.     Exp 8- Series-Parallel Circuits (exp91h)	[University of Hartford] - Measure voltages and currents in a series-parallel circuit and compare with the calculated values.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, W. & Smith  & Young	Communications & Signal Proc.	exp91i.pdf	.     Exp 9- Kirchhoff's Voltage Law, Subscripted Voltages (exp91i)	[University of Hartford] - Measure the voltage across a circuit element, using a doubly-subscripted notation for that voltage.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, W. & Smith  & Young	Electronics & Circuits	exp91i.pdf	.     Exp 9- Kirchhoff's Voltage Law, Subscripted Voltages (exp91i)	[University of Hartford] - Measure the voltage across a circuit element, using a doubly-subscripted notation for that voltage.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, W. & Smith  & Young	Power Engineering	exp91i.pdf	.     Exp 9- Kirchhoff's Voltage Law, Subscripted Voltages (exp91i)	[University of Hartford] - Measure the voltage across a circuit element, using a doubly-subscripted notation for that voltage.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, W. & Smith  & Young	Communications & Signal Proc.	exp91j.pdf	.     Exp 10- Superposition (exp91j)	[University of Hartford] - Calculate circuit voltages and currents, when more than one voltage source is present, by the process of superposition and verify calculations by measurements.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, W. & Smith  & Young	Electronics & Circuits	exp91j.pdf	.     Exp 10- Superposition (exp91j)	[University of Hartford] - Calculate circuit voltages and currents, when more than one voltage source is present, by the process of superposition and verify calculations by measurements.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, W. & Smith  & Young	Power Engineering	exp91j.pdf	.     Exp 10- Superposition (exp91j)	[University of Hartford] - Calculate circuit voltages and currents, when more than one voltage source is present, by the process of superposition and verify calculations by measurements.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, W. & Smith  & Young	Communications & Signal Proc.	exp91k.pdf	.     Exp 11- Thevenin's Theorem (exp91k)	[University of Hartford] - Calculate the current through any one of several resistors in any circuit by using Thevenin's Theorem, and verifying results by measurement.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, W. & Smith  & Young	Electronics & Circuits	exp91k.pdf	.     Exp 11- Thevenin's Theorem (exp91k)	[University of Hartford] - Calculate the current through any one of several resistors in any circuit by using Thevenin's Theorem, and verifying results by measurement.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, W. & Smith  & Young	Power Engineering	exp91k.pdf	.     Exp 11- Thevenin's Theorem (exp91k)	[University of Hartford] - Calculate the current through any one of several resistors in any circuit by using Thevenin's Theorem, and verifying results by measurement.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, W. & Smith  & Young	Communications & Signal Proc.	exp91l.pdf	.     Exp 12- Norton's Theorem (exp91l)	[University of Hartford] - Calculate the voltage across any one of several resistors in any circuit by using Norton's Theorem, and verify the results by measurements.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, W. & Smith  & Young	Electronics & Circuits	exp91l.pdf	.     Exp 12- Norton's Theorem (exp91l)	[University of Hartford] - Calculate the voltage across any one of several resistors in any circuit by using Norton's Theorem, and verify the results by measurements.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, W. & Smith  & Young	Power Engineering	exp91l.pdf	.     Exp 12- Norton's Theorem (exp91l)	[University of Hartford] - Calculate the voltage across any one of several resistors in any circuit by using Norton's Theorem, and verify the results by measurements.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, W. & Smith  & Young	Communications & Signal Proc.	exp91m.pdf	.     Exp 13- Maximum Power Transfer Theorem (exp91m)	[University of Hartford] - Verify by measurement that maximum power is developed in a load when the load resistance is equal to the internal resistance of the source.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, W. & Smith  & Young	Electronics & Circuits	exp91m.pdf	.     Exp 13- Maximum Power Transfer Theorem (exp91m)	[University of Hartford] - Verify by measurement that maximum power is developed in a load when the load resistance is equal to the internal resistance of the source.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, W. & Smith  & Young	Power Engineering	exp91m.pdf	.     Exp 13- Maximum Power Transfer Theorem (exp91m)	[University of Hartford] - Verify by measurement that maximum power is developed in a load when the load resistance is equal to the internal resistance of the source.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, W. & Smith  & Young	Communications & Signal Proc.	exp91n.pdf	.     Exp 14- Time Constants - Series RC Circuit with DC Applied (exp91n)	[University of Hartford] - Measure current changes in a resistive-capacitive series circuit, plot changes on linear graph paper, and verify the experimental results by calculation.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, W. & Smith  & Young	Electronics & Circuits	exp91n.pdf	.     Exp 14- Time Constants - Series RC Circuit with DC Applied (exp91n)	[University of Hartford] - Measure current changes in a resistive-capacitive series circuit, plot changes on linear graph paper, and verify the experimental results by calculation.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, W. & Smith  & Young	Power Engineering	exp91n.pdf	.     Exp 14- Time Constants - Series RC Circuit with DC Applied (exp91n)	[University of Hartford] - Measure current changes in a resistive-capacitive series circuit, plot changes on linear graph paper, and verify the experimental results by calculation.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Michigan	Rebeiz, Gabriel M. 	Communications & Signal Proc.	exp92_intro.pdf	EECS 210: ELECTRICAL ENGINEERING I [University of Michigan] (exp92_intro)	[University of Michigan] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Michigan	Rebeiz, Gabriel M. 	Electronics & Circuits	exp92_intro.pdf	EECS 210: ELECTRICAL ENGINEERING I [University of Michigan] (exp92_intro)	[University of Michigan] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Michigan	Rebeiz, Gabriel M. 	Electromagnetics & RF	exp92_intro.pdf	EECS 210: ELECTRICAL ENGINEERING I [University of Michigan] (exp92_intro)	[University of Michigan] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Michigan	Rebeiz, Gabriel M. 	Communications & Signal Proc.	exp92.pdf	.     EECS 210 Laboratory Manual (exp92)	[University of Michigan] - Faculty notes & student instructions: Lab safety & collaboration policy, How to write lab reports, Instrument operation. 
Experiments	Pre-Written Labs	Electronics & Circuits	University of Michigan	Rebeiz, Gabriel M. 	Electronics & Circuits	exp92.pdf	.     EECS 210 Laboratory Manual (exp92)	[University of Michigan] - Faculty notes & student instructions: Lab safety & collaboration policy, How to write lab reports, Instrument operation. 
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Michigan	Rebeiz, Gabriel M. 	Electromagnetics & RF	exp92.pdf	.     EECS 210 Laboratory Manual (exp92)	[University of Michigan] - Faculty notes & student instructions: Lab safety & collaboration policy, How to write lab reports, Instrument operation. 
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Michigan	Rebeiz, Gabriel M. 	Communications & Signal Proc.	exp92TA.pdf	.     EECS 210 TA/Professor Laboratory Manual (exp92TA)	[University of Michigan] - This manual helps TAs in preparing for the EECS 210 course. It includes a week-by-week breakdown of procedures.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Michigan	Rebeiz, Gabriel M. 	Electronics & Circuits	exp92TA.pdf	.     EECS 210 TA/Professor Laboratory Manual (exp92TA)	[University of Michigan] - This manual helps TAs in preparing for the EECS 210 course. It includes a week-by-week breakdown of procedures.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Michigan	Rebeiz, Gabriel M. 	Electromagnetics & RF	exp92TA.pdf	.     EECS 210 TA/Professor Laboratory Manual (exp92TA)	[University of Michigan] - This manual helps TAs in preparing for the EECS 210 course. It includes a week-by-week breakdown of procedures.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Michigan	Rebeiz, Gabriel M. 	Communications & Signal Proc.	exp92a.pdf	.     Exp. 1: Telephone Systems and Dialing Tones (exp92a)	[University of Michigan] - Telephone dial pad, current loop, battery resistance, frequency domain, harmonics, intermodulation products.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Michigan	Rebeiz, Gabriel M. 	Electronics & Circuits	exp92a.pdf	.     Exp. 1: Telephone Systems and Dialing Tones (exp92a)	[University of Michigan] - Telephone dial pad, current loop, battery resistance, frequency domain, harmonics, intermodulation products.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Michigan	Rebeiz, Gabriel M. 	Electromagnetics & RF	exp92a.pdf	.     Exp. 1: Telephone Systems and Dialing Tones (exp92a)	[University of Michigan] - Telephone dial pad, current loop, battery resistance, frequency domain, harmonics, intermodulation products.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Michigan	Rebeiz, Gabriel M. 	Communications & Signal Proc.	exp92b.pdf	.     Exp. 2: Voltage Dividers, DC&AC Signals, and Batteries (exp92b)	[University of Michigan] - Kirchhoff's Voltage & Current laws. Oscilloscope lesson on Agilent 54600B.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Michigan	Rebeiz, Gabriel M. 	Electronics & Circuits	exp92b.pdf	.     Exp. 2: Voltage Dividers, DC&AC Signals, and Batteries (exp92b)	[University of Michigan] - Kirchhoff's Voltage & Current laws. Oscilloscope lesson on Agilent 54600B.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Michigan	Rebeiz, Gabriel M. 	Electromagnetics & RF	exp92b.pdf	.     Exp. 2: Voltage Dividers, DC&AC Signals, and Batteries (exp92b)	[University of Michigan] - Kirchhoff's Voltage & Current laws. Oscilloscope lesson on Agilent 54600B.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Michigan	Rebeiz, Gabriel M. 	Communications & Signal Proc.	exp92c.pdf	.     Exp. 3: Audio Amplifier Frequency Response, Distortion and Clipping (exp92c)	[University of Michigan] - Ideal & non-ideal amplifiers. Bandwidth, distortion, saturation, short-circuit I, Input I, offset V.  Measure for LM380. Theory included.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Michigan	Rebeiz, Gabriel M. 	Electronics & Circuits	exp92c.pdf	.     Exp. 3: Audio Amplifier Frequency Response, Distortion and Clipping (exp92c)	[University of Michigan] - Ideal & non-ideal amplifiers. Bandwidth, distortion, saturation, short-circuit I, Input I, offset V.  Measure for LM380. Theory included.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Michigan	Rebeiz, Gabriel M. 	Electromagnetics & RF	exp92c.pdf	.     Exp. 3: Audio Amplifier Frequency Response, Distortion and Clipping (exp92c)	[University of Michigan] - Ideal & non-ideal amplifiers. Bandwidth, distortion, saturation, short-circuit I, Input I, offset V.  Measure for LM380. Theory included.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Michigan	Rebeiz, Gabriel M. 	Communications & Signal Proc.	exp92d.pdf	.     Exp. 4: Variable Gain Amplifiers; Summers; Intermodulation Products (exp92d)	[University of Michigan] - Variable gain amps & summers, harmonics of nonlinear amplifiers.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Michigan	Rebeiz, Gabriel M. 	Electronics & Circuits	exp92d.pdf	.     Exp. 4: Variable Gain Amplifiers; Summers; Intermodulation Products (exp92d)	[University of Michigan] - Variable gain amps & summers, harmonics of nonlinear amplifiers.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Michigan	Rebeiz, Gabriel M. 	Electromagnetics & RF	exp92d.pdf	.     Exp. 4: Variable Gain Amplifiers; Summers; Intermodulation Products (exp92d)	[University of Michigan] - Variable gain amps & summers, harmonics of nonlinear amplifiers.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Michigan	Rebeiz, Gabriel M. 	Communications & Signal Proc.	exp92e.pdf	.     Exp. 5: Noise and Differential Amplifiers to the Rescue (exp92e)	[University of Michigan] - Every amplifier needs an input bias current to operate properly. The bias current is the average base current of the input transistors.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Michigan	Rebeiz, Gabriel M. 	Electronics & Circuits	exp92e.pdf	.     Exp. 5: Noise and Differential Amplifiers to the Rescue (exp92e)	[University of Michigan] - Every amplifier needs an input bias current to operate properly. The bias current is the average base current of the input transistors.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Michigan	Rebeiz, Gabriel M. 	Electromagnetics & RF	exp92e.pdf	.     Exp. 5: Noise and Differential Amplifiers to the Rescue (exp92e)	[University of Michigan] - Every amplifier needs an input bias current to operate properly. The bias current is the average base current of the input transistors.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Michigan	Rebeiz, Gabriel M. 	Communications & Signal Proc.	exp92f.pdf	.     Exp. 6: Audio Tone Control Amplifier (exp92f)	[University of Michigan] - Build treble-control amplifier & bass-control amplifier. Use MATLAB for predictions. Assemble & test complete audio system with CD player or microphone.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Michigan	Rebeiz, Gabriel M. 	Electronics & Circuits	exp92f.pdf	.     Exp. 6: Audio Tone Control Amplifier (exp92f)	[University of Michigan] - Build treble-control amplifier & bass-control amplifier. Use MATLAB for predictions. Assemble & test complete audio system with CD player or microphone.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Michigan	Rebeiz, Gabriel M. 	Electromagnetics & RF	exp92f.pdf	.     Exp. 6: Audio Tone Control Amplifier (exp92f)	[University of Michigan] - Build treble-control amplifier & bass-control amplifier. Use MATLAB for predictions. Assemble & test complete audio system with CD player or microphone.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Michigan	Rebeiz, Gabriel M. 	Communications & Signal Proc.	exp93_intro.pdf	EECS 211: ELECTRICAL ENGINEERING II [University of Michigan] (exp93_intro)	[University of Michigan] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Michigan	Rebeiz, Gabriel M. 	Electronics & Circuits	exp93_intro.pdf	EECS 211: ELECTRICAL ENGINEERING II [University of Michigan] (exp93_intro)	[University of Michigan] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Michigan	Rebeiz, Gabriel M. 	Electromagnetics & RF	exp93_intro.pdf	EECS 211: ELECTRICAL ENGINEERING II [University of Michigan] (exp93_intro)	[University of Michigan] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Michigan	Rebeiz, Gabriel M. 	Communications & Signal Proc.	exp93.pdf	.     EECS 211 Laboratory Manual (exp93)	[University of Michigan] - Faculty notes & student instructions for Junior lab: Lab safety, Grading and collaboration policies, How to write lab reports, Instrument operation. 
Experiments	Pre-Written Labs	Electronics & Circuits	University of Michigan	Rebeiz, Gabriel M. 	Electronics & Circuits	exp93.pdf	.     EECS 211 Laboratory Manual (exp93)	[University of Michigan] - Faculty notes & student instructions for Junior lab: Lab safety, Grading and collaboration policies, How to write lab reports, Instrument operation. 
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Michigan	Rebeiz, Gabriel M. 	Electromagnetics & RF	exp93.pdf	.     EECS 211 Laboratory Manual (exp93)	[University of Michigan] - Faculty notes & student instructions for Junior lab: Lab safety, Grading and collaboration policies, How to write lab reports, Instrument operation. 
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Michigan	Rebeiz, Gabriel M. 	Communications & Signal Proc.	exp93TA.pdf	.     EECS 211 TA/Professor Laboratory Manual (exp93TA)	[University of Michigan] - This manual helps TAs in preparing for the EECS 211 course. It includes a week-by-week breakdown of procedures.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Michigan	Rebeiz, Gabriel M. 	Electronics & Circuits	exp93TA.pdf	.     EECS 211 TA/Professor Laboratory Manual (exp93TA)	[University of Michigan] - This manual helps TAs in preparing for the EECS 211 course. It includes a week-by-week breakdown of procedures.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Michigan	Rebeiz, Gabriel M. 	Electromagnetics & RF	exp93TA.pdf	.     EECS 211 TA/Professor Laboratory Manual (exp93TA)	[University of Michigan] - This manual helps TAs in preparing for the EECS 211 course. It includes a week-by-week breakdown of procedures.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Michigan	Rebeiz, Gabriel M. 	Communications & Signal Proc.	exp93a.pdf	.     Exp. 1: Active Low-Pass Filter (exp93a)	[University of Michigan] - Tutorial: Butterworth, Chebyschev, Elliptical filters. Ringing & time delays in digital circuits. Bode plots. Q. Theory. 
Experiments	Pre-Written Labs	Electronics & Circuits	University of Michigan	Rebeiz, Gabriel M. 	Electronics & Circuits	exp93a.pdf	.     Exp. 1: Active Low-Pass Filter (exp93a)	[University of Michigan] - Tutorial: Butterworth, Chebyschev, Elliptical filters. Ringing & time delays in digital circuits. Bode plots. Q. Theory. 
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Michigan	Rebeiz, Gabriel M. 	Electromagnetics & RF	exp93a.pdf	.     Exp. 1: Active Low-Pass Filter (exp93a)	[University of Michigan] - Tutorial: Butterworth, Chebyschev, Elliptical filters. Ringing & time delays in digital circuits. Bode plots. Q. Theory. 
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Michigan	Rebeiz, Gabriel M. 	Communications & Signal Proc.	exp93b.pdf	.     Exp. 2: Active Band-Pass Filters (exp93b)	[University of Michigan] - Assemble low-Q and hi-Q active bandpass filters. Find time domain response. Use FSK on Agilent 33120A for signal.  Find f0, Q, THD. Design a better filter.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Michigan	Rebeiz, Gabriel M. 	Electronics & Circuits	exp93b.pdf	.     Exp. 2: Active Band-Pass Filters (exp93b)	[University of Michigan] - Assemble low-Q and hi-Q active bandpass filters. Find time domain response. Use FSK on Agilent 33120A for signal.  Find f0, Q, THD. Design a better filter.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Michigan	Rebeiz, Gabriel M. 	Electromagnetics & RF	exp93b.pdf	.     Exp. 2: Active Band-Pass Filters (exp93b)	[University of Michigan] - Assemble low-Q and hi-Q active bandpass filters. Find time domain response. Use FSK on Agilent 33120A for signal.  Find f0, Q, THD. Design a better filter.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Michigan	Rebeiz, Gabriel M. 	Communications & Signal Proc.	exp93c.pdf	.     Exp. 3: Full-Wave Diode Rectifiers (exp93c)	[University of Michigan] - Build full-wave, half-wave bridges. Measure ripple frequency, Vpeak, etc. Plot capacitor current. Design for high efficiency.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Michigan	Rebeiz, Gabriel M. 	Electronics & Circuits	exp93c.pdf	.     Exp. 3: Full-Wave Diode Rectifiers (exp93c)	[University of Michigan] - Build full-wave, half-wave bridges. Measure ripple frequency, Vpeak, etc. Plot capacitor current. Design for high efficiency.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Michigan	Rebeiz, Gabriel M. 	Electromagnetics & RF	exp93c.pdf	.     Exp. 3: Full-Wave Diode Rectifiers (exp93c)	[University of Michigan] - Build full-wave, half-wave bridges. Measure ripple frequency, Vpeak, etc. Plot capacitor current. Design for high efficiency.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Michigan	Rebeiz, Gabriel M. 	Communications & Signal Proc.	exp93d.pdf	.     Exp. 4: Linear & Non-Linear Diode Analysis, AM Modulation/Detection (exp93d)	[University of Michigan] - Theory only: Nonlinear elements. AM, Envelope and Square-Law detectors. Diode theory.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Michigan	Rebeiz, Gabriel M. 	Electronics & Circuits	exp93d.pdf	.     Exp. 4: Linear & Non-Linear Diode Analysis, AM Modulation/Detection (exp93d)	[University of Michigan] - Theory only: Nonlinear elements. AM, Envelope and Square-Law detectors. Diode theory.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Michigan	Rebeiz, Gabriel M. 	Electromagnetics & RF	exp93d.pdf	.     Exp. 4: Linear & Non-Linear Diode Analysis, AM Modulation/Detection (exp93d)	[University of Michigan] - Theory only: Nonlinear elements. AM, Envelope and Square-Law detectors. Diode theory.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Michigan	Rebeiz, Gabriel M. 	Communications & Signal Proc.	exp93e.pdf	.     Exp.5: AM Optical Link (exp93e)	[University of Michigan] - Theory only: LED characteristics, phototransistors, optical communication.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Michigan	Rebeiz, Gabriel M. 	Electronics & Circuits	exp93e.pdf	.     Exp.5: AM Optical Link (exp93e)	[University of Michigan] - Theory only: LED characteristics, phototransistors, optical communication.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Michigan	Rebeiz, Gabriel M. 	Electromagnetics & RF	exp93e.pdf	.     Exp.5: AM Optical Link (exp93e)	[University of Michigan] - Theory only: LED characteristics, phototransistors, optical communication.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Michigan	Rebeiz, Gabriel M. 	Communications & Signal Proc.	exp93f.pdf	.     Exp. 6: FM Optical Link (exp93f)	[University of Michigan] - Theory only: FM, carrier, spectrum, guard band, sidebands, slope detector, PLL's.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Michigan	Rebeiz, Gabriel M. 	Electronics & Circuits	exp93f.pdf	.     Exp. 6: FM Optical Link (exp93f)	[University of Michigan] - Theory only: FM, carrier, spectrum, guard band, sidebands, slope detector, PLL's.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Michigan	Rebeiz, Gabriel M. 	Electromagnetics & RF	exp93f.pdf	.     Exp. 6: FM Optical Link (exp93f)	[University of Michigan] - Theory only: FM, carrier, spectrum, guard band, sidebands, slope detector, PLL's.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Communications & Signal Proc.	exp94_intro.pdf	WIRELESS SYSTEMS LAB [University of Colorado, Boulder] (exp94_intro)	[University of Colorado, Boulder] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Electronics & Circuits	exp94_intro.pdf	WIRELESS SYSTEMS LAB [University of Colorado, Boulder] (exp94_intro)	[University of Colorado, Boulder] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Electromagnetics & RF	exp94_intro.pdf	WIRELESS SYSTEMS LAB [University of Colorado, Boulder] (exp94_intro)	[University of Colorado, Boulder] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Communications & Signal Proc.	exp94syl.pdf	.     TLEN 5320 Wireless Systems Syllabus (exp94syl)	[University of Colorado, Boulder] - TLEN 5320 Wireless Systems Syllabus.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Electronics & Circuits	exp94syl.pdf	.     TLEN 5320 Wireless Systems Syllabus (exp94syl)	[University of Colorado, Boulder] - TLEN 5320 Wireless Systems Syllabus.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Electromagnetics & RF	exp94syl.pdf	.     TLEN 5320 Wireless Systems Syllabus (exp94syl)	[University of Colorado, Boulder] - TLEN 5320 Wireless Systems Syllabus.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Communications & Signal Proc.	exp94a.pdf	.     Lab 1: Spectrum Analysis (exp94a)	[University of Colorado, Boulder] - This lab is intended to be a beginning tutorial on RF spectrum analysis.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Electronics & Circuits	exp94a.pdf	.     Lab 1: Spectrum Analysis (exp94a)	[University of Colorado, Boulder] - This lab is intended to be a beginning tutorial on RF spectrum analysis.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Electromagnetics & RF	exp94a.pdf	.     Lab 1: Spectrum Analysis (exp94a)	[University of Colorado, Boulder] - This lab is intended to be a beginning tutorial on RF spectrum analysis.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Communications & Signal Proc.	exp94b.pdf	.     Lab 2: Antenna Design (exp94b)	[University of Colorado, Boulder] - Basic antenna properties, design, and construction. Students will measure the antennas' gain vs. frequency and radiation patterns.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Electronics & Circuits	exp94b.pdf	.     Lab 2: Antenna Design (exp94b)	[University of Colorado, Boulder] - Basic antenna properties, design, and construction. Students will measure the antennas' gain vs. frequency and radiation patterns.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Electromagnetics & RF	exp94b.pdf	.     Lab 2: Antenna Design (exp94b)	[University of Colorado, Boulder] - Basic antenna properties, design, and construction. Students will measure the antennas' gain vs. frequency and radiation patterns.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Communications & Signal Proc.	exp94c.pdf	.     Lab 3: Analog Modulation (exp94c)	[University of Colorado, Boulder] - This lab is intended to be a beginning tutorial on Analog Modulation.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Electronics & Circuits	exp94c.pdf	.     Lab 3: Analog Modulation (exp94c)	[University of Colorado, Boulder] - This lab is intended to be a beginning tutorial on Analog Modulation.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Electromagnetics & RF	exp94c.pdf	.     Lab 3: Analog Modulation (exp94c)	[University of Colorado, Boulder] - This lab is intended to be a beginning tutorial on Analog Modulation.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Communications & Signal Proc.	exp94d.pdf	.     Lab 4: Frequency Allocation (exp94d)	[University of Colorado, Boulder] - This experiment examines spectrum utilization and its compliance with the FCC Frequency Allocation Plan.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Electronics & Circuits	exp94d.pdf	.     Lab 4: Frequency Allocation (exp94d)	[University of Colorado, Boulder] - This experiment examines spectrum utilization and its compliance with the FCC Frequency Allocation Plan.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Electromagnetics & RF	exp94d.pdf	.     Lab 4: Frequency Allocation (exp94d)	[University of Colorado, Boulder] - This experiment examines spectrum utilization and its compliance with the FCC Frequency Allocation Plan.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Communications & Signal Proc.	exp94e.pdf	.     Lab 5: Indoor Radio Propagation (exp94e)	[University of Colorado, Boulder] - Characteristics of indoor radio propagation. It explores the influence of the number and the type of walls on signal attenuation as a function of frequency.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Electronics & Circuits	exp94e.pdf	.     Lab 5: Indoor Radio Propagation (exp94e)	[University of Colorado, Boulder] - Characteristics of indoor radio propagation. It explores the influence of the number and the type of walls on signal attenuation as a function of frequency.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Electromagnetics & RF	exp94e.pdf	.     Lab 5: Indoor Radio Propagation (exp94e)	[University of Colorado, Boulder] - Characteristics of indoor radio propagation. It explores the influence of the number and the type of walls on signal attenuation as a function of frequency.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Communications & Signal Proc.	exp94f.pdf	.     Lab 6: Outdoor Radio Propagation (exp94f)	[University of Colorado, Boulder] - Examines the characteristics of outdoor radio propagation. It explores radio propagation in three path loss zones: near field, free space, and far field.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Electronics & Circuits	exp94f.pdf	.     Lab 6: Outdoor Radio Propagation (exp94f)	[University of Colorado, Boulder] - Examines the characteristics of outdoor radio propagation. It explores radio propagation in three path loss zones: near field, free space, and far field.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Electromagnetics & RF	exp94f.pdf	.     Lab 6: Outdoor Radio Propagation (exp94f)	[University of Colorado, Boulder] - Examines the characteristics of outdoor radio propagation. It explores radio propagation in three path loss zones: near field, free space, and far field.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Communications & Signal Proc.	exp94g.pdf	.     Lab 7: Interference in Cellular Radio Systems (exp94g)	[University of Colorado, Boulder] - This experiment allows the students to study co-channel and adjacent channel interference.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Electronics & Circuits	exp94g.pdf	.     Lab 7: Interference in Cellular Radio Systems (exp94g)	[University of Colorado, Boulder] - This experiment allows the students to study co-channel and adjacent channel interference.
