Section Sub Section Category School Author Course File name Title Description Experiments Pre-Written Labs Instruments Brigham Young University Lunt, Barry exp1.pdf Test Equipment Errors (exp1) Problems in measuring high impedances with a dmm and function generator. (2 pages) Experiments Pre-Written Labs AC Circuits Bucknell University Kozick, Richard exp2.pdf Sine Waves & Hearing (exp2) Human speech and hearing. Examines amplitude, frequency, audible frequency range, sampling, simple FFT's. (10 pages) Experiments Pre-Written Labs Frequency-Selective Circuits Bucknell University Kozick, Richard exp2.pdf Sine Waves & Hearing (exp2) Human speech and hearing. Examines amplitude, frequency, audible frequency range, sampling, simple FFT's. (10 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave Cleveland State University Hizlan, Murad exp4a.pdf FM Demodulation (exp4a) 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 AC Circuits Grove City College Christman, Al exp5.pdf Rectifier Circuits (exp5) Build a half-wave, full-wave and full-wave bridge rectifier circuit. (4 pages) Experiments Pre-Written Labs Instruments Grove City College Christman, Al exp5.pdf Rectifier Circuits (exp5) Build a half-wave, full-wave and full-wave bridge rectifier circuit. (4 pages) Experiments Pre-Written Labs Pulse Circuits Grove City College Christman, Al exp5.pdf Rectifier Circuits (exp5) Build a half-wave, full-wave and full-wave bridge rectifier circuit. (4 pages) Experiments Pre-Written Labs Instruments Agilent Technologies Faber, Marsh exp6.pdf Finding the Hidden Pulse Stream (exp6) Clinic: Using the peak detector mode of an oscilloscope. (2 pages) Experiments Pre-Written Labs Instruments Agilent Technologies Faber, Marsh exp6b.pdf Detecting Power-up Transients (exp6b) Clinic: Scope triggering. (2 pages) Experiments Pre-Written Labs Instruments Agilent Technologies Faber, Marsh exp6c.pdf Capturing Buried Glitches (exp6c) Clinic: Using glitch trigger mode on an oscilloscope. (2 pages) Experiments Pre-Written Labs Instruments Agilent Technologies Faber, Marsh exp6d.pdf Asynchronous Digital Cross-talk (exp6d) Clinic: Using a scope's FFT mode to identify clock interference. (3 pages) Experiments Pre-Written Labs Instruments Agilent Technologies Faber, Marsh exp6e.pdf Capturing Burst Pulses (exp6e) Clinic: Using sequential single-shot trigger on an oscilloscope to capture burst signals. (2 pages) Experiments Pre-Written Labs Instruments Agilent Technologies Faber, Marsh exp6f.pdf Power-up Circuit Dynamics (exp6f) Clinic: Using sequential single-shot trigger on an oscilloscope to see power-up anomalies. (1 page) Experiments Pre-Written Labs Instruments Agilent Technologies Faber, Marsh exp6g.pdf Measuring Precise Time Delays (exp6g) Clinic: How an oscilloscope's sample rate determines single-shot accuracy (3 pages) Experiments Pre-Written Labs Instruments Agilent Technologies Faber, Marsh exp6h.pdf Probing & Time Compensation (exp6h) Clinic: Calibrating and matching oscilloscope probes. (4 pages) Experiments Pre-Written Labs Instruments Agilent Technologies Faber, Marsh exp6i.pdf Active vs. Passive Probing (exp6i) Clinic: How a probe's capacitance affects measurement accuracy of an oscilloscope. (3 pages) Experiments Pre-Written Labs Instruments Agilent Technologies Faber, Marsh exp6j.pdf Inductive Ringing, Resistive Loading (exp6j) Clinic: How a probe's resistance and ground-lead inductance affect oscilloscope measurements. (4 pages) Experiments Pre-Written Labs Frequency-Selective Circuits Agilent Technologies Faber, Marsh exp6k.pdf Speaker Resonance (exp6k) Measuring the resonant frequency of a small speaker. Decaying exponential, finding a signal in noise using an FFT. (4 pages) Experiments Pre-Written Labs Frequency-Selective Circuits Agilent Technologies Faber, Marsh exp6l.pdf Speaker Transfer Function (exp6l) Sweeping a small speaker to find its transfer function. (2 pages) Experiments Pre-Written Labs Instruments Agilent Technologies Faber, Marsh exp6m.pdf Time-Qualified Trigger (exp6m) Clinic: Using the glitch trigger mode of an oscilloscope to detect an unwanted glitch. (2 pages) Experiments Pre-Written Labs Instruments Kansas State University LeBoeuf, Richard exp7.pdf Arbitrary Waveform Generators (exp7) Clinic: Using Agilent BenchLink to generate an arbitrary waveform.