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Colorado, Boulder	Brown, Tim & Notaros & Jadhav	Electromagnetics & RF	exp94g.pdf	.     Lab 7: Interference in Cellular Radio Systems (exp94g)	[University of Colorado, Boulder] - This experiment allows the students to study co-channel and adjacent channel interference.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, Walter 	Communications & Signal Proc.	exp95_intro.pdf	EL 351 LINEAR INTEGRATED CIRCUITS [University of Hartford] (exp95_intro)	[University of Hartford] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 	Electronics & Circuits	exp95_intro.pdf	EL 351 LINEAR INTEGRATED CIRCUITS [University of Hartford] (exp95_intro)	[University of Hartford] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, Walter 	Power Engineering	exp95_intro.pdf	EL 351 LINEAR INTEGRATED CIRCUITS [University of Hartford] (exp95_intro)	[University of Hartford] - Introduction to the course: objective, equipment used and list of experiments.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, Walter 	Communications & Signal Proc.	exp95syl.pdf	.     EL 351 Syllabus (exp95syl)	[University of Hartford] - Overview of entire EL 351 course
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 	Electronics & Circuits	exp95syl.pdf	.     EL 351 Syllabus (exp95syl)	[University of Hartford] - Overview of entire EL 351 course
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, Walter 	Power Engineering	exp95syl.pdf	.     EL 351 Syllabus (exp95syl)	[University of Hartford] - Overview of entire EL 351 course
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, Walter 	Communications & Signal Proc.	exp95a.pdf	.     Lab 1: Lab Equipment Familiarization & Basic Op-Amp Review  (exp95a)	[University of Hartford] - Lab equipment familiarization, and basic op-amp review.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 	Electronics & Circuits	exp95a.pdf	.     Lab 1: Lab Equipment Familiarization & Basic Op-Amp Review  (exp95a)	[University of Hartford] - Lab equipment familiarization, and basic op-amp review.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, Walter 	Power Engineering	exp95a.pdf	.     Lab 1: Lab Equipment Familiarization & Basic Op-Amp Review  (exp95a)	[University of Hartford] - Lab equipment familiarization, and basic op-amp review.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, Walter 	Communications & Signal Proc.	exp95b.pdf	.     Lab 2: BJT Differential Amplifier (exp95b)	[University of Hartford] - In this experiment, you will construct and test two differential amplifiers, using BJT's.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 	Electronics & Circuits	exp95b.pdf	.     Lab 2: BJT Differential Amplifier (exp95b)	[University of Hartford] - In this experiment, you will construct and test two differential amplifiers, using BJT's.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, Walter 	Power Engineering	exp95b.pdf	.     Lab 2: BJT Differential Amplifier (exp95b)	[University of Hartford] - In this experiment, you will construct and test two differential amplifiers, using BJT's.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, Walter 	Communications & Signal Proc.	exp95c.pdf	.     Lab 3: OP-AMP DC Parameters Determination (exp95c)	[University of Hartford] - In this lab, you will measure some of the DC parameters of a BJT-input operational amplifier(a 741).
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 	Electronics & Circuits	exp95c.pdf	.     Lab 3: OP-AMP DC Parameters Determination (exp95c)	[University of Hartford] - In this lab, you will measure some of the DC parameters of a BJT-input operational amplifier(a 741).
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, Walter 	Power Engineering	exp95c.pdf	.     Lab 3: OP-AMP DC Parameters Determination (exp95c)	[University of Hartford] - In this lab, you will measure some of the DC parameters of a BJT-input operational amplifier(a 741).
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, Walter 	Communications & Signal Proc.	exp95d.pdf	.     Lab 4: Gain-Bandwidth Product & Slew Rate (exp95d)	[University of Hartford] - In this experiment you will explore in detail those parameters for the 741, and also measure them for five different op-amps.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 	Electronics & Circuits	exp95d.pdf	.     Lab 4: Gain-Bandwidth Product & Slew Rate (exp95d)	[University of Hartford] - In this experiment you will explore in detail those parameters for the 741, and also measure them for five different op-amps.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, Walter 	Power Engineering	exp95d.pdf	.     Lab 4: Gain-Bandwidth Product & Slew Rate (exp95d)	[University of Hartford] - In this experiment you will explore in detail those parameters for the 741, and also measure them for five different op-amps.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, Walter 	Communications & Signal Proc.	exp95e.pdf	.     Lab 5: Inverting and Differential Summing Amplifiers (exp95e)	[University of Hartford] - Test of an Inverting summing amplifier, design and test of a differential amplifier.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 	Electronics & Circuits	exp95e.pdf	.     Lab 5: Inverting and Differential Summing Amplifiers (exp95e)	[University of Hartford] - Test of an Inverting summing amplifier, design and test of a differential amplifier.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, Walter 	Power Engineering	exp95e.pdf	.     Lab 5: Inverting and Differential Summing Amplifiers (exp95e)	[University of Hartford] - Test of an Inverting summing amplifier, design and test of a differential amplifier.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, Walter 	Communications & Signal Proc.	exp95f.pdf	.     Lab 6: Continuously Adjustable Noninverting/Inverting Amplifier Circuit (exp95f)	[University of Hartford] - The article, One Pot Adjusts Polarity, Gain, by Mike McNatt, is the basis of this Lab. 
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 	Electronics & Circuits	exp95f.pdf	.     Lab 6: Continuously Adjustable Noninverting/Inverting Amplifier Circuit (exp95f)	[University of Hartford] - The article, One Pot Adjusts Polarity, Gain, by Mike McNatt, is the basis of this Lab. 
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, Walter 	Power Engineering	exp95f.pdf	.     Lab 6: Continuously Adjustable Noninverting/Inverting Amplifier Circuit (exp95f)	[University of Hartford] - The article, One Pot Adjusts Polarity, Gain, by Mike McNatt, is the basis of this Lab. 
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, Walter 	Communications & Signal Proc.	exp95g.pdf	.     Lab 7: Design of a Signal Conditioning Circuit (exp95g)	[University of Hartford] - This experiment is to acquaint you with a practical design problem, similar to what you may be challenged with in industry.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 	Electronics & Circuits	exp95g.pdf	.     Lab 7: Design of a Signal Conditioning Circuit (exp95g)	[University of Hartford] - This experiment is to acquaint you with a practical design problem, similar to what you may be challenged with in industry.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, Walter 	Power Engineering	exp95g.pdf	.     Lab 7: Design of a Signal Conditioning Circuit (exp95g)	[University of Hartford] - This experiment is to acquaint you with a practical design problem, similar to what you may be challenged with in industry.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, Walter 	Communications & Signal Proc.	exp95h.pdf	.     Lab 8: Testing Integrators and Differentiators (exp95h)	[University of Hartford] - The mathematical operations of integration and differentiation can be performed using operational amplifiers.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 	Electronics & Circuits	exp95h.pdf	.     Lab 8: Testing Integrators and Differentiators (exp95h)	[University of Hartford] - The mathematical operations of integration and differentiation can be performed using operational amplifiers.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, Walter 	Power Engineering	exp95h.pdf	.     Lab 8: Testing Integrators and Differentiators (exp95h)	[University of Hartford] - The mathematical operations of integration and differentiation can be performed using operational amplifiers.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, Walter 	Communications & Signal Proc.	exp95i.pdf	.     Lab 9: Design and Test of Digital-to-Analog Converters (exp95i)	[University of Hartford] - In this experiment, you will design two different 4-bit DAC circuits, and test them over the full range of digital input word.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 	Electronics & Circuits	exp95i.pdf	.     Lab 9: Design and Test of Digital-to-Analog Converters (exp95i)	[University of Hartford] - In this experiment, you will design two different 4-bit DAC circuits, and test them over the full range of digital input word.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, Walter 	Power Engineering	exp95i.pdf	.     Lab 9: Design and Test of Digital-to-Analog Converters (exp95i)	[University of Hartford] - In this experiment, you will design two different 4-bit DAC circuits, and test them over the full range of digital input word.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, Walter 	Communications & Signal Proc.	exp95j.pdf	.     Lab 10: Absolute Value Circuit? (exp95j)	[University of Hartford] - Plan some tests to see, in the laboratory, if this circuit indeed is an absolute value circuit.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 	Electronics & Circuits	exp95j.pdf	.     Lab 10: Absolute Value Circuit? (exp95j)	[University of Hartford] - Plan some tests to see, in the laboratory, if this circuit indeed is an absolute value circuit.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, Walter 	Power Engineering	exp95j.pdf	.     Lab 10: Absolute Value Circuit? (exp95j)	[University of Hartford] - Plan some tests to see, in the laboratory, if this circuit indeed is an absolute value circuit.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, Walter 	Communications & Signal Proc.	exp95k.pdf	.     Lab 11: Sample and Hold Integrated Circuit and Test (exp95k)	[University of Hartford] - In this experiment, you will use a sample and hold integrated circuit, controlled buy an external clock signal, and observe its output for a variety of input signals.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 	Electronics & Circuits	exp95k.pdf	.     Lab 11: Sample and Hold Integrated Circuit and Test (exp95k)	[University of Hartford] - In this experiment, you will use a sample and hold integrated circuit, controlled buy an external clock signal, and observe its output for a variety of input signals.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, Walter 	Power Engineering	exp95k.pdf	.     Lab 11: Sample and Hold Integrated Circuit and Test (exp95k)	[University of Hartford] - In this experiment, you will use a sample and hold integrated circuit, controlled buy an external clock signal, and observe its output for a variety of input signals.
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, Walter 	Communications & Signal Proc.	exp95l.pdf	.     Lab 12: Active Filter Design and Test (exp95l)	[University of Hartford] - In this experiment, you will design and test a two-pole low-pass filter using a Sallen-Key Voltage-Controlled Voltage Source circuit.
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 	Electronics & Circuits	exp95l.pdf	.     Lab 12: Active Filter Design and Test (exp95l)	[University of Hartford] - In this experiment, you will design and test a two-pole low-pass filter using a Sallen-Key Voltage-Controlled Voltage Source circuit.
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, Walter 	Power Engineering	exp95l.pdf	.     Lab 12: Active Filter Design and Test (exp95l)	[University of Hartford] - In this experiment, you will design and test a two-pole low-pass filter using a Sallen-Key Voltage-Controlled Voltage Source circuit.
Experiments	Pre-Written Labs	Electronics & Circuits	Brigham Young University	Lunt, Barry		exp1.pdf	Test Equipment Errors (exp1)	[Brigham Young University] - Problems in measuring high impedances with a dmm and function generator. (2 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Bucknell University	Kozick, Richard		exp2.pdf	Sine Waves & Hearing (exp2)	[Bucknell University] - Human speech and hearing. Examines amplitude, frequency, audible frequency range, sampling, simple FFT's. (10 pages) 
Experiments	Pre-Written Labs	Electronics & Circuits	Bucknell University	Kozick, Richard		exp2.pdf	Sine Waves & Hearing (exp2)	[Bucknell University] - Human speech and hearing. Examines amplitude, frequency, audible frequency range, sampling, simple FFT's. (10 pages) 
Experiments	Pre-Written Labs	Physical Science	Bucknell University	Kozick, Richard		exp2.pdf	Sine Waves & Hearing (exp2)	[Bucknell University] - Human speech and hearing. Examines amplitude, frequency, audible frequency range, sampling, simple FFT's. (10 pages) 
Experiments	Pre-Written Labs	Applied Math	Bucknell University	Kozick, Richard		exp2.pdf	Sine Waves & Hearing (exp2)	[Bucknell University] - Human speech and hearing. Examines amplitude, frequency, audible frequency range, sampling, simple FFT's. (10 pages) 
Experiments	Pre-Written Labs	Communications & Signal Proc.	Cleveland State University	Hizlan, Murad		exp4a.pdf	FM Demodulation (exp4a)	[Cleveland State University] - Use a one-transistor slope detector circuit to explore FM.  Frequency deviation, IF transformer, envelope detection, carrier frequency, operating point. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Cleveland State University	Hizlan, Murad		exp4a.pdf	FM Demodulation (exp4a)	[Cleveland State University] - Use a one-transistor slope detector circuit to explore FM.  Frequency deviation, IF transformer, envelope detection, carrier frequency, operating point. (4 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	Cleveland State University	Hizlan, Murad		exp4a.pdf	FM Demodulation (exp4a)	[Cleveland State University] - Use a one-transistor slope detector circuit to explore FM.  Frequency deviation, IF transformer, envelope detection, carrier frequency, operating point. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Grove City College	Christman, Al		exp5.pdf	Rectifier Circuits (exp5)	[Grove City College] - Build a half-wave, full-wave and full-wave bridge rectifier circuit. (4 pages)
Experiments	Pre-Written Labs	Power Engineering	Grove City College	Christman, Al		exp5.pdf	Rectifier Circuits (exp5)	[Grove City College] - Build a half-wave, full-wave and full-wave bridge rectifier circuit. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Faber, Marsh		exp6.pdf	Finding the Hidden Pulse Stream (exp6)	[Agilent Technologies] - Clinic: Using the peak detector mode of an oscilloscope. (2 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Faber, Marsh		exp6b.pdf	Detecting Power-up Transients (exp6b)	[Agilent Technologies] - Clinic: Scope triggering. (2 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Faber, Marsh		exp6c.pdf	Capturing Buried Glitches (exp6c)	[Agilent Technologies] - Clinic: Using glitch trigger mode on an oscilloscope. (2 pages)
Experiments	Pre-Written Labs	Computer Engineering	Agilent Technologies	Faber, Marsh		exp6d.pdf	Asynchronous Digital Cross-talk (exp6d)	[Agilent Technologies] - Clinic: Using a scope's FFT mode to identify clock interference. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Faber, Marsh		exp6d.pdf	Asynchronous Digital Cross-talk (exp6d)	[Agilent Technologies] - Clinic: Using a scope's FFT mode to identify clock interference. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Faber, Marsh		exp6e.pdf	Capturing Burst Pulses (exp6e)	[Agilent Technologies] - Clinic: Using sequential single-shot trigger on an oscilloscope to capture burst signals. (2 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Faber, Marsh		exp6f.pdf	Power-up Circuit Dynamics (exp6f)	[Agilent Technologies] - Clinic: Using sequential single-shot trigger on an oscilloscope to see power-up anomalies. (1 page)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Faber, Marsh		exp6g.pdf	Measuring Precise Time Delays (exp6g)	[Agilent Technologies] - Clinic: How an oscilloscope's sample rate determines single-shot accuracy (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Faber, Marsh		exp6h.pdf	Probing & Time Compensation (exp6h)	[Agilent Technologies] - Clinic: Calibrating and matching oscilloscope probes. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Faber, Marsh		exp6i.pdf	Active vs. Passive Probing (exp6i)	[Agilent Technologies] - Clinic: How a probe's capacitance affects measurement accuracy of an oscilloscope. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Faber, Marsh		exp6j.pdf	Inductive Ringing, Resistive Loading (exp6j)	[Agilent Technologies] - Clinic: How a probe's resistance and ground-lead inductance affect oscilloscope measurements. (4 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Agilent Technologies	Faber, Marsh		exp6k.pdf	Speaker Resonance (exp6k)	[Agilent Technologies] - Measuring the resonant frequency of a small speaker. Decaying exponential, finding a signal in noise using an FFT. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Faber, Marsh		exp6k.pdf	Speaker Resonance (exp6k)	[Agilent Technologies] - Measuring the resonant frequency of a small speaker. Decaying exponential, finding a signal in noise using an FFT. (4 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	Agilent Technologies	Faber, Marsh		exp6k.pdf	Speaker Resonance (exp6k)	[Agilent Technologies] - Measuring the resonant frequency of a small speaker. Decaying exponential, finding a signal in noise using an FFT. (4 pages)
Experiments	Pre-Written Labs	Mechanical Engineering	Agilent Technologies	Faber, Marsh		exp6k.pdf	Speaker Resonance (exp6k)	[Agilent Technologies] - Measuring the resonant frequency of a small speaker. Decaying exponential, finding a signal in noise using an FFT. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Faber, Marsh		exp6l.pdf	Speaker Transfer Function (exp6l)	[Agilent Technologies] - Sweeping a small speaker to find its transfer function. (2 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	Agilent Technologies	Faber, Marsh		exp6l.pdf	Speaker Transfer Function (exp6l)	[Agilent Technologies] - Sweeping a small speaker to find its transfer function. (2 pages)
Experiments	Pre-Written Labs	Mechanical Engineering	Agilent Technologies	Faber, Marsh		exp6l.pdf	Speaker Transfer Function (exp6l)	[Agilent Technologies] - Sweeping a small speaker to find its transfer function. (2 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Faber, Marsh		exp6m.pdf	Time-Qualified Trigger (exp6m)	[Agilent Technologies] - Clinic: Using the glitch trigger mode of an oscilloscope to detect an unwanted glitch. (2 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Kansas State University	LeBoeuf, Richard		exp7.pdf	Arbitrary Waveform Generators (exp7)	[Kansas State University] - Clinic: Using Agilent BenchLink to generate an arbitrary waveform.(2 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Milwaukee Area Tech. College	Porubsky, Mark		exp8.pdf	AM Methods (exp8)	[Milwaukee Area Tech. College] - Use several rf circuits to demonstrate modulation envelope, Heising modulation, trapezoidal waveforms, spectrum analysis. (10 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Milwaukee Area Tech. College	Porubsky, Mark		exp8.pdf	AM Methods (exp8)	[Milwaukee Area Tech. College] - Use several rf circuits to demonstrate modulation envelope, Heising modulation, trapezoidal waveforms, spectrum analysis. (10 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	Milwaukee Area Tech. College	Porubsky, Mark		exp8.pdf	AM Methods (exp8)	[Milwaukee Area Tech. College] - Use several rf circuits to demonstrate modulation envelope, Heising modulation, trapezoidal waveforms, spectrum analysis. (10 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Oral Roberts U. (Oklahoma)	J., Joseph		exp9.pdf	Creating a Student Project (exp9)	[Oral Roberts U. (Oklahoma)] - Faculty Notes: The framework for designing an engineering project. (2 pages)
Experiments	Pre-Written Labs	Computer Engineering	Portland Comm. College	Owen, Terry C. 		exp11.pdf	Logic Design Project (exp11)	[Portland Comm. College] - Logic design course project: given specific character inputs, design a circuit to decide whether the code represents a number, letter or illegal code. (3 pages)
Experiments	Pre-Written Labs	Software & Programming	Portland Comm. College	Owen, Terry C. 		exp11.pdf	Logic Design Project (exp11)	[Portland Comm. College] - Logic design course project: given specific character inputs, design a circuit to decide whether the code represents a number, letter or illegal code. (3 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Ramapo Coll. of New Jersey	Anderson, Phil 		exp12.pdf	Spectrum Analysis & Fourier Series (exp12)	[Ramapo Coll. of New Jersey] - Some Fourier Theory; Adding sinusoids to create a square wave; Comparing theoretical and experimental values.(3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Ramapo Coll. of New Jersey	Anderson, Phil 		exp12.pdf	Spectrum Analysis & Fourier Series (exp12)	[Ramapo Coll. of New Jersey] - Some Fourier Theory; Adding sinusoids to create a square wave; Comparing theoretical and experimental values.(3 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	Ramapo Coll. of New Jersey	Anderson, Phil 		exp12.pdf	Spectrum Analysis & Fourier Series (exp12)	[Ramapo Coll. of New Jersey] - Some Fourier Theory; Adding sinusoids to create a square wave; Comparing theoretical and experimental values.(3 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Rice University	Dodds, Stanley A. 		exp13.pdf	Coupled Oscillators (exp13)	[Rice University] - Coupled RLC circuits. Significant theoretical content. Equating mechanical and electrical systems. (8 pages).