(2 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave Milwaukee Area Tech. Coll. Porubsky, Mark exp8.pdf AM Methods (exp8) Use several rf circuits to demonstrate modulation envelope, Heising modulation, trapezoidal waveforms, spectrum analysis. (10 pages) Experiments Pre-Written Labs Miscellaneous Oral Roberts U. (Oklahoma) Joseph, J. exp9.pdf Creating a Student Project (exp9) Faculty Notes: The framework for designing an engineering project. (2 pages) Experiments Pre-Written Labs Digital Electronics Portland Comm. College Owen, Terry C. exp11.pdf Logic Design Project (exp11) 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 FFT and Fourier Analysis Ramapo Coll. of New Jersey Anderson, Phil exp12.pdf Spectrum Analysis & Fourier Series (exp12) Some Fourier Theory; Adding sinusoids to create a square wave; Comparing theoretical and experimental values.(3 pages) Experiments Pre-Written Labs Frequency-Selective Circuits Ramapo Coll. of New Jersey Anderson, Phil exp12.pdf Spectrum Analysis & Fourier Series (exp12) Some Fourier Theory; Adding sinusoids to create a square wave; Comparing theoretical and experimental values.(3 pages) Experiments Pre-Written Labs AC Circuits Rice University Dodds, Stanley A. exp13.pdf Coupled Oscillators (exp13) Coupled RLC circuits. Significant theoretical content. Equating mechanical and electrical systems. (8 pages). Experiments Pre-Written Labs Frequency-Selective Circuits Rice University Dodds, Stanley A. exp13.pdf Coupled Oscillators (exp13) Coupled RLC circuits. Significant theoretical content. Equating mechanical and electrical systems. (8 pages). Experiments Pre-Written Labs DC Circuits Rutgers University Harrington, James A. exp14.pdf Basic Electronics (exp14) CRO's, Lissajous patterns, RC time constant, series & parallel resistors, frequency and pulse width. (10 pages) Experiments Pre-Written Labs Instruments Rutgers University Harrington, James A. exp14.pdf Basic Electronics (exp14) CRO's, Lissajous patterns, RC time constant, series & parallel resistors, frequency and pulse width. (10 pages) Experiments Pre-Written Labs Pulse Circuits Rutgers University Harrington, James A. exp14.pdf Basic Electronics (exp14) CRO's, Lissajous patterns, RC time constant, series & parallel resistors, frequency and pulse width. (10 pages) Experiments Pre-Written Labs Analog Electronics Saddleback College Evancoe, Eugene J. exp15.pdf Active Low- and High-pass Filters (exp15) Analyze a one-op-amp Butterworth filter. Determine if second filter is a Chebyschev or a Bessel filter by measuring frequency response & pulse response. (4 pages) Experiments Pre-Written Labs Frequency-Selective Circuits Saddleback College Evancoe, Eugene J. exp15.pdf Active Low- and High-pass Filters (exp15) Analyze a one-op-amp Butterworth filter. Determine if second filter is a Chebyschev or a Bessel filter by measuring frequency response & pulse response. (4 pages) Experiments Pre-Written Labs AC Circuits University of Arizona Schooley, Larry C. exp16.pdf Coupled Inductors,Transformers (exp16) Use the linear transformer model to describe coupled inductors. Find series resistance, self-inductance, mutual inductance, polarity. (3 pages) Experiments Pre-Written Labs Instruments University of Hartford Banzhaf, Walter exp17a.pdf Hints about Digitizing Scopes (exp17a) Clinic: Setting up the probes, scales and