Experiments	Pre-Written Labs	Electronics & Circuits	Rice University	Dodds, Stanley A. 		exp13.pdf	Coupled Oscillators (exp13)	[Rice University] - Coupled RLC circuits. Significant theoretical content. Equating mechanical and electrical systems. (8 pages).
Experiments	Pre-Written Labs	Mechanical Engineering	Rice University	Dodds, Stanley A. 		exp13.pdf	Coupled Oscillators (exp13)	[Rice University] - Coupled RLC circuits. Significant theoretical content. Equating mechanical and electrical systems. (8 pages).
Experiments	Pre-Written Labs	Electronics & Circuits	Rutgers University	Harrington, James A. 		exp14.pdf	Basic Electronics (exp14)	[Rutgers University] - CRO's, Lissajous patterns, RC time constant, series & parallel resistors, frequency and pulse width. (10 pages)
Experiments	Pre-Written Labs	Semiconductors & Solid State	Rutgers University	Harrington, James A. 		exp14.pdf	Basic Electronics (exp14)	[Rutgers University] - CRO's, Lissajous patterns, RC time constant, series & parallel resistors, frequency and pulse width. (10 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Saddleback College	Evancoe, Eugene J. 		exp15.pdf	Active Low-  and  High-pass Filters (exp15)	[Saddleback College] - Analyze a one-op-amp Butterworth filter.  Determine whether a second filter is a Chebyschev or a Bessel filter by measuring frequency response and pulse response. (4 pages)
Experiments	Pre-Written Labs	Control Systems & Robotics	Saddleback College	Evancoe, Eugene J. 		exp15.pdf	Active Low-  and  High-pass Filters (exp15)	[Saddleback College] - Analyze a one-op-amp Butterworth filter.  Determine whether a second filter is a Chebyschev or a Bessel filter by measuring frequency response and pulse response. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Saddleback College	Evancoe, Eugene J. 		exp15.pdf	Active Low-  and  High-pass Filters (exp15)	[Saddleback College] - Analyze a one-op-amp Butterworth filter.  Determine whether a second filter is a Chebyschev or a Bessel filter by measuring frequency response and pulse response. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Arizona	Schooley, Larry C. 		exp16.pdf	Coupled Inductors, Transformers (exp16)	[University of Arizona] - Use the linear transformer model to describe coupled inductors.  Find series resistance, self-inductance, mutual inductance, polarity. (3 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Arizona	Schooley, Larry C. 		exp16.pdf	Coupled Inductors, Transformers (exp16)	[University of Arizona] - Use the linear transformer model to describe coupled inductors.  Find series resistance, self-inductance, mutual inductance, polarity. (3 pages)
Experiments	Pre-Written Labs	Power Engineering	University of Arizona	Schooley, Larry C. 		exp16.pdf	Coupled Inductors, Transformers (exp16)	[University of Arizona] - Use the linear transformer model to describe coupled inductors.  Find series resistance, self-inductance, mutual inductance, polarity. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 		exp17a.pdf	Hints about Digitizing Scopes (exp17a)	[University of Hartford] - Clinic: Setting up the probes, scales and display on the Agilent 54600-series oscilloscopes. (2 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 		exp17b.pdf	Familiarization with Agilent 54601B (exp17b)	[University of Hartford] - Clinic: Voltage, Time measurements. Sweep settings. Display grid settings. Automatic measurements...all on the Agilent 54600-series oscilloscopes. (6 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 		exp17c.pdf	Measuring a Complex Waveform (exp17c)	[University of Hartford] - Clinic: Using Trigger Holdoff to trigger on a complex digital waveform.  (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 		exp17d.pdf	Power Supply Turn-On Times (exp17d)	[University of Hartford] - Examine turn-on and turn-off transients on an existing lab power supply.  (5 pages)
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, Walter 		exp17d.pdf	Power Supply Turn-On Times (exp17d)	[University of Hartford] - Examine turn-on and turn-off transients on an existing lab power supply.  (5 pages)
Experiments	Pre-Written Labs	Computer Engineering	University of Hartford	Banzhaf, Walter 		exp17e.pdf	Contact Bounce Of A Mechanical Switch (exp17e)	[University of Hartford] - Show need for a debouncing circuit when using a mechanical switch. Turn-on delay, turn-off delay, bounce.  (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 		exp17e.pdf	Contact Bounce Of A Mechanical Switch (exp17e)	[University of Hartford] - Show need for a debouncing circuit when using a mechanical switch. Turn-on delay, turn-off delay, bounce.  (4 pages)
Experiments	Pre-Written Labs	Mechanical Engineering	University of Hartford	Banzhaf, Walter 		exp17e.pdf	Contact Bounce Of A Mechanical Switch (exp17e)	[University of Hartford] - Show need for a debouncing circuit when using a mechanical switch. Turn-on delay, turn-off delay, bounce.  (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 		exp17f.pdf	AM and FM (exp17f)	[University of Hartford] - Modulation depth, frequency deviation using signal from arbitrary waveform generator. (5 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Hartford	Banzhaf, Walter 		exp17f.pdf	AM and FM (exp17f)	[University of Hartford] - Modulation depth, frequency deviation using signal from arbitrary waveform generator. (5 pages)
Experiments	Pre-Written Labs	Computer Engineering	University of Hartford	Banzhaf, Walter 		exp17g.pdf	Contact Bounce of a Relay (exp17g)	[University of Hartford] - Closure times, delay times for a 2-stage switch circuit. (5 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 		exp17g.pdf	Contact Bounce of a Relay (exp17g)	[University of Hartford] - Closure times, delay times for a 2-stage switch circuit. (5 pages)
Experiments	Pre-Written Labs	Mechanical Engineering	University of Hartford	Banzhaf, Walter 		exp17g.pdf	Contact Bounce of a Relay (exp17g)	[University of Hartford] - Closure times, delay times for a 2-stage switch circuit. (5 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, Walter 		exp17h.pdf	Phase-shift Oscillator (exp17h)	[University of Hartford] - Analyze an existing RC phase-shift oscillator: Start-up, phase shifts at different parts of the circuit. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 		exp17h.pdf	Phase-shift Oscillator (exp17h)	[University of Hartford] - Analyze an existing RC phase-shift oscillator: Start-up, phase shifts at different parts of the circuit. (3 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Hartford	Banzhaf, Walter 		exp17h.pdf	Phase-shift Oscillator (exp17h)	[University of Hartford] - Analyze an existing RC phase-shift oscillator: Start-up, phase shifts at different parts of the circuit. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 		exp17i.pdf	Tungsten Lamp Inrush Current (exp17i)	[University of Hartford] - Examines nonlinear nature of the I-V characteristic of a tungsten lamp. (4 pages)
Experiments	Pre-Written Labs	Optics & Lasers	University of Hartford	Banzhaf, Walter 		exp17i.pdf	Tungsten Lamp Inrush Current (exp17i)	[University of Hartford] - Examines nonlinear nature of the I-V characteristic of a tungsten lamp. (4 pages)
Experiments	Pre-Written Labs	Semiconductors & Solid State	University of Hartford	Banzhaf, Walter 		exp17i.pdf	Tungsten Lamp Inrush Current (exp17i)	[University of Hartford] - Examines nonlinear nature of the I-V characteristic of a tungsten lamp. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 		exp17j.pdf	Power Supply Inrush Current (exp17j)	[University of Hartford] - Why diodes sometimes go 'poof'. Inrush current through the rectifier diodes of a power supply, as it varies with supply load and voltage. (5 pages)
Experiments	Pre-Written Labs	Power Engineering	University of Hartford	Banzhaf, Walter 		exp17j.pdf	Power Supply Inrush Current (exp17j)	[University of Hartford] - Why diodes sometimes go 'poof'. Inrush current through the rectifier diodes of a power supply, as it varies with supply load and voltage. (5 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Hartford	Banzhaf, Walter 		exp17l.pdf	Phase-locked Loop (exp17l)	[University of Hartford] - Examines PLL circuit built with 565 PLL IC.  External reference lock, VCO, ripple on the control voltage. (2 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Hartford	Banzhaf, Walter 		exp17l.pdf	Phase-locked Loop (exp17l)	[University of Hartford] - Examines PLL circuit built with 565 PLL IC.  External reference lock, VCO, ripple on the control voltage. (2 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	University of Hartford	Banzhaf, Walter 		exp17l.pdf	Phase-locked Loop (exp17l)	[University of Hartford] - Examines PLL circuit built with 565 PLL IC.  External reference lock, VCO, ripple on the control voltage. (2 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Kansas	Curry, Robert T. 		exp18.pdf	AC Series Circuits (exp18)	[University of Kansas] - RLC circuits. Vectors, phasors.  (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Kansas	Curry, Robert T. 		exp18.pdf	AC Series Circuits (exp18)	[University of Kansas] - RLC circuits. Vectors, phasors.  (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Mississippi	Smith, Charles E. 		exp19.pdf	Data Acquisition (exp19)	[University of Mississippi] - Faculty Notes: The advantages of connecting test equipment to a computer.  Example: bandpass characteristic of a micro-strip filter. (2 pages)
Experiments	Pre-Written Labs	Software & Programming	University of Mississippi	Smith, Charles E. 		exp19.pdf	Data Acquisition (exp19)	[University of Mississippi] - Faculty Notes: The advantages of connecting test equipment to a computer.  Example: bandpass characteristic of a micro-strip filter. (2 pages)
Experiments	Pre-Written Labs	Control Systems & Robotics	University of Rhode Island	Turtle, Quentin C. 		exp20.pdf	Resolvers (exp20)	[University of Rhode Island] - General comments on compensation of transducers. Transfer function of a resolver. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Rhode Island	Turtle, Quentin C. 		exp20.pdf	Resolvers (exp20)	[University of Rhode Island] - General comments on compensation of transducers. Transfer function of a resolver. (3 pages)
Experiments	Pre-Written Labs	Mechanical Engineering	University of Rhode Island	Turtle, Quentin C. 		exp20.pdf	Resolvers (exp20)	[University of Rhode Island] - General comments on compensation of transducers. Transfer function of a resolver. (3 pages)
Experiments	Pre-Written Labs	Power Engineering				exp24.pdf	Thevenin's Theorem and Interface Circuit Design (exp24)	[University of Denver] - Design Thevenin equivalent circuits to match source with load. Design a circuit for maximum power transfer. (3 pages)
Experiments	Pre-Written Labs	Semiconductors & Solid State				exp25.pdf	Introduction to the Transistor (exp25)	[University of Denver] - Construct a single-transistor dc circuit.  Measure transfer characteristics, beta. Active, cutoff and saturated modes. (4 pages)
Experiments	Pre-Written Labs	Semiconductors & Solid State				exp26.pdf	Introduction to the Operational Amplifier (exp26)	[University of Denver] - Construct inverting and non-inverting op amp circuits.  Saturated and active regions. Error calculation. (5 pages) 
Experiments	Pre-Written Labs	Communications & Signal Proc.				exp28.pdf	Applications of the OP AMP (exp28)	[University of Denver] - Construct an R-2R ladder, buffer amplifier, flash A/D-- all within constraints. Compute errors. (4 pages)
Experiments	Pre-Written Labs	Computer Engineering				exp28.pdf	Applications of the OP AMP (exp28)	[University of Denver] - Construct an R-2R ladder, buffer amplifier, flash A/D-- all within constraints. Compute errors. (4 pages)
Experiments	Pre-Written Labs	Semiconductors & Solid State				exp29.pdf	Interface Circuit Design with OP AMPs (exp29)	[University of Denver] - Choose between 9 projects: 4-bit D/A, limit tester, degree C to degree F converter, etc. Each component carries a price--design for minimum price. (4 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.				exp31.pdf	Exponential Waveforms (exp31)	[University of Denver] - Solve for time constant of RC circuit, using Spice simulation and real measurement. Compare. Define sources of error. (4 pages)
Experiments	Pre-Written Labs	Applied Math				exp31.pdf	Exponential Waveforms (exp31)	[University of Denver] - Solve for time constant of RC circuit, using Spice simulation and real measurement. Compare. Define sources of error. (4 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.				exp32.pdf	Step Response Analysis (exp32)	[University of Denver] - Measure RLC circuit step response. How do component values affect values in the step response equation? (Theory included.) (5 pages)
Experiments	Pre-Written Labs	Applied Math				exp32.pdf	Step Response Analysis (exp32)	[University of Denver] - Measure RLC circuit step response. How do component values affect values in the step response equation? (Theory included.) (5 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.				exp33.pdf	Step Response Design (exp33)	[University of Denver] - Given template overlay for oscilloscope, design a circuit with step response to fit the template. (3 pages)
Experiments	Pre-Written Labs	Applied Math				exp33.pdf	Step Response Design (exp33)	[University of Denver] - Given template overlay for oscilloscope, design a circuit with step response to fit the template. (3 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.				exp34.pdf	Transfer Functions (exp34)	[University of Denver] - Analyze RC lowpass circuit: transfer function, step response. Synthesize one of 5 choices from a table of transfer functions.  Some theory included. (3 pages)
Experiments	Pre-Written Labs	Applied Math				exp34.pdf	Transfer Functions (exp34)	[University of Denver] - Analyze RC lowpass circuit: transfer function, step response. Synthesize one of 5 choices from a table of transfer functions.  Some theory included. (3 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.				exp35.pdf	First-Order Filters (exp35)	[University of Denver] - Design high-pass and low-pass one op-amp filter to match specs. (3 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.				exp36.pdf	Impedance (exp36)	[University of Denver] - Use ammeter & voltmeter to find impedance of R, L and C. (3 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.				exp37.pdf	Sinusoidal Steady State (exp37)	[University of Denver] - Bode plots of RLC network. Find resonant frequency. Lead and lag. (3 pages)
Experiments	Pre-Written Labs	Power Engineering				exp38.pdf	AC Power Analysis and Design (exp38)	[University of Denver] - Complex power, phasor analysis, power factor correction, maximum power transfer of RL or RC circuits. (3 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.				exp39.pdf	Multiple-Pole Filters (exp39)	[University of Denver] - Choose one of 5 filter specifications to synthesize, given a parts budget. Ex: 4th order Butterworth low pass filter. (3 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.				exp40.pdf	Fourier Series (exp40)	[University of Denver] - Design a Hi-Q filter. Use it to find frequency components of a square wave. (4 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF				exp40.pdf	Fourier Series (exp40)	[University of Denver] - Design a Hi-Q filter. Use it to find frequency components of a square wave. (4 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Hong Kong Tech. College	Hung, Lee Koon 		exp50a.pdf	Amplitude Modulation & Detection (exp50a)	[Hong Kong Tech. College] - Envelope detector circuit demodulates waveform. Sketch waveforms for different values of modulation index. (3 pages) 
Experiments	Pre-Written Labs	Electronics & Circuits	Hong Kong Tech. College	Hung, Lee Koon 		exp50a.pdf	Amplitude Modulation & Detection (exp50a)	[Hong Kong Tech. College] - Envelope detector circuit demodulates waveform. Sketch waveforms for different values of modulation index. (3 pages) 
Experiments	Pre-Written Labs	Electromagnetics & RF	Hong Kong Tech. College	Hung, Lee Koon 		exp50a.pdf	Amplitude Modulation & Detection (exp50a)	[Hong Kong Tech. College] - Envelope detector circuit demodulates waveform. Sketch waveforms for different values of modulation index. (3 pages) 
Experiments	Pre-Written Labs	Communications & Signal Proc.	Agilent Technologies	Faber, Marsh		exp51a.pdf	Math on an Oscilloscope, Part I (exp51a)	[Agilent Technologies] - Demonstrate integration, differentiation and FFT in real time. (6 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Faber, Marsh		exp51a.pdf	Math on an Oscilloscope, Part I (exp51a)	[Agilent Technologies] - Demonstrate integration, differentiation and FFT in real time. (6 pages)
Experiments	Pre-Written Labs	Applied Math	Agilent Technologies	Faber, Marsh		exp51a.pdf	Math on an Oscilloscope, Part I (exp51a)	[Agilent Technologies] - Demonstrate integration, differentiation and FFT in real time. (6 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Agilent Technologies	Faber, Marsh		exp51b.pdf	Math on an Oscilloscope, Part II (exp51b)	[Agilent Technologies] - Classroom example to show FFT of sinusoids, square waves, pulse trains (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Faber, Marsh		exp51b.pdf	Math on an Oscilloscope, Part II (exp51b)	[Agilent Technologies] - Classroom example to show FFT of sinusoids, square waves, pulse trains (4 pages)
Experiments	Pre-Written Labs	Applied Math	Agilent Technologies	Faber, Marsh		exp51b.pdf	Math on an Oscilloscope, Part II (exp51b)	[Agilent Technologies] - Classroom example to show FFT of sinusoids, square waves, pulse trains (4 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Agilent Technologies	Faber, Marsh		exp51c.pdf	Math on an Oscilloscope, Part III (exp51c)	[Agilent Technologies] - Hanning window vs. rectangular window for FFT's, leakage. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Faber, Marsh		exp51c.pdf	Math on an Oscilloscope, Part III (exp51c)	[Agilent Technologies] - Hanning window vs. rectangular window for FFT's, leakage. (3 pages)
Experiments	Pre-Written Labs	Applied Math	Agilent Technologies	Faber, Marsh		exp51c.pdf	Math on an Oscilloscope, Part III (exp51c)	[Agilent Technologies] - Hanning window vs. rectangular window for FFT's, leakage. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Faber, Marsh		exp51d.pdf	The Brilliant Light Bulb (exp51d)	[Agilent Technologies] - Visual lesson in RMS power, arbitrary waveform generation, nonlinear elements, modulation, source impedance. (8 pages)
Experiments	Pre-Written Labs	Power Engineering	Agilent Technologies	Faber, Marsh		exp51d.pdf	The Brilliant Light Bulb (exp51d)	[Agilent Technologies] - Visual lesson in RMS power, arbitrary waveform generation, nonlinear elements, modulation, source impedance. (8 pages)
Experiments	Pre-Written Labs	Applied Math	Agilent Technologies	Faber, Marsh		exp51d.pdf	The Brilliant Light Bulb (exp51d)	[Agilent Technologies] - Visual lesson in RMS power, arbitrary waveform generation, nonlinear elements, modulation, source impedance. (8 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Faber, Marsh		exp51e.pdf	Switching, Thermals & Other Topics (exp51e)	[Agilent Technologies] - Engineering considerations of switch design: delay, thermals, arcing, stress relief, bounce. (8 pages)
Experiments	Pre-Written Labs	Mechanical Engineering	Agilent Technologies	Faber, Marsh		exp51e.pdf	Switching, Thermals & Other Topics (exp51e)	[Agilent Technologies] - Engineering considerations of switch design: delay, thermals, arcing, stress relief, bounce. (8 pages)
Experiments	Pre-Written Labs	Physical Science	Agilent Technologies	Faber, Marsh		exp51e.pdf	Switching, Thermals & Other Topics (exp51e)	[Agilent Technologies] - Engineering considerations of switch design: delay, thermals, arcing, stress relief, bounce. (8 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	I.T.I.S.  E. Fermi	Neve, A.C. 		exp52.pdf	Automated Frequency Response (exp52)	[I.T.I.S.  E. Fermi] - GPIB tutorial, Agilent VEE flow diagram, transfer function measurement. (6 pages)
Experiments	Pre-Written Labs	Software & Programming	I.T.I.S.  E. Fermi	Neve, A.C. 		exp52.pdf	Automated Frequency Response (exp52)	[I.T.I.S.  E. Fermi] - GPIB tutorial, Agilent VEE flow diagram, transfer function measurement. (6 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Agilent Technologies	Witte, Robert 		exp53a.pdf	Fourier Theory (exp53a)	[Agilent Technologies] - Tutorial: Fourier theory, FFT's, sampling, aliasing, anti-alias filters, windowing, selecting a window, leakage.  (10 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Witte, Robert 		exp53a.pdf	Fourier Theory (exp53a)	[Agilent Technologies] - Tutorial: Fourier theory, FFT's, sampling, aliasing, anti-alias filters, windowing, selecting a window, leakage.  (10 pages)
Experiments	Pre-Written Labs	Applied Math	Agilent Technologies	Witte, Robert 		exp53a.pdf	Fourier Theory (exp53a)	[Agilent Technologies] - Tutorial: Fourier theory, FFT's, sampling, aliasing, anti-alias filters, windowing, selecting a window, leakage.  (10 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Agilent Technologies	Witte, Robert 		exp53b.pdf	Fourier Practice (exp53b)	[Agilent Technologies] - FFT of sinusoid, color burst signal, two-tone signal. Sample rate, bandwidth considerations. (8 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Agilent Technologies	Witte, Robert 		exp53b.pdf	Fourier Practice (exp53b)	[Agilent Technologies] - FFT of sinusoid, color burst signal, two-tone signal. Sample rate, bandwidth considerations. (8 pages)
Experiments	Pre-Written Labs	Applied Math	Agilent Technologies	Witte, Robert 		exp53b.pdf	Fourier Practice (exp53b)	[Agilent Technologies] - FFT of sinusoid, color burst signal, two-tone signal. Sample rate, bandwidth considerations. (8 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Colorado State University	Thompson, Michael W. 		exp54a.pdf	FFT Lab for the Agilent 54600 (exp54a)	[Colorado State University] - Tutorial: Sampling theory, DFT, windowing. (6 pages)
Experiments	Pre-Written Labs	Control Systems & Robotics	Colorado State University	Thompson, Michael W. 		exp54a.pdf	FFT Lab for the Agilent 54600 (exp54a)	[Colorado State University] - Tutorial: Sampling theory, DFT, windowing. (6 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Colorado State University	Thompson, Michael W. 		exp54a.pdf	FFT Lab for the Agilent 54600 (exp54a)	[Colorado State University] - Tutorial: Sampling theory, DFT, windowing. (6 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Colorado State University	Thompson, Michael W. 		exp54b.pdf	FFT Lab 1: Sampling (exp54b)	[Colorado State University] - FFT Effective sample rate, frequency resolution, spectral leakage. Theory included. (5 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Colorado State University	Thompson, Michael W. 		exp54b.pdf	FFT Lab 1: Sampling (exp54b)	[Colorado State University] - FFT Effective sample rate, frequency resolution, spectral leakage. Theory included. (5 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	Colorado State University	Thompson, Michael W. 		exp54b.pdf	FFT Lab 1: Sampling (exp54b)	[Colorado State University] - FFT Effective sample rate, frequency resolution, spectral leakage. Theory included. (5 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Colorado State University	Thompson, Michael W. 		exp54c.pdf	FFT Lab 2: Effective Sample Rate (exp54c)	[Colorado State University] - Effective sampling rate vs. Nyquist rate. Zero padding technique. Theory included. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Colorado State University	Thompson, Michael W. 		exp54c.pdf	FFT Lab 2: Effective Sample Rate (exp54c)	[Colorado State University] - Effective sampling rate vs. Nyquist rate. Zero padding technique. Theory included. (4 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	Colorado State University	Thompson, Michael W. 		exp54c.pdf	FFT Lab 2: Effective Sample Rate (exp54c)	[Colorado State University] - Effective sampling rate vs. Nyquist rate. Zero padding technique. Theory included. (4 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Colorado State University	Thompson, Michael W. 		exp54d.pdf	FFT Lab 3: Spectral Content (exp54d)	[Colorado State University] - Spectral content: sine wave, square wave. Theory included. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Colorado State University	Thompson, Michael W. 		exp54d.pdf	FFT Lab 3: Spectral Content (exp54d)	[Colorado State University] - Spectral content: sine wave, square wave. Theory included. (4 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	Colorado State University	Thompson, Michael W. 		exp54d.pdf	FFT Lab 3: Spectral Content (exp54d)	[Colorado State University] - Spectral content: sine wave, square wave. Theory included. (4 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Colorado State University	Thompson, Michael W. 		exp54e.pdf	FFT Lab 4: Sum of Sines (exp54e)	[Colorado State University] - FFT of a sum of sinusoids. Effect of hi-frequency component on resolution. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Colorado State University	Thompson, Michael W. 		exp54e.pdf	FFT Lab 4: Sum of Sines (exp54e)	[Colorado State University] - FFT of a sum of sinusoids. Effect of hi-frequency component on resolution. (4 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	Colorado State University	Thompson, Michael W. 		exp54e.pdf	FFT Lab 4: Sum of Sines (exp54e)	[Colorado State University] - FFT of a sum of sinusoids. Effect of hi-frequency component on resolution. (4 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Colorado State University	Thompson, Michael W. 		exp54f.pdf	FFT Lab 5: Choosing the Window (exp54f)	[Colorado State University] - FFT: Resolving closely spaced components, visual averaging, choosing the proper window, computing RMS. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Colorado State University	Thompson, Michael W. 		exp54f.pdf	FFT Lab 5: Choosing the Window (exp54f)	[Colorado State University] - FFT: Resolving closely spaced components, visual averaging, choosing the proper window, computing RMS. (4 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	Colorado State University	Thompson, Michael W. 		exp54f.pdf	FFT Lab 5: Choosing the Window (exp54f)	[Colorado State University] - FFT: Resolving closely spaced components, visual averaging, choosing the proper window, computing RMS. (4 pages)
Experiments	Pre-Written Labs	Control Systems & Robotics	Carnegie Mellon University	Stancil, Daniel D. 		exp55a.pdf	Intro to Instrumentation (exp55a)	[Carnegie Mellon University] - Bode plots with a dmm, diode IV curve with an oscilloscope. (5 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Carnegie Mellon University	Stancil, Daniel D. 		exp55a.pdf	Intro to Instrumentation (exp55a)	[Carnegie Mellon University] - Bode plots with a dmm, diode IV curve with an oscilloscope. (5 pages)
Experiments	Pre-Written Labs	Software & Programming	Carnegie Mellon University	Stancil, Daniel D. 		exp55a.pdf	Intro to Instrumentation (exp55a)	[Carnegie Mellon University] - Bode plots with a dmm, diode IV curve with an oscilloscope. (5 pages)
Experiments	Pre-Written Labs	Applied Math	Carnegie Mellon University	Stancil, Daniel D. 		exp55a.pdf	Intro to Instrumentation (exp55a)	[Carnegie Mellon University] - Bode plots with a dmm, diode IV curve with an oscilloscope. (5 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Carnegie Mellon University	Stancil, Daniel D. 		exp55b.pdf	Agilent Vee & Timbuktu (exp55b)	[Carnegie Mellon University] - Agilent VEE introduction; remote control of Agilent VEE to do Bode plots. (5 pages plus VEE file)
Experiments	Pre-Written Labs	Control Systems & Robotics	Carnegie Mellon University	Stancil, Daniel D. 		exp55b.pdf	Agilent Vee & Timbuktu (exp55b)	[Carnegie Mellon University] - Agilent VEE introduction; remote control of Agilent VEE to do Bode plots. (5 pages plus VEE file)
Experiments	Pre-Written Labs	Electronics & Circuits	Carnegie Mellon University	Stancil, Daniel D. 		exp55b.pdf	Agilent Vee & Timbuktu (exp55b)	[Carnegie Mellon University] - Agilent VEE introduction; remote control of Agilent VEE to do Bode plots. (5 pages plus VEE file)
Experiments	Pre-Written Labs	Software & Programming	Carnegie Mellon University	Stancil, Daniel D. 		exp55b.pdf	Agilent Vee & Timbuktu (exp55b)	[Carnegie Mellon University] - Agilent VEE introduction; remote control of Agilent VEE to do Bode plots. (5 pages plus VEE file)
Experiments	Pre-Written Labs	Electronics & Circuits	Carnegie Mellon University	Stancil, Daniel D. 		exp55c.pdf	Direct I/O Communication (exp55c)	[Carnegie Mellon University] - Using Agilent VEE to control the oscilloscope; phase measurements. (6 pages plus VEE file)
Experiments	Pre-Written Labs	Software & Programming	Carnegie Mellon University	Stancil, Daniel D. 		exp55c.pdf	Direct I/O Communication (exp55c)	[Carnegie Mellon University] - Using Agilent VEE to control the oscilloscope; phase measurements. (6 pages plus VEE file)
Experiments	Pre-Written Labs	Electronics & Circuits	Carnegie Mellon University	Stancil, Daniel D. 		exp55d.pdf	Handling & Displaying Data (exp55d)	[Carnegie Mellon University] - Storing Agilent VEE data to a file, cleaning up the screen, optimizing system speed. (3 pages plus VEE file.)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Carnegie Mellon University	Stancil, Daniel D. 		exp55e.pdf	Capture That Waveform! (exp55e)	[Carnegie Mellon University] - Create an Agilent VEE object to control the function generator and capture a waveform. (3 pages plus VEE file)
Experiments	Pre-Written Labs	Electronics & Circuits	Carnegie Mellon University	Stancil, Daniel D. 		exp55e.pdf	Capture That Waveform! (exp55e)	[Carnegie Mellon University] - Create an Agilent VEE object to control the function generator and capture a waveform. (3 pages plus VEE file)
Experiments	Pre-Written Labs	Software & Programming	Carnegie Mellon University	Stancil, Daniel D. 		exp55e.pdf	Capture That Waveform! (exp55e)	[Carnegie Mellon University] - Create an Agilent VEE object to control the function generator and capture a waveform. (3 pages plus VEE file)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Carnegie Mellon University	Stancil, Daniel D. 		exp55f.pdf	Magnitudes, Phases Everywhere! (exp55f)	[Carnegie Mellon University] - Create an Agilent VEE object to display phase, magnitude or waveform from oscilloscope.  FFT theory included. (5 pages plus VEE file)
Experiments	Pre-Written Labs	Control Systems & Robotics	Carnegie Mellon University	Stancil, Daniel D. 		exp55f.pdf	Magnitudes, Phases Everywhere! (exp55f)	[Carnegie Mellon University] - Create an Agilent VEE object to display phase, magnitude or waveform from oscilloscope.  FFT theory included. (5 pages plus VEE file)
Experiments	Pre-Written Labs	Electronics & Circuits	Carnegie Mellon University	Stancil, Daniel D. 		exp55f.pdf	Magnitudes, Phases Everywhere! (exp55f)	[Carnegie Mellon University] - Create an Agilent VEE object to display phase, magnitude or waveform from oscilloscope.  FFT theory included. (5 pages plus VEE file)
Experiments	Pre-Written Labs	Software & Programming	Carnegie Mellon University	Stancil, Daniel D. 		exp55f.pdf	Magnitudes, Phases Everywhere! (exp55f)	[Carnegie Mellon University] - Create an Agilent VEE object to display phase, magnitude or waveform from oscilloscope.  FFT theory included. (5 pages plus VEE file)
Experiments	Pre-Written Labs	Computer Engineering	Carnegie Mellon University	Stancil, Daniel D. 		exp55g.pdf	Martian Rescue (exp55g)	[Carnegie Mellon University] - Build a virtual motor controller.  Control it remotely and solve an operation problem from the PC. (4 pages plus VEE file)
Experiments	Pre-Written Labs	Control Systems & Robotics	Carnegie Mellon University	Stancil, Daniel D. 		exp55g.pdf	Martian Rescue (exp55g)	[Carnegie Mellon University] - Build a virtual motor controller.  Control it remotely and solve an operation problem from the PC. (4 pages plus VEE file)
Experiments	Pre-Written Labs	Electronics & Circuits	Carnegie Mellon University	Stancil, Daniel D. 		exp55g.pdf	Martian Rescue (exp55g)	[Carnegie Mellon University] - Build a virtual motor controller.  Control it remotely and solve an operation problem from the PC. (4 pages plus VEE file)
Experiments	Pre-Written Labs	Software & Programming	Carnegie Mellon University	Stancil, Daniel D. 		exp55g.pdf	Martian Rescue (exp55g)	[Carnegie Mellon University] - Build a virtual motor controller.  Control it remotely and solve an operation problem from the PC. (4 pages plus VEE file)
Experiments	Pre-Written Labs	Applied Math	Carnegie Mellon University	Stancil, Daniel D. 		exp55g.pdf	Martian Rescue (exp55g)	[Carnegie Mellon University] - Build a virtual motor controller.  Control it remotely and solve an operation problem from the PC. (4 pages plus VEE file)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Carnegie Mellon University	Stancil, Daniel D. 		exp55h.pdf	The Black Box and a Virtual Instrument (exp55h)	[Carnegie Mellon University] - Design a virtual instrument to test a remote filter against know specs.  (4 pages, plus VEE file.)
Experiments	Pre-Written Labs	Electronics & Circuits	Carnegie Mellon University	Stancil, Daniel D. 		exp55h.pdf	The Black Box and a Virtual Instrument (exp55h)	[Carnegie Mellon University] - Design a virtual instrument to test a remote filter against know specs.  (4 pages, plus VEE file.)
Experiments	Pre-Written Labs	Software & Programming	Carnegie Mellon University	Stancil, Daniel D. 		exp55h.pdf	The Black Box and a Virtual Instrument (exp55h)	[Carnegie Mellon University] - Design a virtual instrument to test a remote filter against know specs.  (4 pages, plus VEE file.)
Experiments	Pre-Written Labs	Mechanical Engineering	Rowan University	Marchese et al., Anthony J. 		exp56.pdf	Thermodynamics of Coffee Makers (exp56)	[Rowan University] - Thermodynamics of a coffee maker. Measure control circuit. Theory included. (4 pages)
Experiments	Pre-Written Labs	Power Engineering	Rowan University	Marchese et al., Anthony J. 		exp56.pdf	Thermodynamics of Coffee Makers (exp56)	[Rowan University] - Thermodynamics of a coffee maker. Measure control circuit. Theory included. (4 pages)
Experiments	Pre-Written Labs	Physical Science	Rowan University	Marchese et al., Anthony J. 		exp56.pdf	Thermodynamics of Coffee Makers (exp56)	[Rowan University] - Thermodynamics of a coffee maker. Measure control circuit. Theory included. (4 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Wasserman, Moe 		exp60.pdf	Using Agilent Vee (exp60)	[Boston University] - Agilent VEE tutorial: Instrument drivers, sequencing, math functions, direct I/O. (9 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Boston University	Wasserman, Moe 		exp61.pdf	The Linear Resistor & Ohm's Law (exp61)	[Boston University] - Using Agilent VEE to measure a resistor remotely, with scope and function generator. (5 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Wasserman, Moe 		exp61.pdf	The Linear Resistor & Ohm's Law (exp61)	[Boston University] - Using Agilent VEE to measure a resistor remotely, with scope and function generator. (5 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Boston University	Wasserman, Moe 		exp61a.pdf	Feedback Amplifiers Using OP AMPS (exp61a)	[Boston University] - Design inverting amplifier and differential amplifier. Measure dc gain, linear range using Agilent VEE. (5 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Wasserman, Moe 		exp61a.pdf	Feedback Amplifiers Using OP AMPS (exp61a)	[Boston University] - Design inverting amplifier and differential amplifier. Measure dc gain, linear range using Agilent VEE. (5 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Boston University	Wasserman, Moe 		exp61b.pdf	Frequency Response (exp61b)	[Boston University] - Do Bode plot of RC low pass filter using Agilent VEE. (4 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Wasserman, Moe 		exp61b.pdf	Frequency Response (exp61b)	[Boston University] - Do Bode plot of RC low pass filter using Agilent VEE. (4 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Wasserman, Moe 		exp62.pdf	Electronics SC410 & SC412, Agilent VEE Supplement to the Lab Manual (exp62)	[Boston University] - Introduction to Boston University Labs using Agilent VEE. (2 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Boston University	Wasserman, Moe 		exp62a.pdf	I-V Characteristic of Semiconductor Diodes (exp62a)	[Boston University] - I-V characteristics of diodes and zener diodes. Theory included. Uses Agilent VEE. (4 pages)
Experiments	Pre-Written Labs	Semiconductors & Solid State	Boston University	Wasserman, Moe 		exp62a.pdf	I-V Characteristic of Semiconductor Diodes (exp62a)	[Boston University] - I-V characteristics of diodes and zener diodes. Theory included. Uses Agilent VEE. (4 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Wasserman, Moe 		exp62a.pdf	I-V Characteristic of Semiconductor Diodes (exp62a)	[Boston University] - I-V characteristics of diodes and zener diodes. Theory included. Uses Agilent VEE. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Boston University	Wasserman, Moe 		exp62b.pdf	Diode Voltage Limiters (exp62b)	[Boston University] - Resistor-diode circuit.  Shows how diode can limit or regulate output voltage. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Power Engineering	Boston University	Wasserman, Moe 		exp62b.pdf	Diode Voltage Limiters (exp62b)	[Boston University] - Resistor-diode circuit.  Shows how diode can limit or regulate output voltage. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Semiconductors & Solid State	Boston University	Wasserman, Moe 		exp62b.pdf	Diode Voltage Limiters (exp62b)	[Boston University] - Resistor-diode circuit.  Shows how diode can limit or regulate output voltage. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Wasserman, Moe 		exp62b.pdf	Diode Voltage Limiters (exp62b)	[Boston University] - Resistor-diode circuit.  Shows how diode can limit or regulate output voltage. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Boston University	Wasserman, Moe 		exp62c.pdf	Small-Signal Behavior of the pn-Junction Diode (exp62c)	[Boston University] - Diode biased in linear region. Signal applied. Agilent VEE instructions. (4 pages)
Experiments	Pre-Written Labs	Semiconductors & Solid State	Boston University	Wasserman, Moe 		exp62c.pdf	Small-Signal Behavior of the pn-Junction Diode (exp62c)	[Boston University] - Diode biased in linear region. Signal applied. Agilent VEE instructions. (4 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Wasserman, Moe 		exp62c.pdf	Small-Signal Behavior of the pn-Junction Diode (exp62c)	[Boston University] - Diode biased in linear region. Signal applied. Agilent VEE instructions. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Boston University	Wasserman, Moe 		exp62d.pdf	Transistor Curve Tracer (exp62d)	[Boston University] - Generate i-v curves for BJT and MOSFET. Measure small-signal beta and Early voltage for both. Agilent VEE instructions. (4 pages)
Experiments	Pre-Written Labs	Semiconductors & Solid State	Boston University	Wasserman, Moe 		exp62d.pdf	Transistor Curve Tracer (exp62d)	[Boston University] - Generate i-v curves for BJT and MOSFET. Measure small-signal beta and Early voltage for both. Agilent VEE instructions. (4 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Wasserman, Moe 		exp62d.pdf	Transistor Curve Tracer (exp62d)	[Boston University] - Generate i-v curves for BJT and MOSFET. Measure small-signal beta and Early voltage for both. Agilent VEE instructions. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Boston University	Wasserman, Moe 		exp62e.pdf	Mosfet Parameters (exp62e)	[Boston University] - Measure threshold v, scale factor and substrate coefficient of a MOSFET. VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Semiconductors & Solid State	Boston University	Wasserman, Moe 		exp62e.pdf	Mosfet Parameters (exp62e)	[Boston University] - Measure threshold v, scale factor and substrate coefficient of a MOSFET. VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Wasserman, Moe 		exp62e.pdf	Mosfet Parameters (exp62e)	[Boston University] - Measure threshold v, scale factor and substrate coefficient of a MOSFET. VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Boston University	Wasserman, Moe 		exp62f.pdf	Transistor Inverters (exp62f)	[Boston University] - Measure voltage gain of BJT and MOSFET, find linear range. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Semiconductors & Solid State	Boston University	Wasserman, Moe 		exp62f.pdf	Transistor Inverters (exp62f)	[Boston University] - Measure voltage gain of BJT and MOSFET, find linear range. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Wasserman, Moe 		exp62f.pdf	Transistor Inverters (exp62f)	[Boston University] - Measure voltage gain of BJT and MOSFET, find linear range. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Boston University	Wasserman, Moe 		exp62g.pdf	Mosfet Transconductance (exp62g)	[Boston University] - Plot drain current vs. gate-source voltage. Use Agilent VEE math functions to find slope. Uses array math. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Semiconductors & Solid State	Boston University	Wasserman, Moe 		exp62g.pdf	Mosfet Transconductance (exp62g)	[Boston University] - Plot drain current vs. gate-source voltage. Use Agilent VEE math functions to find slope. Uses array math. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Wasserman, Moe 		exp62g.pdf	Mosfet Transconductance (exp62g)	[Boston University] - Plot drain current vs. gate-source voltage. Use Agilent VEE math functions to find slope. Uses array math. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Boston University	Wasserman, Moe 		exp62h.pdf	Frequency Response (exp62h)	[Boston University] - Make automatic measurements of a common-emitter BJT amplifier. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Boston University	Wasserman, Moe 		exp62h.pdf	Frequency Response (exp62h)	[Boston University] - Make automatic measurements of a common-emitter BJT amplifier. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Semiconductors & Solid State	Boston University	Wasserman, Moe 		exp62h.pdf	Frequency Response (exp62h)	[Boston University] - Make automatic measurements of a common-emitter BJT amplifier. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Wasserman, Moe 		exp62h.pdf	Frequency Response (exp62h)	[Boston University] - Make automatic measurements of a common-emitter BJT amplifier. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Control Systems & Robotics	Boston University	Wasserman, Moe 		exp62i.pdf	Feedback Amplifiers Using Op Amps (exp62i)	[Boston University] - Make automatic measurements of a non-inverting op amp circuit and a differential amplifier. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Boston University	Wasserman, Moe 		exp62i.pdf	Feedback Amplifiers Using Op Amps (exp62i)	[Boston University] - Make automatic measurements of a non-inverting op amp circuit and a differential amplifier. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Semiconductors & Solid State	Boston University	Wasserman, Moe 		exp62i.pdf	Feedback Amplifiers Using Op Amps (exp62i)	[Boston University] - Make automatic measurements of a non-inverting op amp circuit and a differential amplifier. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Wasserman, Moe 		exp62i.pdf	Feedback Amplifiers Using Op Amps (exp62i)	[Boston University] - Make automatic measurements of a non-inverting op amp circuit and a differential amplifier. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Boston University	Wasserman, Moe 		exp62j.pdf	Schmitt Trigger - I (exp62j)	[Boston University] - Explores hysteresis in an op-amp Schmitt Trigger circuit. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Semiconductors & Solid State	Boston University	Wasserman, Moe 		exp62j.pdf	Schmitt Trigger - I (exp62j)	[Boston University] - Explores hysteresis in an op-amp Schmitt Trigger circuit. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Wasserman, Moe 		exp62j.pdf	Schmitt Trigger - I (exp62j)	[Boston University] - Explores hysteresis in an op-amp Schmitt Trigger circuit. Agilent VEE instructions. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Boston University	Wasserman, Moe 		exp62k.pdf	Schmitt Trigger - II (exp62k)	[Boston University] - More detail than Schmitt Trigger I. Find direction of traversal, position and width of hysteresis loop vs. circuit parameters. Agilent VEE instructions. (2 pages)
Experiments	Pre-Written Labs	Semiconductors & Solid State	Boston University	Wasserman, Moe 		exp62k.pdf	Schmitt Trigger - II (exp62k)	[Boston University] - More detail than Schmitt Trigger I. Find direction of traversal, position and width of hysteresis loop vs. circuit parameters. Agilent VEE instructions. (2 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Wasserman, Moe 		exp62k.pdf	Schmitt Trigger - II (exp62k)	[Boston University] - More detail than Schmitt Trigger I. Find direction of traversal, position and width of hysteresis loop vs. circuit parameters. Agilent VEE instructions. (2 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Boston University	Ruane, Michael 		exp63.pdf	Instrumentation Lab with Radio-Controlled Cars (exp63)	[Boston University] - Racing to Understanding: Instrumentation lab with radio-controlled cars. Agilent VEE instructions (9 pages)
Experiments	Pre-Written Labs	Control Systems & Robotics	Boston University	Ruane, Michael 		exp63.pdf	Instrumentation Lab with Radio-Controlled Cars (exp63)	[Boston University] - Racing to Understanding: Instrumentation lab with radio-controlled cars. Agilent VEE instructions (9 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Boston University	Ruane, Michael 		exp63.pdf	Instrumentation Lab with Radio-Controlled Cars (exp63)	[Boston University] - Racing to Understanding: Instrumentation lab with radio-controlled cars. Agilent VEE instructions (9 pages)
Experiments	Pre-Written Labs	Computer Engineering	Boston University	Ruane, Michael 		exp63.pdf	Instrumentation Lab with Radio-Controlled Cars (exp63)	[Boston University] - Racing to Understanding: Instrumentation lab with radio-controlled cars. Agilent VEE instructions (9 pages)
Experiments	Pre-Written Labs	Mechanical Engineering	Boston University	Ruane, Michael 		exp63.pdf	Instrumentation Lab with Radio-Controlled Cars (exp63)	[Boston University] - Racing to Understanding: Instrumentation lab with radio-controlled cars. Agilent VEE instructions (9 pages)
Experiments	Pre-Written Labs	Physical Science	Boston University	Ruane, Michael 		exp63.pdf	Instrumentation Lab with Radio-Controlled Cars (exp63)	[Boston University] - Racing to Understanding: Instrumentation lab with radio-controlled cars. Agilent VEE instructions (9 pages)
Experiments	Pre-Written Labs	Software & Programming	Boston University	Ruane, Michael 		exp63.pdf	Instrumentation Lab with Radio-Controlled Cars (exp63)	[Boston University] - Racing to Understanding: Instrumentation lab with radio-controlled cars. Agilent VEE instructions (9 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Tech University of Budapest	Papay, Zsolt 		exp65.pdf	Experiments In Gaussian White-noise generation (exp65)	[Tech University of Budapest] - Simulate signal plus noise with MATHCAD, then import into BENCHLINK and measure on scope with FFT module. (5 pages).