display on the Agilent 54600-series oscilloscopes. (2 pages) Experiments Pre-Written Labs Instruments University of Hartford Banzhaf, Walter exp17b.pdf Familiarization with Agilent 54601B (exp17b) Clinic: Voltage, Time measurements. Sweep settings. Display grid settings. Automatic measurements…all on the Agilent 54600-series oscilloscopes. (6 pages) Experiments Pre-Written Labs Instruments University of Hartford Banzhaf, Walter exp17c.pdf Measuring a Complex Waveform (exp17c) Clinic: Using Trigger Holdoff to trigger on a complex digital waveform. (3 pages) Experiments Pre-Written Labs Instruments University of Hartford Banzhaf, Walter exp17d.pdf Power Supply Turn-On Times (exp17d) Examine turn-on and turn-off transients on an existing lab power supply. (5 pages) Experiments Pre-Written Labs Pulse Circuits University of Hartford Banzhaf, Walter exp17d.pdf Power Supply Turn-On Times (exp17d) Examine turn-on and turn-off transients on an existing lab power supply. (5 pages) Experiments Pre-Written Labs Digital Electronics University of Hartford Banzhaf, Walter exp17e.pdf Contact Bounce Of A Mechanical Switch (exp17e) Show need for a debouncing circuit when using a mechanical switch. Turn-on delay, turn-off delay, bounce. (4 pages) Experiments Pre-Written Labs Pulse Circuits University of Hartford Banzhaf, Walter exp17e.pdf Contact Bounce Of A Mechanical Switch (exp17e) Show need for a debouncing circuit when using a mechanical switch. Turn-on delay, turn-off delay, bounce. (4 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave University of Hartford Banzhaf, Walter exp17f.pdf AM and FM (exp17f) Modulation depth, frequency deviation using signal from arbitrary waveform generator. (5 pages) Experiments Pre-Written Labs Digital Electronics University of Hartford Banzhaf, Walter exp17g.pdf Contact Bounce of a Relay (exp17g) Closure times, delay times for a 2-stage switch circuit. (5 pages) Experiments Pre-Written Labs Pulse Circuits University of Hartford Banzhaf, Walter exp17g.pdf Contact Bounce of a Relay (exp17g) Closure times, delay times for a 2-stage switch circuit. (5 pages) Experiments Pre-Written Labs Analog Electronics University of Hartford Banzhaf, Walter exp17h.pdf Phase-shift Oscillator (exp17h) Analyze an existing RC phase-shift oscillator: Start-up, phase shifts at different parts of the circuit. (3 pages) Experiments Pre-Written Labs Frequency-Selective Circuits University of Hartford Banzhaf, Walter exp17h.pdf Phase-shift Oscillator (exp17h) Analyze an existing RC phase-shift oscillator: Start-up, phase shifts at different parts of the circuit. (3 pages) Experiments Pre-Written Labs DC Circuits University of Hartford Banzhaf, Walter exp17i.pdf Tungsten Lamp Inrush Current (exp17i) Examines nonlinear nature of the I-V characteristic of a tungsten lamp. (4 pages) Experiments Pre-Written Labs Pulse Circuits University of Hartford Banzhaf, Walter exp17i.pdf Tungsten Lamp Inrush Current (exp17i) Examines nonlinear nature of the I-V characteristic of a tungsten lamp. (4 pages) Experiments Pre-Written Labs AC Circuits University of Hartford Banzhaf, Walter exp17j.pdf Power Supply Inrush Current (exp17j) 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 Pulse Circuits University of Hartford Banzhaf, Walter exp17j.pdf Power Supply Inrush Current (exp17j) 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 Analog Electronics University of Hartford Banzhaf, Walter exp17l.pdf Phase-locked Loop (exp17l) Examines PLL circuit built with 565 PLL IC. External reference lock, VCO, ripple on the control voltage. (2 pages) Experiments Pre-Written Labs Frequency-Selective Circuits University of Hartford Banzhaf, Walter exp17l.pdf Phase-locked Loop (exp17l) Examines PLL circuit built with 565 PLL IC. External reference lock, VCO, ripple on the control voltage. (2 pages) Experiments