Experiments	Pre-Written Labs	Electronics & Circuits	Tech University of Budapest	Papay, Zsolt 		exp65.pdf	Experiments In Gaussian White-noise generation (exp65)	[Tech University of Budapest] - Simulate signal plus noise with MATHCAD, then import into BENCHLINK and measure on scope with FFT module. (5 pages).
Experiments	Pre-Written Labs	Software & Programming	Tech University of Budapest	Papay, Zsolt 		exp65.pdf	Experiments In Gaussian White-noise generation (exp65)	[Tech University of Budapest] - Simulate signal plus noise with MATHCAD, then import into BENCHLINK and measure on scope with FFT module. (5 pages).
Experiments	Pre-Written Labs	Communications & Signal Proc.	Tech University of Budapest	Papay, Zsolt 		exp65a.pdf	Mathcad and Agilent BenchLink Generate Mutlisine Test Functions (exp65a)	[Tech University of Budapest] - Create a comb generator with BENCHLINK and function generator, to see DUT response over full bandwidth. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Tech University of Budapest	Papay, Zsolt 		exp65a.pdf	Mathcad and Agilent BenchLink Generate Mutlisine Test Functions (exp65a)	[Tech University of Budapest] - Create a comb generator with BENCHLINK and function generator, to see DUT response over full bandwidth. (4 pages)
Experiments	Pre-Written Labs	Software & Programming	Tech University of Budapest	Papay, Zsolt 		exp65a.pdf	Mathcad and Agilent BenchLink Generate Mutlisine Test Functions (exp65a)	[Tech University of Budapest] - Create a comb generator with BENCHLINK and function generator, to see DUT response over full bandwidth. (4 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Tech University of Budapest	Papay, Zsolt 		exp66.pdf	Random Decimation in Anti-Aliasing (exp66)	[Tech University of Budapest] - Statistical description of dithering, aliasing. Theory included. Shows that dithering doesn't work with FFT process. (5 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Tech University of Budapest	Papay, Zsolt 		exp66.pdf	Random Decimation in Anti-Aliasing (exp66)	[Tech University of Budapest] - Statistical description of dithering, aliasing. Theory included. Shows that dithering doesn't work with FFT process. (5 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	Tech University of Budapest	Papay, Zsolt 		exp66.pdf	Random Decimation in Anti-Aliasing (exp66)	[Tech University of Budapest] - Statistical description of dithering, aliasing. Theory included. Shows that dithering doesn't work with FFT process. (5 pages)
Experiments	Pre-Written Labs	Mechanical Engineering	State Univ. of West Georgia	Hasbun, J.E. & Keller, G. E. 		exp75.pdf	A Thermal Analog of a Classical Center of Mass System Problem  (exp75)	[State Univ. of West Georgia] - Heat transfer experiment using styrofoam cups and thermometers. Theory included. (8 pages)
Experiments	Pre-Written Labs	Physical Science	State Univ. of West Georgia	Hasbun, J.E. & Keller, G. E. 		exp75.pdf	A Thermal Analog of a Classical Center of Mass System Problem  (exp75)	[State Univ. of West Georgia] - Heat transfer experiment using styrofoam cups and thermometers. Theory included. (8 pages)
Experiments	Pre-Written Labs	Applied Math	State Univ. of West Georgia	Hasbun, J.E. & Keller, G. E. 		exp75.pdf	A Thermal Analog of a Classical Center of Mass System Problem  (exp75)	[State Univ. of West Georgia] - Heat transfer experiment using styrofoam cups and thermometers. Theory included. (8 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	U. Colo. at Colorado Springs	Steichen, Justin 		exp76.pdf	Rotating Heart (exp76)	[U. Colo. at Colorado Springs] - Lissajous pattern formed with arbitrary waveform generator and a sine generator. Looks like a rotating heart. (5 pages)
Experiments	Pre-Written Labs	Applied Math	U. Colo. at Colorado Springs	Steichen, Justin 		exp76.pdf	Rotating Heart (exp76)	[U. Colo. at Colorado Springs] - Lissajous pattern formed with arbitrary waveform generator and a sine generator. Looks like a rotating heart. (5 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	Agilent Technologies	Agilent Microwave Inst. Div.		exp77.pdf	An Intro. To RF Signal, Noise & Distortion Measurements (exp77)	[Agilent Technologies] - Clinic + tutorial: RF Spectrum Analysis using Agilent ESA L1500 Spectrum Analyzer. (33 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	Agilent Technologies	Agilent Microwave Inst. Div.		exp77.pdf	An Intro. To RF Signal, Noise & Distortion Measurements (exp77)	[Agilent Technologies] - Clinic + tutorial: RF Spectrum Analysis using Agilent ESA L1500 Spectrum Analyzer. (33 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Illinois	Block, Dan 		exp78.pdf	Introduction to the DC Motor (exp78)	[University of Illinois] - Dc motors: armature resistance & inductance, speed, back emf, torque, viscous friction, moment of inertia. Tach calibration. (10 pages)
Experiments	Pre-Written Labs	Mechanical Engineering	University of Illinois	Block, Dan 		exp78.pdf	Introduction to the DC Motor (exp78)	[University of Illinois] - Dc motors: armature resistance & inductance, speed, back emf, torque, viscous friction, moment of inertia. Tach calibration. (10 pages)
Experiments	Pre-Written Labs	Physical Science	University of Illinois	Block, Dan 		exp78.pdf	Introduction to the DC Motor (exp78)	[University of Illinois] - Dc motors: armature resistance & inductance, speed, back emf, torque, viscous friction, moment of inertia. Tach calibration. (10 pages)
Experiments	Pre-Written Labs	Software & Programming	University of Illinois	Block, Dan 		exp78.pdf	Introduction to the DC Motor (exp78)	[University of Illinois] - Dc motors: armature resistance & inductance, speed, back emf, torque, viscous friction, moment of inertia. Tach calibration. (10 pages)
Experiments	Pre-Written Labs	Applied Math	University of Illinois	Block, Dan 		exp78.pdf	Introduction to the DC Motor (exp78)	[University of Illinois] - Dc motors: armature resistance & inductance, speed, back emf, torque, viscous friction, moment of inertia. Tach calibration. (10 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Illinois	Block, Dan 		exp78a.pdf	Frequency Domain Identification & PD Control (exp78a)	[University of Illinois] - Uses analog computer, MATLAB, Agilent VEE. Open loop frequency  response of motor controller, PD feedback control. (7 pages)
Experiments	Pre-Written Labs	Control Systems & Robotics	University of Illinois	Block, Dan 		exp78a.pdf	Frequency Domain Identification & PD Control (exp78a)	[University of Illinois] - Uses analog computer, MATLAB, Agilent VEE. Open loop frequency  response of motor controller, PD feedback control. (7 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Illinois	Block, Dan 		exp78a.pdf	Frequency Domain Identification & PD Control (exp78a)	[University of Illinois] - Uses analog computer, MATLAB, Agilent VEE. Open loop frequency  response of motor controller, PD feedback control. (7 pages)
Experiments	Pre-Written Labs	Mechanical Engineering	University of Illinois	Block, Dan 		exp78a.pdf	Frequency Domain Identification & PD Control (exp78a)	[University of Illinois] - Uses analog computer, MATLAB, Agilent VEE. Open loop frequency  response of motor controller, PD feedback control. (7 pages)
Experiments	Pre-Written Labs	Physical Science	University of Illinois	Block, Dan 		exp78a.pdf	Frequency Domain Identification & PD Control (exp78a)	[University of Illinois] - Uses analog computer, MATLAB, Agilent VEE. Open loop frequency  response of motor controller, PD feedback control. (7 pages)
Experiments	Pre-Written Labs	Software & Programming	University of Illinois	Block, Dan 		exp78a.pdf	Frequency Domain Identification & PD Control (exp78a)	[University of Illinois] - Uses analog computer, MATLAB, Agilent VEE. Open loop frequency  response of motor controller, PD feedback control. (7 pages)
Experiments	Pre-Written Labs	Applied Math	University of Illinois	Block, Dan 		exp78a.pdf	Frequency Domain Identification & PD Control (exp78a)	[University of Illinois] - Uses analog computer, MATLAB, Agilent VEE. Open loop frequency  response of motor controller, PD feedback control. (7 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of Illinois	Block, Dan 		exp78b.pdf	Lead Controller Design (exp78b)	[University of Illinois] - Uses analog computer, MATLAB, Agilent VEE.  Step response of motor controller, Lead Controller.  Phase Margin. (9 pages)
Experiments	Pre-Written Labs	Control Systems & Robotics	University of Illinois	Block, Dan 		exp78b.pdf	Lead Controller Design (exp78b)	[University of Illinois] - Uses analog computer, MATLAB, Agilent VEE.  Step response of motor controller, Lead Controller.  Phase Margin. (9 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Illinois	Block, Dan 		exp78b.pdf	Lead Controller Design (exp78b)	[University of Illinois] - Uses analog computer, MATLAB, Agilent VEE.  Step response of motor controller, Lead Controller.  Phase Margin. (9 pages)
Experiments	Pre-Written Labs	Mechanical Engineering	University of Illinois	Block, Dan 		exp78b.pdf	Lead Controller Design (exp78b)	[University of Illinois] - Uses analog computer, MATLAB, Agilent VEE.  Step response of motor controller, Lead Controller.  Phase Margin. (9 pages)
Experiments	Pre-Written Labs	Physical Science	University of Illinois	Block, Dan 		exp78b.pdf	Lead Controller Design (exp78b)	[University of Illinois] - Uses analog computer, MATLAB, Agilent VEE.  Step response of motor controller, Lead Controller.  Phase Margin. (9 pages)
Experiments	Pre-Written Labs	Software & Programming	University of Illinois	Block, Dan 		exp78b.pdf	Lead Controller Design (exp78b)	[University of Illinois] - Uses analog computer, MATLAB, Agilent VEE.  Step response of motor controller, Lead Controller.  Phase Margin. (9 pages)
Experiments	Pre-Written Labs	Applied Math	University of Illinois	Block, Dan 		exp78b.pdf	Lead Controller Design (exp78b)	[University of Illinois] - Uses analog computer, MATLAB, Agilent VEE.  Step response of motor controller, Lead Controller.  Phase Margin. (9 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Univ. of Surrey	Blewett, Mike 		exp79.pdf	Capacitor Self-Resonance (exp79)	[Univ. of Surrey] - Connect capacitor to microstrip test jig.  Measure self-resonant frequency and ESR.  Compare capacitor types for suitability as decoupling capacitors. (5 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	Univ. of Surrey	Blewett, Mike 		exp79.pdf	Capacitor Self-Resonance (exp79)	[Univ. of Surrey] - Connect capacitor to microstrip test jig.  Measure self-resonant frequency and ESR.  Compare capacitor types for suitability as decoupling capacitors. (5 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	Massachusetts Inst. of Tech.	Wedlock, Bruce D. 		exp80.pdf	Consistent Units (exp80)	[Massachusetts Inst. of Tech.] - If your equations sometimes wind up with an extra zero, here's a tip to make your life easier. (2 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.				exp81b.pdf	Lab 2 - AM Modulation (exp81b)	[Boston University] - Illustrate the concept of an amplitude modulated (AM) waveform. (4 pages)
Experiments	Pre-Written Labs	Electronics & Circuits				exp81b.pdf	Lab 2 - AM Modulation (exp81b)	[Boston University] - Illustrate the concept of an amplitude modulated (AM) waveform. (4 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF				exp81b.pdf	Lab 2 - AM Modulation (exp81b)	[Boston University] - Illustrate the concept of an amplitude modulated (AM) waveform. (4 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.				exp81c.pdf	Lab 3 - FM Modulation (exp81c)	[Boston University] - Illustrate the concept of an frequency-modulated (FM) waveform. (3 pages)
Experiments	Pre-Written Labs	Electronics & Circuits				exp81c.pdf	Lab 3 - FM Modulation (exp81c)	[Boston University] - Illustrate the concept of an frequency-modulated (FM) waveform. (3 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF				exp81c.pdf	Lab 3 - FM Modulation (exp81c)	[Boston University] - Illustrate the concept of an frequency-modulated (FM) waveform. (3 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.				exp81d.pdf	Lab 4 - Building an Analog AM Modulator (exp81d)	[Boston University] - Illustrate the concept of a carrier that is amplitude modulated by a speech waveform. (2 pages)
Experiments	Pre-Written Labs	Electronics & Circuits				exp81d.pdf	Lab 4 - Building an Analog AM Modulator (exp81d)	[Boston University] - Illustrate the concept of a carrier that is amplitude modulated by a speech waveform. (2 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF				exp81d.pdf	Lab 4 - Building an Analog AM Modulator (exp81d)	[Boston University] - Illustrate the concept of a carrier that is amplitude modulated by a speech waveform. (2 pages)
Experiments	Pre-Written Labs	Electronics & Circuits	University of Georgia	Covington, Michael A. 		exp82.pdf	Curve Tracer (exp82)	[University of Georgia] - A graph of current versus voltage (an I/V curve) is a basic characteristic of almost any electronic device. (9 pages)
Experiments	Pre-Written Labs	Power Engineering	University of Georgia	Covington, Michael A. 		exp82.pdf	Curve Tracer (exp82)	[University of Georgia] - A graph of current versus voltage (an I/V curve) is a basic characteristic of almost any electronic device. (9 pages)
Experiments	Pre-Written Labs	Semiconductors & Solid State	University of Georgia	Covington, Michael A. 		exp82.pdf	Curve Tracer (exp82)	[University of Georgia] - A graph of current versus voltage (an I/V curve) is a basic characteristic of almost any electronic device. (9 pages)
Experiments	Pre-Written Labs	Software & Programming	University of Georgia	Covington, Michael A. 		exp82.pdf	Curve Tracer (exp82)	[University of Georgia] - A graph of current versus voltage (an I/V curve) is a basic characteristic of almost any electronic device. (9 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of South Florida	Dunleavy, Larry 		exp83.pdf	Frequency and Time Domain Representation of Sinusoidal Signals (exp83)	[University of South Florida] - To review representations of sinusoidal signals in the frequency and time domain. (13 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	University of South Florida	Dunleavy, Larry 		exp83.pdf	Frequency and Time Domain Representation of Sinusoidal Signals (exp83)	[University of South Florida] - To review representations of sinusoidal signals in the frequency and time domain. (13 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	University of South Florida	Eberly, Mike & Dunleavy, Larry		exp84.pdf	Intro to the Agilent 8714 - RF Network Analyzer (exp84)	[University of South Florida] - Intro to the Agilent 8714 - RF Network Analyzer (7 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	University of South Florida	Dunleavy, Larry 		exp84a.pdf	Lab #4 Pre-Lab Assignment (exp84a)	[University of South Florida] - Lab #4 Pre-Lab Assignment (2 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	University of South Florida	Dunleavy, Larry 		exp84b.pdf	Circuit Characterization with the Agilent 8714 VNA (exp84b)	[University of South Florida] - To examine the concepts of reflection, phase shift, attenuation, filtering and amplification. (13 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.	University of South Florida	Dunleavy, Larry 		exp85.pdf	Frequency Conversion - Mixer Measurements (exp85)	[University of South Florida] - To develop an understanding of frequency conversion principles and the performance of non-ideal mixers. (11 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF	University of South Florida	Dunleavy, Larry 		exp85.pdf	Frequency Conversion - Mixer Measurements (exp85)	[University of South Florida] - To develop an understanding of frequency conversion principles and the performance of non-ideal mixers. (11 pages)
Experiments	Pre-Written Labs	Semiconductors & Solid State				exp86g.pdf	Lab 8: Properties of Latches/Flip-Flops (exp86g)	[University of Toledo] - This experiment is part of a complete Digital Logic Design Course.
Experiments	Pre-Written Labs	Software & Programming	University of Georgia	Covington, Michael A. 		exp87.pdf	Serial Comm. with Agilent Instruments under DOS, Windows & UNIX (exp87)	[University of Georgia] - How to control Agilent instruments through the serial port in various programming languages under DOS, Windows 95/98/NT/2000, and UNIX.  (24 pages)
Experiments	Pre-Written Labs	Computer Engineering	University of Georgia	Covington, Michael A. 		exp89.pdf	Reverse-Engineering a PC Keyboard (exp89)	[University of Georgia] - This is a lab exercise to familiarize students with the analysis of digital signals using an Agilent 54645D, Agilent 54645A, or similar digital oscilloscope. 
Experiments	Pre-Written Labs	Electronics & Circuits	University of Georgia	Covington, Michael A. 		exp89.pdf	Reverse-Engineering a PC Keyboard (exp89)	[University of Georgia] - This is a lab exercise to familiarize students with the analysis of digital signals using an Agilent 54645D, Agilent 54645A, or similar digital oscilloscope. 
Experiments	Pre-Written Labs	Software & Programming				exp90b.pdf	Lab 2: Operation of the Digital Instruments & Basic Measurements (exp90b)	[Duke University] - How to use DMM, Scope. Resistance of: graphite strip, your body. Internal R of the DMM, series R of an Ammeter, Source output R. Pspice example. (9 pages) 
Experiments	Pre-Written Labs	Software & Programming				exp90d.pdf	Lab 4: Thevenin Equivalent Circuits (exp90d)	[Duke University] - Build 2 Thevenin equivalent circuits. Thevenin equivalent of a bridge. Pspice code included. Thevenin vs. Norton. (5 pages)
Experiments	Pre-Written Labs	Power Engineering				exp90e.pdf	Lab 5: Operational Amplifiers (exp90e)	[Duke University] - Theory, symbols, breadboard hookup of Op Amps. Build inverting, non-inverting op amps and comparator. Build a power splitter. Analyze with P Spice. (9 pages)
Experiments	Pre-Written Labs	Semiconductors & Solid State				exp90e.pdf	Lab 5: Operational Amplifiers (exp90e)	[Duke University] - Theory, symbols, breadboard hookup of Op Amps. Build inverting, non-inverting op amps and comparator. Build a power splitter. Analyze with P Spice. (9 pages)
Experiments	Pre-Written Labs	Computer Engineering				exp90f.pdf	Lab 6: Exploring the Servomotor Controller Circuit (exp90f)	[Duke University] - Explains servo control board: Integrator, comparator, J-K flip-flop, timer. Connecting the board to servo and plot: rotor position vs. dcv, rotor position vs. duty cycle. Analyze integrator with Pspice. (8 pages)
Experiments	Pre-Written Labs	Control Systems & Robotics				exp90f.pdf	Lab 6: Exploring the Servomotor Controller Circuit (exp90f)	[Duke University] - Explains servo control board: Integrator, comparator, J-K flip-flop, timer. Connecting the board to servo and plot: rotor position vs. dcv, rotor position vs. duty cycle. Analyze integrator with Pspice. (8 pages)
Experiments	Pre-Written Labs	Mechanical Engineering				exp90f.pdf	Lab 6: Exploring the Servomotor Controller Circuit (exp90f)	[Duke University] - Explains servo control board: Integrator, comparator, J-K flip-flop, timer. Connecting the board to servo and plot: rotor position vs. dcv, rotor position vs. duty cycle. Analyze integrator with Pspice. (8 pages)
Experiments	Pre-Written Labs	Physical Science				exp90f.pdf	Lab 6: Exploring the Servomotor Controller Circuit (exp90f)	[Duke University] - Explains servo control board: Integrator, comparator, J-K flip-flop, timer. Connecting the board to servo and plot: rotor position vs. dcv, rotor position vs. duty cycle. Analyze integrator with Pspice. (8 pages)
Experiments	Pre-Written Labs	Software & Programming				exp90f.pdf	Lab 6: Exploring the Servomotor Controller Circuit (exp90f)	[Duke University] - Explains servo control board: Integrator, comparator, J-K flip-flop, timer. Connecting the board to servo and plot: rotor position vs. dcv, rotor position vs. duty cycle. Analyze integrator with Pspice. (8 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.				exp90g.pdf	Lab 7: Assembly of the Transmitter and Receiver Circuits (exp90g)	[Duke University] - Hints on soldering. Build a transmitter & receiver to drive servo motor. Mutual inductance, coil winding. Time constant. Rectifier, current limiter. (4 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF				exp90g.pdf	Lab 7: Assembly of the Transmitter and Receiver Circuits (exp90g)	[Duke University] - Hints on soldering. Build a transmitter & receiver to drive servo motor. Mutual inductance, coil winding. Time constant. Rectifier, current limiter. (4 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.				exp90h.pdf	Lab 8: Testing the Transmitter-Receiver System (exp90h)	[Duke University] - Diode theory. Test the transmitter & receiver circuits. Find gain needed to drive the servo. (6 pages)
Experiments	Pre-Written Labs	Electromagnetics & RF				exp90h.pdf	Lab 8: Testing the Transmitter-Receiver System (exp90h)	[Duke University] - Diode theory. Test the transmitter & receiver circuits. Find gain needed to drive the servo. (6 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.				exp90i.pdf	Lab 9: System Integration and Testing (exp90i)	[Duke University] - Ground Fault Interrupter demonstration. How to combine and test the whole transmitter/receiver system. (3 pages)
Experiments	Pre-Written Labs	Communications & Signal Proc.				exp90j.pdf	Lab 10: Frequency Response of Filter Circuits (exp90j)	[Duke University] - Frequency response of RC low-pass and RLC bandpass filters using Labview. Theory included. (10 pages)
Experiments	Pre-Written Labs	Software & Programming				exp90j.pdf	Lab 10: Frequency Response of Filter Circuits (exp90j)	[Duke University] - Frequency response of RC low-pass and RLC bandpass filters using Labview. Theory included. (10 pages)
Experiments	Pre-Written Labs	Power Engineering				exp92a.pdf	Exp. 1: Telephone Systems and Dialing Tones (exp92a)	[University of Michigan] - Telephone dial pad, current loop, battery resistance, frequency domain, harmonics, intermodulation products.
Experiments	Pre-Written Labs	Power Engineering				exp92c.pdf	Exp. 3: Audio Amplifier Frequency Response, Distortion and Clipping (exp92c)	[University of Michigan] - Ideal & non-ideal amplifiers. Bandwidth, distortion, saturation, short-circuit I, Input I, offset V.  Measure for LM380. Theory included.
Experiments	Pre-Written Labs	Mechanical Engineering				exp92e.pdf	Exp. 5: Noise and Differential Amplifiers to the Rescue (exp92e)	[University of Michigan] - Every amplifier needs an input bias current to operate properly. The bias current is the average base current of the input transistors.
Experiments	Pre-Written Labs	Physical Science				exp92e.pdf	Exp. 5: Noise and Differential Amplifiers to the Rescue (exp92e)	[University of Michigan] - Every amplifier needs an input bias current to operate properly. The bias current is the average base current of the input transistors.
Experiments	Pre-Written Labs	Applied Math				exp92f.pdf	Exp. 6: Audio Tone Control Amplifier (exp92f)	[University of Michigan] - Build treble-control amplifier & bass-control amplifier. Use MATLAB for predictions. Assemble & test complete audio system with CD player or microphone.
Experiments	Pre-Written Labs	Networks & LANs				exp93b.pdf	Exp. 2: Active Band-Pass Filters (exp93b)	[University of Michigan] - Assemble low-Q and hi-Q active bandpass filters. Find time domain response. Use FSK on Agilent 33120A for signal.  Find f0, Q, THD. Design a better filter.
Experiments	Pre-Written Labs	Power Engineering				exp93c.pdf	Exp. 3: Full-Wave Diode Rectifiers (exp93c)	[University of Michigan] - Build full-wave, half-wave bridges. Measure ripple frequency, Vpeak, etc. Plot capacitor current. Design for high efficiency.
Experiments	Pre-Written Labs	Semiconductors & Solid State				exp93c.pdf	Exp. 3: Full-Wave Diode Rectifiers (exp93c)	[University of Michigan] - Build full-wave, half-wave bridges. Measure ripple frequency, Vpeak, etc. Plot capacitor current. Design for high efficiency.
Experiments	Pre-Written Labs	Semiconductors & Solid State				exp93d.pdf	Exp. 4: Linear & Non-Linear Diode Analysis, AM Modulation/Detection (exp93d)	[University of Michigan] - Theory only: Nonlinear elements. AM, Envelope and Square-Law detectors. Diode theory.
Experiments	Pre-Written Labs	Computer Engineering				exp93e.pdf	Exp.5: AM Optical Link (exp93e)	[University of Michigan] - Theory only: LED characteristics, phototransistors, optical communication.
Experiments	Pre-Written Labs	Networks & LANs				exp93e.pdf	Exp.5: AM Optical Link (exp93e)	[University of Michigan] - Theory only: LED characteristics, phototransistors, optical communication.
Experiments	Pre-Written Labs	Optics & Lasers				exp93e.pdf	Exp.5: AM Optical Link (exp93e)	[University of Michigan] - Theory only: LED characteristics, phototransistors, optical communication.
Experiments	Pre-Written Labs	Semiconductors & Solid State				exp93e.pdf	Exp.5: AM Optical Link (exp93e)	[University of Michigan] - Theory only: LED characteristics, phototransistors, optical communication.
Experiments	Pre-Written Labs	Networks & LANs				exp93f.pdf	Exp. 6: FM Optical Link (exp93f)	[University of Michigan] - Theory only: FM, carrier, spectrum, guard band, sidebands, slope detector, PLL's.
Experiments	Pre-Written Labs	Optics & Lasers				exp93f.pdf	Exp. 6: FM Optical Link (exp93f)	[University of Michigan] - Theory only: FM, carrier, spectrum, guard band, sidebands, slope detector, PLL's.
								
Experiments	Interactive Experiments	Interactive Experiments	University of Denver	Getty, John		Lab4-32.exe	RC low-pass filter	Interactive animation. Simulates Agilent 33120A, Agilent 54600B, Agilent 33120A. Time constant, cutoff frequency.
Experiments	Interactive Experiments	Interactive Experiments	Agilent Technologies	Getty, John		Lab3-32.exe	AC Waveforms and Circuits	Interactive animated lesson: Operation of function generator and oscilloscope. RC time constant. 
Experiments	Interactive Experiments	Interactive Experiments	Rice University	Dodds, S. A.		Jexp1.html	Coupled Oscillators: Part A (Square Wave Input)	Two coupled tuned circuits. Part A shows reaction to a square wave.
Experiments	Interactive Experiments	Interactive Experiments	Rice University	Dodds, S. A.		Jexp2.html	Coupled Oscillators: Part B (Sine input)	Two coupled tuned circuits. Part B shows reaction to a sine wave near the resonant frequency.
Experiments	Interactive Experiments	Interactive Experiments	Rice University	Dodds, S. A.		Jexp3.html	Coupled Oscillators: Part C (Swept Sine)	Two coupled tuned circuits. Part C shows reaction to swept input signal as a function of coupling capacitor.
Experiments	Interactive Experiments	Interactive Experiments	Agilent Technologies	Getty, John		Lab1-32.exe	Series and Parallel Resistance	Interactive animated lesson on series and parallel resistance.
Experiments	Interactive Experiments	Interactive Experiments	Agilent Technologies	Getty, John		Lab2-32.exe	Ohm's Law	Interactive animated lesson on Ohm's Law.
Experiments	Interactive Experiments	More Interactive Experiments				m2m_1298.html	Power Supply:  Are you getting the power you think you are getting?	Interactive JAVA animation.  Constant Voltage, Constant Current, and Lead Reisistance Compensation applications.
Experiments	Interactive Experiments	More Interactive Experiments				m2m_0299.html	Power Supplies: Understanding power supply noise.	Interactive JAVA animation.  Noise calculator.
Experiments	Interactive Experiments	More Interactive Experiments				m2m_0399.html	Data Acquisition: Whatever the application, there is a data acquisition solution.	Interactive JAVA animation.  Sampling, Noise, and Accuracy applications.
Experiments	Interactive Experiments	More Interactive Experiments				hp-95-1.pdf	Impedance Matching 	Using this interactive impedance matching model, you can experience using a Smith Chart and  s-parameters to optimize transmitted power in simple circuits.
Experiments	Interactive Experiments	More Interactive Experiments				hp-150-1.pdf	FM Model 	Interactive Frequency Modulation Model
Experiments	Interactive Experiments	More Interactive Experiments				hp-150-1.pdf	AM Model 	Interactive Amplitude Modulation Model
Experiments	Interactive Experiments	More Interactive Experiments				hp-95-1.pdf	S-Parameters 	This application note discusses s-parameter techniques for designing networks used in amplifiers and oscillators.
Experiments	Interactive Experiments	More Interactive Experiments				hp-150-1.pdf	Spectrum Analysis: AM and FM 	This application note discusses the measurement of amplitude and frequency modulated signals using a spectrum analyzer. 
Experiments	Interactive Experiments	More Interactive Experiments				5968-0007E.pdf	Measuring Parasitic Capacitance and Inductance Using TDR 	Time-domain reflectometry (TDR) is commonly used as a method of determining the characteristic impedance of a transmission line.
Experiments	Java Animations					http://www.ece.gatech.edu/research/ccss/education/Java/ASEE/index.html	Java Applets - (requires internet connection)	These Java animations from Georgia Tech cover several engineering disciplines such as digital switching, signal processing, transmission lines, semiconductors, and linear motion. 
Experiments	Java Animations					http://www.clarkson.edu/~svoboda/eta/index.html	Java Animations on Basic Electric Circuits - (requires internet connection)	Topics include a Circuit Design Lab, Interactive Illustrations, and an Electric Circuits Workout. 
Experiments	Java Animations					http://www.jhu.edu/~signals/	Java Applets in Engineering Education - (requires internet connection)	These demonstrations were developed by Johns Hopkins University to explore the use of the World Wide Web in engineering education. 
Experiments	Java Animations		Agilent Technologies	Peterson, Blake		SpecAn9.html	Smith Chart	Interactive JAVA Smith chart:  SWR & reflection coefficient as function of load Resistance.
Experiments	Java Animations		Agilent Technologies	Peterson, Blake		SpecAn1.html	Generating Waveforms with Vectors	Relationship of a rotating vector to a sine wave.
Experiments	Java Animations		Agilent Technologies	Peterson, Blake		SpecAn2.html	Generating Pulses	Animated spectral lines add to create a pulse train.
Experiments	Java Animations		Agilent Technologies	Peterson, Blake		SpecAn2_3d.html	Generating Pulses 3D View	Animated 3-d view spectral lines add to create a pulse train.
Experiments	Java Animations		Agilent Technologies	Peterson, Blake		SpecAn3.html	Time Domain vs. Frequency Domain	3-d plot of amplitude, time, frequency.
Experiments	Java Animations		Agilent Technologies	Peterson, Blake		SpecAn4.html	Measurement Uncertainty	Vector addition of small and large signals.
Experiments	Java Animations		Agilent Technologies	Peterson, Blake		SpecAn5.html	Amplitude Modulation	How vectors add to make an AM signal.
Experiments	Java Animations		Agilent Technologies	Peterson, Blake		SpecAn6.html	Single-Side-Band Demodulation	Error in demodulating an SSB signal as a function of the relative amplitude of the reinserted carrier
Experiments	Java Animations		Agilent Technologies	Peterson, Blake		SpecAn7.html	Superheterodyne Spectrum Analyzer	Java animated block diagram of how an analog spectrum analyzer works.
Experiments	Java Animations		Agilent Technologies	Peterson, Blake		SpecAn8.html	Wave Propagation along a Transmission Line	Pulse propagation along a transmission line, as a function of load impedance.
Experiments	Java Animations		Agilent Technologies	Peterson, Blake		SpecAn10.html	IQ Modulation	This program provides some insight into the workings of an I/Q (in-phase/quadrature) modulator by plotting vectors (phasors), waveforms, and symbols on the I/Q plane. 
Experiments	Submit Experiment					submit.txt		
								
Teacher's Tools	Lecture Materials	Slide Presentations				BTB_2000_SpectrumG.pdf	Spectrum Analysis Basics  (BTB_2000_SpectrumG)	Learn why spectrum analysis is important for a variety of applications.
Teacher's Tools	Lecture Materials	Slide Presentations				BTB_2000Network.pdf	Network Analysis Basics  (BTB_2000Network)	This presentation covers the principals of measuring high-frequency electrical networks with network analyzers.
Teacher's Tools	Lecture Materials	Slide Presentations				BTB_2000Power.pdf	Power Measurement Basics  (BTB_2000Power)	Learn about high-frequency power measurements and how they differ in important ways.
Teacher's Tools	Lecture Materials	Slide Presentations				BTB_2000SourceG.pdf	Source Basics  (BTB_2000SourceG)	Review the basics on the signals required to test a variety of products.
Teacher's Tools	Lecture Materials	Slide Presentations				lcrimp.pdf	LCR Impedance Measurements  (lcrimp)	Review impedance, component value definitions, and present typical measurement problems and their solutions.
Teacher's Tools	Lecture Materials	Slide Presentations				HP34401A.pdf	Agilent 34401A Multimeter Presentation  (Agilent34401A)	These slides present a series of graphics on the Agilent 34401A Multimeter.
Teacher's Tools	Lecture Materials	Slide Presentations				dmmbas.pdf	Multimeter Basics  (dmmbas)	These slides present a series of graphics on Multimeter Basics.
Teacher's Tools	Lecture Materials	Slide Presentations				scopbas.pdf	Digitizing Oscilloscope Basics  (scopbas)	These slides present a series of graphics on Oscilloscope Basics.
Teacher's Tools	Lecture Materials	Slide Presentations				use_abuse.pdf	Use and Abuse of Oscilloscopes  (use_abuse)	These are the same slides used in the Agilent Video, Use and Abuse of Digitizing Oscilloscopes, Agilent part number Agilent H1300A. 
Teacher's Tools	Lecture Materials	Slide Presentations				http://www.mohawkc.on.ca/dept/electro/staff/chanh/EE147/index.htm	Electricity (EE147): Mohawk College, Ontario, Canada	Note: You will need a live internet connection to view the following website.
Teacher's Tools	Lecture Materials	Slide Presentations				http://www.mohawkc.on.ca/dept/electro/staff/chanh/EE159/index.htm	Electricity (EE159): Mohawk College, Ontario, Canada	Note: You will need a live internet connection to view the following website.
Teacher's Tools	Lecture Materials	Slide Presentations				http://www.mohawkc.on.ca/dept/electro/staff/chanh/EE303/index.htm	Electronic Circuitry (EE303): Mohawk College, Ontario, Canada	Note: You will need a live internet connection to view the following website.
Teacher's Tools	Lecture Materials	Slide Presentations				http://www.mohawkc.on.ca/dept/electro/staff/chanh/EE451/index.htm	Electronic Circuits (EE451): Mohawk College, Ontario, Canada	Note: You will need a live internet connection to view the following website.
Teacher's Tools	Lecture Materials	Slide Presentations				http://www.mohawkc.on.ca/dept/electro/staff/chanh/EE555/index.htm	Communications 2 (EE555): Mohawk College, Ontario, Canada	Note: You will need a live internet connection to view the following website.
Teacher's Tools	Lecture Materials	Slide Presentations				http://www.mohawkc.on.ca/dept/electro/staff/chanh/ee721/index.htm	Analog Communications (EE721): Mohawk College, Ontario, Canada	Note: You will need a live internet connection to view the following website.
Teacher's Tools	Lecture Materials	Slide Presentations				http://www.mohawkc.on.ca/dept/electro/staff/chanh/ee733/index.htm	Analog Communications (EE733): Mohawk College, Ontario, Canada	Note: You will need a live internet connection to view the following website.
Teacher's Tools	Lecture Materials	Slide Presentations				MPEGtutorial1.pdf	MPEG2: The Basics 	
Teacher's Tools	Lecture Materials	Slide Presentations				exp53a.pdf	Fourier Theory 	Tutorial: Fourier theory, FFT's, sampling, aliasing, anti-alias filters, windowing, selecting a window, leakage.
Teacher's Tools	Lecture Materials	Slide Presentations				exp53b.pdf	Fourier Practice 	FFT of sinusoid, color burst signal, two-tone signal. Sample rate, bandwidth considerations.
Teacher's Tools	Lecture Materials	Slide Presentations				temp.pdf	Practical Temperature Measurements  (temp)	Techniques required to make reasonably accurate measurements of temperature.
Teacher's Tools	Lecture Materials	Slide Presentations				http://www.mohawkc.on.ca/dept/electro/staff/chanh/EE731/index.htm	RF Systems (EE731): Mohawk College, Ontario, Canada	Note: You will need a live internet connection to view the following website.
Teacher's Tools	Lecture Materials	Slide Presentations				section1.pdf	Section 1: The RF design process  (section1)	
Teacher's Tools	Lecture Materials	Slide Presentations				section2.pdf	Section 2: Design Cycle Case Study: Low Noise Amplifier  (section2)	
Teacher's Tools	Lecture Materials	Slide Presentations				section3.pdf	Section 3: Power Amplifier and Testing  (section3)	
Teacher's Tools	Lecture Materials	Slide Presentations				section4.pdf	Section 4: Modeling and Error Correction  (section4)	
Teacher's Tools	Lecture Materials	Slide Presentations				section5.pdf	Section 5: Review  (section5)	
Teacher's Tools	Lecture Materials	Slide Presentations				section6.pdf	Section 6: Appendix  (section6)	
Teacher's Tools	Lecture Materials	Interactive Experiments				Lab4-32.exe	RC low-pass filter	Interactive animation. Simulates Agilent 33120A, Agilent 54600B, Agilent 33120A. Time constant, cutoff frequency.
Teacher's Tools	Lecture Materials	Interactive Experiments				Lab3-32.exe	AC Waveforms and Circuits	Interactive animated lesson: Operation of function generator and oscilloscope. RC time constant. 
Teacher's Tools	Lecture Materials	Interactive Experiments				Jexp1.html	Coupled Oscillators: Part A (Square Wave Input)	Two coupled tuned circuits. Part A shows reaction to a square wave.
Teacher's Tools	Lecture Materials	Interactive Experiments				Jexp2.html	Coupled Oscillators: Part B (Sine input)	Two coupled tuned circuits. Part B shows reaction to a sine wave near the resonant frequency.
Teacher's Tools	Lecture Materials	Interactive Experiments				Jexp3.html	Coupled Oscillators: Part C (Swept Sine)	Two coupled tuned circuits. Part C shows reaction to swept input signal as a function of coupling capacitor.
Teacher's Tools	Lecture Materials	Interactive Experiments				Lab1-32.exe	Series and Parallel Resistance	Interactive animated lesson on series and parallel resistance.
Teacher's Tools	Lecture Materials	Interactive Experiments				Lab2-32.exe	Ohm's Law	Interactive animated lesson on Ohm's Law.
Teacher's Tools	Lecture Materials	More Interactive Experiments				m2m_1298.html	Power Supply:  Are you getting the power you think you are getting?	Interactive JAVA animation.  Constant Voltage, Constant Current, and Lead Reisistance Compensation applications.
Teacher's Tools	Lecture Materials	More Interactive Experiments				m2m_0299.html	Power Supplies: Understanding power supply noise.	Interactive JAVA animation.  Noise calculator.
Teacher's Tools	Lecture Materials	More Interactive Experiments				m2m_0399.html	Data Acquisition: Whatever the application, there is a data acquisition solution.	Interactive JAVA animation.  Sampling, Noise, and Accuracy applications.
Teacher's Tools	Lecture Materials	More Interactive Experiments				hp-95-1.pdf	Impedance Matching 	Using this interactive impedance matching model, you can experience using a Smith Chart and  s-parameters to optimize transmitted power in simple circuits.
Teacher's Tools	Lecture Materials	More Interactive Experiments				hp-150-1.pdf	FM Model 	Interactive Frequency Modulation Model
Teacher's Tools	Lecture Materials	More Interactive Experiments				hp-150-1.pdf	AM Model 	Interactive Amplitude Modulation Model
Teacher's Tools	Lecture Materials	More Interactive Experiments				hp-95-1.pdf	S-Parameters 	This application note discusses s-parameter techniques for designing networks used in amplifiers and oscillators.
Teacher's Tools	Lecture Materials	More Interactive Experiments				hp-150-1.pdf	Spectrum Analysis: AM and FM 	This application note discusses the measurement of amplitude and frequency modulated signals using a spectrum analyzer. 
Teacher's Tools	Lecture Materials	More Interactive Experiments				5968-0007E.pdf	Measuring Parasitic Capacitance and Inductance Using TDR 	Time-domain reflectometry (TDR) is commonly used as a method of determining the characteristic impedance of a transmission line.
Teacher's Tools	Lecture Materials	Application Notes				5965-6630E.pdf	Fundamentals of RF and Microwave Power Measurements 	This application note reviews the popular techniques and instruments used for measuring power.
Teacher's Tools	Lecture Materials	Application Notes				6C065965-7707E.pdf	Understanding the Fundamental Priciples of Vector Network Analysis 	In this application note, the fundamental principles of vector network analysis will be reviewed. 
Teacher's Tools	Lecture Materials	Application Notes				6C065965-7708E.pdf	Exploring the Architecture of Network Analyzers 	Network analyzers have become one of the most important tools for characterizing the performance of high-frequency components and devices.
Teacher's Tools	Lecture Materials	Application Notes				5966-4008E.pdf	Spectrum Analyzer Measurements and Noise 	Noise. It is the classical limitation of electronics. In measurements, noise and distortions limit the dynamic range of test results.
Teacher's Tools	Lecture Materials	Application Notes				5965-7160E.pdf	Digital Modulation In Communication Systems: An Introduction 	This application note introduces the concepts of digital modulation used in many communications systems today. 
Teacher's Tools	Lecture Materials	Application Notes				5968-8291E.pdf	Feeling Comfortable with Logic Analyzers 	This application note presents a quick view of logic analyzer basics. 
Teacher's Tools	Lecture Materials	Application Notes				GSMBaseStationMeas.pdf	GSM Base Station Measurements 	Understanding GSM Transmitter and Receiver Measurements for Base Transceiver Stations and their Components.
Teacher's Tools	Lecture Materials	Application Notes				5964-6640E.pdf	Accurate Transmission Line Fault Location Using Synchronized Sampling 	
Teacher's Tools	Lecture Materials	Application Notes				5091-2070E.pdf	Standard and CRC-4 Frame Testing 	This application note details these standards and the benefits of in-service monitoring using CRC-4. 
Teacher's Tools	Lecture Materials	Application Notes				5963-9798E.pdf	Synchronizing Telecom Networks: SDH/SONET 	
Teacher's Tools	Lecture Materials	Application Notes				5963-6978E.pdf	Synchronizing Telecom Networks: Fundamentals of Planning 	
Teacher's Tools	Lecture Materials	Application Notes				switchperf1.pdf	Evaluating ATM Switch Performance 	This solution note describes how to use out-of-service tests to evaluate ATM switch performance.
Teacher's Tools	Lecture Materials	Application Notes				5952-8898E.pdf	Fundamentals of Signal Analysis 	A primer for those who are unfamiliar with the advantages of analysis in the frequency and modal domains.
Teacher's Tools	Lecture Materials	Application Notes				5954-7957E.pdf	Fundamentals of Modal Testing 	This modal test application note provides an overview of structural dynamics theory.
Teacher's Tools	Lecture Materials	Application Notes				5965-5387E.pdf	Bearing Runout Measurements 	Introduces the challenge of making runout measurements in disk drives, which is a critical step in increasing storage capacity.
Teacher's Tools	Lecture Materials	Application Notes				scopehints.html	8 Hints for Making Scope Measurements 	These tips will assist you in getting the most out of your digitizing scope.
Teacher's Tools	Lecture Materials	Application Notes				5965-8166E.pdf	8 Hints for Making Better Network Analyzer Measurements 	This brochure contains a variety of hints to help you understand and improve your use of network analyzers.
Teacher's Tools	Lecture Materials	Application Notes				5965-7009E.pdf	8 Hints for Making Better Spectrum Analyzer Measurements 	This application note provides eight pertinent hints for making better spectrum ananlyzer measurements.
Teacher's Tools	Lecture Materials	Application Notes				5967-5661E.pdf	8 Hints for Better RF Signal Generator Measurements 	This guide helps you improve the accuracy of your measurements that involve using RF analog signal sources. 
Teacher's Tools	Lecture Materials	Application Notes				5963-7145E.pdf	Optical Spectrum Analysis Basics 	A basic understanding of optical spectrum analyzers, their technologies, specifications, and applications.
Teacher's Tools	Lecture Materials	Application Notes				5091-6478E.pdf	Lightwave Component Analysis 	The Lightwave Component Analyzer (LCA) is used to measure the linear transmission and reflection characteristics of a component as a function of modulation frequency.
Teacher's Tools	Lecture Materials	Application Notes				5965-7660E.pdf	Fundamentals of Electronic Counters 	Introducing the basic concepts, techniques and principles that constitute the common denominator of this myriad of counter products.
Teacher's Tools	Lecture Materials	Application Notes				5965-7662E.pdf	Fundamentals of Quartz Oscillators 	Provides a background on the crystal reference element and its impact in an oscillator circuit.
Teacher's Tools	Lecture Materials	Application Notes				5965-2791E.pdf	GPS and Precision Timing Applications 	
Teacher's Tools	Lecture Materials	Application Notes				5965-7984E.pdf	The Science of Timekeeping 	Brings together the history and the science of today's hyperfine timekeeping benefits, needs, and expectations. 
Teacher's Tools	Lecture Materials	Application Notes				Data_acq_AN290_pract_meas.pdf	AN290 Practical Temperature Measurement 	Explores the more common temperature measurement techniques and introduce procedures for improving their accuracy.
Teacher's Tools	Lecture Materials	Cartoons				img-c_bascinstb-lg.html	Basic Instruments	
Teacher's Tools	Lecture Materials	Cartoons				img-c_basclangsb-lg.html	Basic Language	
Teacher's Tools	Lecture Materials	Cartoons				img-c_blckingb-lg.html	Blocking Capacitor	
Teacher's Tools	Lecture Materials	Cartoons				img-c_brdtstrb-lg.html	Board Tester	
Teacher's Tools	Lecture Materials	Cartoons				img-c_byteb-lg.html	Byte	
Teacher's Tools	Lecture Materials	Cartoons				img-c_capstoneb-lg.html	Capstone Design	
Teacher's Tools	Lecture Materials	Cartoons				img-c_circuitsb-lg.html	Circuits Lab	
Teacher's Tools	Lecture Materials	Cartoons				img-c_cncrtlabb-lg.html	Concrete Lab	
Teacher's Tools	Lecture Materials	Cartoons				img-c_digitalb-lg.html	Digital Voltmeter	
Teacher's Tools	Lecture Materials	Cartoons				img-c_droptestb-lg.html	Drop Test	
Teacher's Tools	Lecture Materials	Cartoons				img-c_electriccar-lg.html	Electronic Car
Teacher's Tools	Lecture Materials	Cartoons				img-c_finaltstb-lg.html	Final Test
Teacher's Tools	Lecture Materials	Cartoons				img-c_finiteb-lg.html	Finite Element Analysis
Teacher's Tools	Lecture Materials	Cartoons				img-c_firewire-lg.html	Fire Wire 
Teacher's Tools	Lecture Materials	Cartoons				img-c_floatingb-lg.html	Floating Input
Teacher's Tools	Lecture Materials	Cartoons				img-c_gradingb-lg.html	Grading
Teacher's Tools	Lecture Materials	Cartoons				img-c_gradresearchb-lg.html	Graduate Research
Teacher's Tools	Lecture Materials	Cartoons				img-c_heatcap3-lg.html	Heat Capacity 
Teacher's Tools	Lecture Materials	Cartoons				img-c_henryb-lg.html	Henry
Teacher's Tools	Lecture Materials	Cartoons				img-c_hertzb-lg.html	Hertz
Teacher's Tools	Lecture Materials	Cartoons				img-c_hivoltb-lg.html	High Voltage Probe
Teacher's Tools	Lecture Materials	Cartoons				img-c_hrmnicmxb-lg.html	Harmonic Mixer
Teacher's Tools	Lecture Materials	Cartoons				img-c_infnite3-lg.html	Infinite Gain
Teacher's Tools	Lecture Materials	Cartoons				img-c_krchoff3.html	Kirchhoff's Laws 
Teacher's Tools	Lecture Materials	Cartoons				img-c_lowpass3-lg.html	Low-Pass Filter
Teacher's Tools	Lecture Materials	Cartoons				img-c_multmdiab-lg.html	MultiMedia
Teacher's Tools	Lecture Materials	Cartoons				img-c_nrmlmodeb-lg.html	Normal Mode Rejection
Teacher's Tools	Lecture Materials	Cartoons				img-c_ohmb-lg.html	Ohm
Teacher's Tools	Lecture Materials	Cartoons				img-c_oprtr3-lg.html	Operator Interface
Teacher's Tools	Lecture Materials	Cartoons				img-c_physicsb-lg.html	Physics Lab
Teacher's Tools	Lecture Materials	Cartoons				img-c_randomb-lg.html	Random Failures
Teacher's Tools	Lecture Materials	Cartoons				img-c_relax3.html	Relaxation Oscillator
Teacher's Tools	Lecture Materials	Cartoons				img-c_resstnceb-lg.html	Resistance
Teacher's Tools	Lecture Materials	Cartoons				img-c_hlfplan3-lg.html	Right-Half Plane
Teacher's Tools	Lecture Materials	Cartoons				img-c_rugged3-lg.html	Ruggedized Mainframe
Teacher's Tools	Lecture Materials	Cartoons				img-c_signois3-lg.html	Signal To Noise
Teacher's Tools	Lecture Materials	Cartoons				img-c_SMITH3.html	Smith Chart
Teacher's Tools	Lecture Materials	Cartoons				img-c_stereob-lg.html	Stereolithography
Teacher's Tools	Lecture Materials	Cartoons				img-c_strainb-lg.html	Strain
Teacher's Tools	Lecture Materials	Cartoons				img-c_strengthb-lg.html	Strength of Materials
Teacher's Tools	Lecture Materials	Cartoons				img-c_thermodynamicsb-lg.html	Thermodynamics
Teacher's Tools	Lecture Materials	Cartoons				img-c_whitnoisb-lg.html	White Noise
Teacher's Tools	Lecture Materials	Cartoons				img-c_wrkstsonb-lg.html	Workstation	
Teacher's Tools	Lab Resources	Computer Based Training				1start_am.bat	AM Fundamentals	Learn about modulation index, sidebands, frequency and time domain, and all the underpinnings necessary for a good grounding in communications. Developed by Cal Poly. 
Teacher's Tools	Lab Resources	Computer Based Training				AmfUserGuide.pdf	-  User's Guide for AM Fundamentals	
Teacher's Tools	Lab Resources	Computer Based Training				5start_fm.bat	FM Fundamentals 	Covers basic modulation concepts, narrowband frequency modulation, frequency modulation versus phase modulation, basic frequency modulation parameters, and demodulation techniques. Developed by Cal Poly. 
Teacher's Tools	Lab Resources	Computer Based Training				FmfUserGuide.pdf	-  User's Guide for FM Fundamentals 	
Teacher's Tools	Lab Resources	Computer Based Training				2start_lwf.bat	Lightwave Fundamentals 	This interactive tutor discusses the types of fibers, modes of transmission, light sources, and more. Developed by Cal Poly.
Teacher's Tools	Lab Resources	Computer Based Training				LwfUserGuide.pdf	-  User's Guide for Lightwave Fundamentals 	
Teacher's Tools	Lab Resources	Computer Based Training				4start_laf.bat	Logic Analyzer Fundamentals	Five modules covering Logic Analysis, Microprocessor Basics, State Analysis, Timing Analysis, and Review/Quiz are included. Developed by Cal Poly. 
Teacher's Tools	Lab Resources	Computer Based Training				LafUserGuide.pdf	-  User's Guide for Logic Analyzer Fundamentals	
Teacher's Tools	Lab Resources	Computer Based Training				3start_tlf.bat	Transmission-Line Fundamentals	This package explains standing wave ratios, reflections, impedance matching, etc. Students get a good foundation in the basics of transmission line theory, while being quizzed throughout the lessons. Developed by Cal Poly.
Teacher's Tools	Lab Resources	Computer Based Training				TlfUserGuide.pdf	-  User's Guide for Transmission-Line Fundamentals	
Teacher's Tools	Lab Resources	Posters and Screensavers				WWEecSetup.exe	Free World Without Engineers Screensaver	This engaging screensaver with 7 cartoons shows what our world might look like without engineers.
Teacher's Tools	Lab Resources	Posters and Screensavers				readme.html	-  User's Guide for Free World Without Engineers Read Me File	The README file gives instructions for turning off the sound feature and making further alterations to your Screen Saver functions
Teacher's Tools	Lab Resources	Posters and Screensavers				KnowYourBenchLg.pdf	Know Your Bench poster (Large)	For your lab or classroom, this poster displays various Agilent basic instruments, such as our latest deep-memory digital and mixed-signal oscilloscopes.
Teacher's Tools	Lab Resources	Posters and Screensavers				KnowYourBenchsm.pdf	Know Your Bench poster (Small)	For your lab or classroom, this poster displays various Agilent basic instruments, such as our latest deep-memory digital and mixed-signal oscilloscopes.
Teacher's Tools	Lab Resources	Posters and Screensavers				ResourcesForEdLg.pdf	Resources For Education poster (Large)	For your lab or classroom, this poster displays many of the free resources available to Educators and students on our two award-winning websites.
Teacher's Tools	Lab Resources	Posters and Screensavers				ResourcesForEdSm.pdf	Resources For Education poster (Small)	For your lab or classroom, this poster displays many of the free resources available to Educators and students on our two award-winning websites.
Teacher's Tools	Lab Resources	Posters and Screensavers				AirTransportationLo.pdf	World Without Engineers poster - Air Transportation  (LoRes)	One of 8 individual posters, all highlighted in the World Without Engineers screensaver above.
Teacher's Tools	Lab Resources	Posters and Screensavers				AirTransportationHi.pdf	World Without Engineers poster - Air Transportation  (HiRes)	One of 8 individual posters, all highlighted in the World Without Engineers screensaver above.
Teacher's Tools	Lab Resources	Posters and Screensavers				CivilEngineeringLo.pdf	World Without Engineers poster - Civil Engineering  (LoRes)	One of 8 individual posters, all highlighted in the World Without Engineers screensaver above.
Teacher's Tools	Lab Resources	Posters and Screensavers				CivilEngineeringHi.pdf	World Without Engineers poster - Civil Engineering  (HiRes)	One of 8 individual posters, all highlighted in the World Without Engineers screensaver above.
Teacher's Tools	Lab Resources	Posters and Screensavers				ComboLo.pdf	World Without Engineers poster - Combo  (LoRes)	One of 8 individual posters, all highlighted in the World Without Engineers screensaver above.
Teacher's Tools	Lab Resources	Posters and Screensavers				ComboHi.pdf	World Without Engineers poster - Combo  (HiRes)	One of 8 individual posters, all highlighted in the World Without Engineers screensaver above.
Teacher's Tools	Lab Resources	Posters and Screensavers				CommunicationsLo.pdf	World Without Engineers poster - Communications  (LoRes)	One of 8 individual posters, all highlighted in the World Without Engineers screensaver above.
Teacher's Tools	Lab Resources	Posters and Screensavers				CommunicationsHi.pdf	World Without Engineers poster - Communications  (HiRes)	One of 8 individual posters, all highlighted in the World Without Engineers screensaver above.
Teacher's Tools	Lab Resources	Posters and Screensavers				ComputersLo.pdf	World Without Engineers poster - Computers  (LoRes)	One of 8 individual posters, all highlighted in the World Without Engineers screensaver above.
Teacher's Tools	Lab Resources	Posters and Screensavers				ComputersHi.pdf	World Without Engineers poster - Computers  (HiRes)	One of 8 individual posters, all highlighted in the World Without Engineers screensaver above.
Teacher's Tools	Lab Resources	Posters and Screensavers				EntertainmentLo.pdf	World Without Engineers poster - Entertainment  (LoRes)	One of 8 individual posters, all highlighted in the World Without Engineers screensaver above.
Teacher's Tools	Lab Resources	Posters and Screensavers				EntertainmentHi.pdf	World Without Engineers poster - Entertainment  (HiRes)	One of 8 individual posters, all highlighted in the World Without Engineers screensaver above.
Teacher's Tools	Lab Resources	Posters and Screensavers				GroundTransportationLo.pdf	World Without Engineers poster - Ground Transportation  (LoRes)	One of 8 individual posters, all highlighted in the World Without Engineers screensaver above.
Teacher's Tools	Lab Resources	Posters and Screensavers				GroundTransportationHi.pdf	World Without Engineers poster - Ground Transportation  (HiRes)	One of 8 individual posters, all highlighted in the World Without Engineers screensaver above.
Teacher's Tools	Lab Resources	Posters and Screensavers				MusicLo.pdf	World Without Engineers poster - Music  (LoRes)	One of 8 individual posters, all highlighted in the World Without Engineers screensaver above.
Teacher's Tools	Lab Resources	Posters and Screensavers				MusicHi.pdf	World Without Engineers poster - Music  (HiRes)	One of 8 individual posters, all highlighted in the World Without Engineers screensaver above.
Teacher's Tools	Lab Resources	Videos				videos.html	Videos	
Teacher's Tools	Lab Resources	Software				software.html	Software	
Teacher's Tools	References	Engineering Educator Newsletter				EEfall00.pdf	Fall 2000, Volume 4, No. 3	
Teacher's Tools	References	Engineering Educator Newsletter				EEspring00.pdf	Spring 2000, Volume 4, No. 2	
Teacher's Tools	References	Engineering Educator Newsletter				EEwinter00.pdf	Winter 2000, Volume 4, No. 1	
Teacher's Tools	References	Engineering Educator Newsletter				HP-EE-FALL99.pdf	Fall 1999, Volume 3, No. 3	
Teacher's Tools	References	Engineering Educator Newsletter				99spring.pdf	Spring 1999, Volume 3, No. 2	
Teacher's Tools	References	Engineering Educator Newsletter				99winter.pdf	Winter 1999, Volume 3, No. 1	
Teacher's Tools	References	Engineering Educator Newsletter				98fall.pdf	Fall 1998, Volume 2, No. 3	
Teacher's Tools	References	Engineering Educator Newsletter				springnl.pdf	Spring 1998, Volume 2, No. 2	
Teacher's Tools	References	Engineering Educator Newsletter				98winter.pdf	Winter 1998, Volume 2, No. 1	
Teacher's Tools	References	Engineering Educator Newsletter				fall97.pdf	Fall 1997, Volume 1, No. 2	
Teacher's Tools	References	Engineering Educator Newsletter				spring97.pdf	Spring 1997, Volume 1, No. 1	
Teacher's Tools	References	Books				books.html	Electronic test and measurement topics	
Teacher's Tools	References	Engineering Reference Tables				ASCII_CHARACTER_SET.pdf	ASCII Character Set 	
Teacher's Tools	References	Engineering Reference Tables				BasicCircuit.pdf	Basic Circuit Laws and Theorems 
Teacher's Tools	References	Engineering Reference Tables				blt_pairs.pdf	Basic LaPlace Transformation Pairs 
Teacher's Tools	References	Engineering Reference Tables				blt_properties.pdf	Basic LaPlace Transformation Properties
Teacher's Tools	References	Engineering Reference Tables				bopamp_modules.pdf	Basic Op Amp Modules
Teacher's Tools	References	Engineering Reference Tables				cd_capacitors.pdf	Ceramic-Disk Capacitors
Teacher's Tools	References	Engineering Reference Tables				CONDUCTIVITY_MATERIALS.pdf	Conductivity of Materials 
Teacher's Tools	References	Engineering Reference Tables				Conversion_factors.pdf	Conversion Factors 
Teacher's Tools	References	Engineering Reference Tables				DIGITAL_DESIGN_ACR.pdf	Digital Design Acronyms 
Teacher's Tools	References	Engineering Reference Tables				DIGITAL_LOGIC_THEOREMS.pdf	Digital Logic Theorems 
Teacher's Tools	References	Engineering Reference Tables				digit_mult_cc.pdf	Digit and Multiplier Color Code
Teacher's Tools	References	Engineering Reference Tables				img-elect-quant.pdf	Electrical Quantities
Teacher's Tools	References	Engineering Reference Tables				GREEK_ALPHABET.pdf	Greek Alphabet
Teacher's Tools	References	Engineering Reference Tables				INTERNATSYSTEM_UNIT.pdf	International System of Units
Teacher's Tools	References	Engineering Reference Tables				MAXWELL_EQUATIONS.pdf	Maxwell's Equations
Teacher's Tools	References	Engineering Reference Tables				NYQUIST_SAMPL_THEOREM.pdf	Nyquist Sampling Theorem 
Teacher's Tools	References	Engineering Reference Tables				OCTAL_HEXADEC_NUM.pdf	Octal & Hexadecimal Numbers
Teacher's Tools	References	Engineering Reference Tables				Physical_Constants.pdf	Physical Constants	
Teacher's Tools	References	Engineering Reference Tables				POWER_EQUATIONS.pdf	Power Equations 	
Teacher's Tools	References	Engineering Reference Tables				PROPERTIES_Si_Ga.pdf	Properties of Ge, Si, and GaAs at 300K	
Teacher's Tools	References	Engineering Reference Tables				img-eerefrb-chart.pdf	Reactance Chart	
Teacher's Tools	References	Engineering Reference Tables				SEMICONDUCTOR_ACRONYMS.pdf	Semiconductor Acronyms	
Teacher's Tools	References	Engineering Reference Tables				sdp.pdf	Standard Decimal Prefixes	
Teacher's Tools	References	Engineering Reference Tables				sprv.pdf	Standard Precision Resistance Values	
Teacher's Tools	References	Engineering Reference Tables				srv_x10.pdf	Standard Resistance Values	
Teacher's Tools	References	Engineering Reference Tables				THE_OSI_MODEL.pdf	The OSI model	
Teacher's Tools	References	Engineering Reference Tables				trigonometric_identities.pdf	Trigonometric Identities	
Teacher's Tools	References	Engineering Reference Tables				TYPICAL_TEMP_TRANS.pdf	Typical Temperature Tranducer Specs. 	
Teacher's Tools	References	Journal Articles				http://www.tm.agilent.com/classes/MasterServlet?view=technote&tcn-ItemID=1000001253&language=eng&locale=US	Industry Publications	Browse through these online publications with the latest in industry news and events.
Teacher's Tools	References	Journal Articles				http://www.tm.agilent.com/events/	T&M News & Resources	Learn about the newest products, services and applications from Agilent.
Teacher's Tools	References	Catalogs				catalogs.html	A selection of general and specialty catalogs	
Teacher's Tools	Cool Links	Engineering Search Engines				http://www.iserv.net/~alexx/lib/tutorial.htm	Alex's Electronic Resource Library 	
Teacher's Tools	Cool Links	Engineering Search Engines				http://members.xoom.com/jimas/tronics.html	Electronics On Ramp 	
Teacher's Tools	Cool Links	Engineering Search Engines				http://www.needs.org/database/index.html	NEEDS (National Engineering Ed. Delivery System)
Teacher's Tools	Cool Links	Engineering Search Engines				http://webdiee.cem.itesm.mx/wwwvlee/	The World Wide Web Virtual Library of Electrical Engineeering
Teacher's Tools	Cool Links	Engineering Search Engines				http://www.agilent.com/find/RandD	Agilent R&D Central 
Teacher's Tools	Cool Links	Commercial Sites				http://webhome.idirect.com/%7Ejadams/electronics/	Internet Guide to Electronics 
Teacher's Tools	Cool Links	Commercial Sites				http://www.us-epanorama.net/	The best view to Electronics in Web 
Teacher's Tools	Cool Links	Commercial Sites				http://members.nbci.com/jimas/tronics.html	The Electonics OnRamp
Teacher's Tools	Cool Links	Commercial Sites				http://www.futureengineers.com/	Future Engineers: Resources For Engineering Students
Teacher's Tools	Cool Links	Commercial Sites				http://hpatschool.hp.com/	HP in Education 
Teacher's Tools	Cool Links	Commercial Sites				http://www.labs.agilent.com/	Agilent Labs is a new world-class research organization dedicated to innovation 
Teacher's Tools	Cool Links	Commercial Sites				http://mot-sps.com/lit/index/Applications.html	Motorola Application Notes 
Teacher's Tools	Cool Links	Commercial Sites				http://www.intel.com/education/college/index.htm	Intel's Higher Education web page
Teacher's Tools	Cool Links	University Sites				http://fbox.vt.edu/eng/mech/writing/	Writing Guidelines for Engineering and Science Students
Teacher's Tools	Cool Links	University Sites				http://www.mohawkc.on.ca/dept/electro/staff/chanh/chanh.html	RF and Electronics Slide Presentations, Mohawk College
Teacher's Tools	Cool Links	University Sites				http://nmc.uoregon.edu/emi/emi.html	Electronic Music Interactive
Teacher's Tools	Cool Links	University Sites				http://jas2.eng.buffalo.edu/applets/	Educational Java Applet Service (JAS)
Teacher's Tools	Cool Links	University Sites				http://webphysics.davidson.edu/Applets/Applets.html	JAVA examples of Gas Pressure, Doppler, Interference Patterns, Superposition.
Teacher's Tools	Cool Links	University Sites				http://www.ece.arizona.edu/~holman/lecture.html	Sample Lectures for Low-Bandwidth Web Courses, The University of Arizona 
Teacher's Tools	Cool Links	University Sites				http://opt-fibres.phys.polymtl.ca/	Tutorial on optical fibers from France 
Teacher's Tools	Cool Links	University Sites				http://www.howhy.com/home/	Cyberprof at U. of Illinois/UC 
Teacher's Tools	Cool Links	University Sites				http://ed1.eng.ohio-state.edu/guide/resources.html	Educational Resources, from Ohio State U. site 
Teacher's Tools	Cool Links	University Sites				http://www.jhu.edu:80/~virtlab/virtlab.html	Engineering/Science Course, Johns-Hopkins U. 
Teacher's Tools	Cool Links	University Sites				http://www.rose-hulman.edu/Users/groups/packets/HTML/packetpg.htm	Physics Resource Packets using Maple 
Teacher's Tools	Cool Links	University Sites				http://www.physics.uoguelph.ca/tutorials/tutorials.html	Physics Tutorials, U. of Guelph 
Teacher's Tools	Cool Links	University Sites				http://www.ee.iastate.edu/%7Ehsiu/em_movies.html	Quick Time Movies of Electromagnetic Waves 
Teacher's Tools	Cool Links	University Sites				http://www-ncce.ceg.uiuc.edu/	Semiconductor Physics 
Teacher's Tools	Cool Links	General Science				http://school.discovery.com/homeworkhelp/bjpinchbeck/	BJ Pinchbeck's Homework Helper
Teacher's Tools	Cool Links	General Science				http://www.ddj.com/articles/2000/0009/0009toc.htm	DDJ, September 2000 - Scientific and Numeric Computing 
Teacher's Tools	Cool Links	General Science				http://www.exploratorium.edu/	The Exploratorium website
Teacher's Tools	Cool Links	General Science				http://www.geocities.com/Athens/4438/	The Science Quiz
Teacher's Tools	Cool Links	General Science				http://tycho.usno.navy.mil/frtime.html	US Naval Observatory
Teacher's Tools	Cool Links	General Science				http://ericir.syr.edu/Projects/Newton/14/sciencetryits.html	Newton's Apple Science site
Teacher's Tools	Cool Links	General Science				http://www.pbs.org/wgbh/buildingbig/	Physical Science education link
Teacher's Tools	Cool Links	General Science				http://www.pbs.org/saf/	Scientific American Frontiers	
Teacher's Tools	Cool Links	Organizations				http://www.aln.org/	Asynchronous Learning Network 	
Teacher's Tools	Cool Links	Organizations				http://www.asme.org/youngengineers/	Young Engineers Center	
Teacher's Tools	Cool Links	Organizations				http://www.mentornet.net/	MentorNet	
								
Products/Discounts	Lab Equipment					http://www.agilent.com/find/gp	Agilent Basic Instruments  (http://www.agilent.com/find/gp)	Agilent offers the widest selection of general purpose test equipment in the industry.
Products/Discounts	Lab Equipment					http://www.agilent.com/	Agilent Test & Measurement  (http://www.agilent.com)	Look here for complete listings of all Agilent Test and Measurement products.
Products/Discounts	Lab Equipment					http://agilent.com/find/vee	Agilent VEE in Education	Use these links to learn more about applying Agilent VEE to education. 
Products/Discounts	Discounts					discounts.pdf	Agilent Education Discount Schedule 	

Agilent in Education	T&M Education Program					savetime.pdf	Save Time	
Agilent in Education	T&M Education Program					save_money.pdf	Save Money	
Agilent in Education	T&M Education Program					stay_informed.pdf	Stay Informed	
Agilent in Education	T&M Education Program					stay_competitive.pdf	Stay Competitive	
Agilent in Education	Case Studies					valencia.pdf	U. Politecnica de Valencia 	
Agilent in Education	Case Studies					devry.pdf	Partnerships Bring Advanced Technology to DeVry 	
Agilent in Education	Case Studies					drexel.pdf	Agilent Lab at Drexel Gives Students Competitive Edge 
Agilent in Education	Case Studies					njit.pdf	Joint Technology Engineering Center at NJIT/BCC 
Agilent in Education	Grants					http://www.agilent.com/univ_relation/	University Relations at Agilent
Agilent in Education	Education Sites					http://www.agilent.com/philanthropy/K-12%20Education%20Philanthropy.htm	K-12 programs
Agilent in Education	Education Sites					http://www.agilent.com/univ_relation/grants.html	Philanthropy/Grants 
Agilent in Education	Education Sites					http://www.jobs.agilent.com/	College Recruiting 
Agilent in Education	Education Sites					http://www.EducatorsCorner.com/	T&M Educator's Corner
Agilent in Education	Education Sites					http://www.tm.agilent.com/tmo/education/English/index.html	Test and Measurement
Agilent in Education	Education Sites					http://www.chem.agilent.com/cag/training/events_training.html	Chemical Analysis
Agilent in Education	Education Sites					http://www.healthcare.agilent.com/education/index.html	Medical

Contact Agilent	Agilent Contact Me						
Contact Agilent	Worldwide Assistance	Africa				algeria.pdf	Algeria
Contact Agilent	Worldwide Assistance	Africa				angola.pdf	Angola
Contact Agilent	Worldwide Assistance	Africa				benin.pdf	Benin
Contact Agilent	Worldwide Assistance	Africa				botswana.pdf	Botswana
Contact Agilent	Worldwide Assistance	Africa				burkinaf.pdf	Burkina Faso
Contact Agilent	Worldwide Assistance	Africa				burundi.pdf	Burundi
Contact Agilent	Worldwide Assistance	Africa				cameroon.pdf	Cameroon
Contact Agilent	Worldwide Assistance	Africa				centrala.pdf	Central African Republic
Contact Agilent	Worldwide Assistance	Africa				chad.pdf	Chad
Contact Agilent	Worldwide Assistance	Africa				congo.pdf	Congo
Contact Agilent	Worldwide Assistance	Africa				djibouti.pdf	Djibouti
Contact Agilent	Worldwide Assistance	Africa				egypt.pdf	Egypt
Contact Agilent	Worldwide Assistance	Africa				equatori.pdf	Equatorial Guinea
Contact Agilent	Worldwide Assistance	Africa				eritrea.pdf	Eritrea
Contact Agilent	Worldwide Assistance	Africa				ethiopia.pdf	Ethiopia
Contact Agilent	Worldwide Assistance	Africa				gabon.pdf	Gabon
Contact Agilent	Worldwide Assistance	Africa				gambia.pdf	Gambia
Contact Agilent	Worldwide Assistance	Africa				ghana.pdf	Ghana
Contact Agilent	Worldwide Assistance	Africa				guinea.pdf	Guinea 
Contact Agilent	Worldwide Assistance	Africa				guineabi.pdf	Guinea-Bissau
Contact Agilent	Worldwide Assistance	Africa				ivorycoa.pdf	Cote D'lvoire
Contact Agilent	Worldwide Assistance	Africa				kenya.pdf	Kenya
Contact Agilent	Worldwide Assistance	Africa				lesotho.pdf	Lesotho
Contact Agilent	Worldwide Assistance	Africa				liberia.pdf	Liberia
Contact Agilent	Worldwide Assistance	Africa				madagasc.pdf	Madagascar
Contact Agilent	Worldwide Assistance	Africa				malawi.pdf	Malawi
Contact Agilent	Worldwide Assistance	Africa				mali.pdf	Mali
Contact Agilent	Worldwide Assistance	Africa				mauritan.pdf	Mauritania
Contact Agilent	Worldwide Assistance	Africa				mauritiu.pdf	Mauritius
Contact Agilent	Worldwide Assistance	Africa				morocco.pdf	Morocco
Contact Agilent	Worldwide Assistance	Africa				mozambiq.pdf	Mozambique
Contact Agilent	Worldwide Assistance	Africa				namibia.pdf	Namibia
Contact Agilent	Worldwide Assistance	Africa				niger.pdf	Niger
Contact Agilent	Worldwide Assistance	Africa				nigeria.pdf	Nigeria
Contact Agilent	Worldwide Assistance	Africa				reunion.pdf	Reunion Island
Contact Agilent	Worldwide Assistance	Africa				rwanda.pdf	Rwanda
Contact Agilent	Worldwide Assistance	Africa				senegal.pdf	Senegal
Contact Agilent	Worldwide Assistance	Africa				sierrale.pdf	Sierra Leone
Contact Agilent	Worldwide Assistance	Africa				southafr.pdf	South Africa
Contact Agilent	Worldwide Assistance	Africa				swazilan.pdf	Swaziland
Contact Agilent	Worldwide Assistance	Africa				tanzania.pdf	Tanzania, United Republic of
Contact Agilent	Worldwide Assistance	Africa				togo.pdf	Togo
Contact Agilent	Worldwide Assistance	Africa				tunisia.pdf	Tunisia
Contact Agilent	Worldwide Assistance	Africa				uganda.pdf	Uganda
Contact Agilent	Worldwide Assistance	Africa				zaire.pdf	Zaire
Contact Agilent	Worldwide Assistance	Africa				zambia.pdf	Zambia
Contact Agilent	Worldwide Assistance	Africa				zimbabwe.pdf	Zimbabwe
Contact Agilent	Worldwide Assistance	Asia				australi.pdf	Australia
Contact Agilent	Worldwide Assistance	Asia				azerbaja.pdf	Azerbaijan
Contact Agilent	Worldwide Assistance	Asia				bahrain.pdf	Bahrain
Contact Agilent	Worldwide Assistance	Asia				banglade.pdf	Bangladesh
Contact Agilent	Worldwide Assistance	Asia				brunei.pdf	Brunei Darussalam
Contact Agilent	Worldwide Assistance	Asia				china.pdf	China
Contact Agilent	Worldwide Assistance	Asia				georgie.pdf	Georgia
Contact Agilent	Worldwide Assistance	Asia				hongkong.pdf	Hong Kong, SAR
Contact Agilent	Worldwide Assistance	Asia				india.pdf	India
Contact Agilent	Worldwide Assistance	Asia				indonesi.pdf	Indonesia
Contact Agilent	Worldwide Assistance	Asia				japan.pdf	Japan
Contact Agilent	Worldwide Assistance	Asia				jordan.pdf	Jordan
Contact Agilent	Worldwide Assistance	Asia				kazakhst.pdf	Kazakhstan
Contact Agilent	Worldwide Assistance	Asia				korea.pdf	Korea, Republic of
Contact Agilent	Worldwide Assistance	Asia				kuwait.pdf	Kuwait
Contact Agilent	Worldwide Assistance	Asia				kyrgyzstan.pdf	Kyrgyzstan
Contact Agilent	Worldwide Assistance	Asia				lebanon.pdf	Lebanon
Contact Agilent	Worldwide Assistance	Asia				macedonia.pdf	Macedonia, The Former Yugoslav Republic of
Contact Agilent	Worldwide Assistance	Asia				malaysia.pdf	Malaysia
Contact Agilent	Worldwide Assistance	Asia				moldova.pdf	Moldova, Republic of
Contact Agilent	Worldwide Assistance	Asia				newzeala.pdf	New Zealand
Contact Agilent	Worldwide Assistance	Asia				oman.pdf	Oman
Contact Agilent	Worldwide Assistance	Asia				pakistan.pdf	Pakistan
Contact Agilent	Worldwide Assistance	Asia				philippi.pdf	Philippines
Contact Agilent	Worldwide Assistance	Asia				qatar.pdf	Qatar
Contact Agilent	Worldwide Assistance	Asia				saudi_arabia.pdf	Saudi Arabia
Contact Agilent	Worldwide Assistance	Asia				singapor.pdf	Singapore
Contact Agilent	Worldwide Assistance	Asia				srilanka.pdf	Sri Lanka
Contact Agilent	Worldwide Assistance	Asia				taiwan.pdf	Taiwan
Contact Agilent	Worldwide Assistance	Asia				tajikist.pdf	Tajikistan
Contact Agilent	Worldwide Assistance	Asia				thailand.pdf	Thailand
Contact Agilent	Worldwide Assistance	Asia				turkmeni.pdf	Turkmenistan
Contact Agilent	Worldwide Assistance	Asia				unitedar.pdf	United Arab Emirates
Contact Agilent	Worldwide Assistance	Asia				uzbekist.pdf	Uzbekistan
Contact Agilent	Worldwide Assistance	Asia				vietnam.pdf	Viet Nam
Contact Agilent	Worldwide Assistance	Europe				albania.pdf	Albania
Contact Agilent	Worldwide Assistance	Europe				armenia.pdf	Armenia
Contact Agilent	Worldwide Assistance	Europe				austria.pdf	Austria (German)
Contact Agilent	Worldwide Assistance	Europe				belarus.pdf	Belarus
Contact Agilent	Worldwide Assistance	Europe				belgium.pdf	Belgium
Contact Agilent	Worldwide Assistance	Europe				bosnia.pdf	Bosnia and Herzegovina
Contact Agilent	Worldwide Assistance	Europe				bulgaria.pdf	Bulgaria
Contact Agilent	Worldwide Assistance	Europe				croatia.pdf	Croatia (Hrvatska)
Contact Agilent	Worldwide Assistance	Europe				cyprus.pdf	Cyprus
Contact Agilent	Worldwide Assistance	Europe				czechrep.pdf	Czech Republic
Contact Agilent	Worldwide Assistance	Europe				denmark.pdf	Denmark (Danish)
Contact Agilent	Worldwide Assistance	Europe				finland.pdf	Finland (Finnish)
Contact Agilent	Worldwide Assistance	Europe				france.pdf	France (French)
Contact Agilent	Worldwide Assistance	Europe				germany.pdf	Germany (German)
Contact Agilent	Worldwide Assistance	Europe				greece.pdf	Greece
Contact Agilent	Worldwide Assistance	Europe				hungary.pdf	Hungary
Contact Agilent	Worldwide Assistance	Europe				ireland.pdf	Ireland
Contact Agilent	Worldwide Assistance	Europe				israel.pdf	Israel
Contact Agilent	Worldwide Assistance	Europe				italy.pdf	Italy (Italian)
Contact Agilent	Worldwide Assistance	Europe				luxembou.pdf	Luxembourg
Contact Agilent	Worldwide Assistance	Europe				malta.pdf	Malta
Contact Agilent	Worldwide Assistance	Europe				netherla.pdf	Netherlands (Dutch)
Contact Agilent	Worldwide Assistance	Europe				norway.pdf	Norway (Norwegian)
Contact Agilent	Worldwide Assistance	Europe				poland.pdf	Poland
Contact Agilent	Worldwide Assistance	Europe				portugal.pdf	Portugal
Contact Agilent	Worldwide Assistance	Europe				romania.pdf	Romania
Contact Agilent	Worldwide Assistance	Europe				russia.pdf	Russia (Russian)
Contact Agilent	Worldwide Assistance	Europe				slovakia.pdf	Slovakia (Slovak Republic)
Contact Agilent	Worldwide Assistance	Europe				slovenia.pdf	Slovenia
Contact Agilent	Worldwide Assistance	Europe				spain.pdf	Spain (Spanish)
Contact Agilent	Worldwide Assistance	Europe				sweden.pdf	Sweden (Swedish)
Contact Agilent	Worldwide Assistance	Europe				switzerl.pdf	Switzerland (German)
Contact Agilent	Worldwide Assistance	Europe				turkey.pdf	Turkey
Contact Agilent	Worldwide Assistance	Europe				ukraine.pdf	Ukraine
Contact Agilent	Worldwide Assistance	Europe				unitedki.pdf	United Kingdom
Contact Agilent	Worldwide Assistance	North and South America				argentin.pdf	Argentina
Contact Agilent	Worldwide Assistance	North and South America				belize.pdf	Belize
Contact Agilent	Worldwide Assistance	North and South America				bolivia.pdf	Bolivia
Contact Agilent	Worldwide Assistance	North and South America				brazil.pdf	Brazil (Portuguese)
Contact Agilent	Worldwide Assistance	North and South America				canada.pdf	Canada
Contact Agilent	Worldwide Assistance	North and South America				chile.pdf	Chile
Contact Agilent	Worldwide Assistance	North and South America				colombia.pdf	Colombia
Contact Agilent	Worldwide Assistance	North and South America				costaric.pdf	Costa Rica
Contact Agilent	Worldwide Assistance	North and South America				dominica.pdf	Dominican Republic
Contact Agilent	Worldwide Assistance	North and South America				ecuador.pdf	Ecuador
Contact Agilent	Worldwide Assistance	North and South America				elsalvad.pdf	El Salvador
Contact Agilent	Worldwide Assistance	North and South America				guatemal.pdf	Guatemala
Contact Agilent	Worldwide Assistance	North and South America				honduras.pdf	Honduras
Contact Agilent	Worldwide Assistance	North and South America				mexico.pdf	Mexico (Spanish)
Contact Agilent	Worldwide Assistance	North and South America				nicaragu.pdf	Nicaragua
Contact Agilent	Worldwide Assistance	North and South America				panama.pdf	Panama
Contact Agilent	Worldwide Assistance	North and South America				paraguay.pdf	Paraguay
Contact Agilent	Worldwide Assistance	North and South America				peru.pdf	Peru
Contact Agilent	Worldwide Assistance	North and South America				puertori.pdf	Puerto Rico
Contact Agilent	Worldwide Assistance	North and South America				unitedst.pdf	United States
Contact Agilent	Worldwide Assistance	North and South America				uruguay.pdf	Uruguay
Contact Agilent	Worldwide Assistance	North and South America				venezuel.pdf	Venezuela
Contact Agilent	U.S. Assistance					unitedst.pdf	United States
Contact Agilent	Contact Educator's Corner					http://www.educatorscorner.com/cdfeedback	Feedback