Pre-Written Labs AC Circuits University of Kansas Curry, Robert T. exp18.pdf AC Series Circuits (exp18) RLC circuits. Vectors, phasors. (3 pages) Experiments Pre-Written Labs Instruments University of Mississippi Smith, Charles E. exp19.pdf Data Acquisition (exp19) 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 Physical University of Rhode Island Turtle, Quentin C. exp20.pdf Resolvers (exp20) General comments on compensation of transducers. Transfer function of a resolver. (3 pages) Experiments Pre-Written Labs Instruments University of Denver Getty, John exp21.pdf Measuring with Analog MM's (exp21) 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 DC Circuits University of Denver Getty, John exp22.pdf Voltage & Current Division (exp22) Simple series & parallel circuit: design within cost constraints. Explain measurement errors. (3 pages) Experiments Pre-Written Labs DC Circuits University of Denver Getty, John exp23.pdf Proportionality and Superposition (exp23) Verify proportionality and superposition theorems using simple resistor networks. (3 pages) Experiments Pre-Written Labs DC Circuits University of Denver Getty, John exp24.pdf Thevenin's Theorem &Interfaces (exp24) Design Thevenin equivalent circuits to match source with load. Design a circuit for maximum power transfer. (3 pages) Experiments Pre-Written Labs Analog Electronics University of Denver Getty, John exp25.pdf Introduction to the Transistor (exp25) Construct a single-transistor dc circuit. Measure transfer characteristics, beta. Active, cutoff and saturated modes. (4 pages) Experiments Pre-Written Labs Analog Electronics University of Denver Getty, John exp26.pdf Introduction to the Op Amp (exp26) Construct inverting and non-inverting op amp circuits. Saturated and active regions. Error calculation. (5 pages) Experiments Pre-Written Labs Analog Electronics University of Denver Getty, John exp27.pdf Circuit Loading & the Op Amp (exp27) Loading effects of an analog multimeter on an op amp circuit. (3 pages) Experiments Pre-Written Labs Instruments University of Denver Getty, John exp27.pdf Circuit Loading & the Op Amp (exp27) Loading effects of an analog multimeter on an op amp circuit. (3 pages) Experiments Pre-Written Labs Analog Electronics University of Denver Getty, John exp28.pdf Applications of the Op Amp (exp28) Construct an R-2R ladder, buffer amplifier, flash A/D-- all within constraints. Compute errors. (4 pages) Experiments Pre-Written Labs Analog Electronics University of Denver Getty, John exp29.pdf Op Amp Interface Circuits (exp29) 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 Pulse Circuits University of Denver Getty, John exp31.pdf Exponential Waveforms (exp31) Solve for time constant of RC circuit, using Spice simulation and real measurement. Compare. Define sources of error. (4 pages) Experiments Pre-Written Labs AC Circuits University of Denver Getty, John exp32.pdf Step Response Analysis (exp32) Measure RLC circuit step response. How do component values affect values in the step response equation? (Theory included.) (5 pages) Experiments Pre-Written Labs Pulse Circuits University of Denver Getty, John exp32.pdf Step Response Analysis (exp32) Measure RLC circuit step response. How do component values affect values in the step response equation? (Theory included.) (5 pages) Experiments Pre-Written Labs Pulse Circuits University of Denver Getty, John exp33.pdf Step Response Design (exp33) Given template overlay for oscilloscope, design a circuit with step response to fit the template. (3 pages) Experiments Pre-Written Labs Pulse Circuits University of Denver Getty, John exp34.pdf Transfer Functions (exp34) 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 Analog Electronics University of Denver Getty, John exp35.pdf First-Order Filters (exp35) Design high-pass and low-pass one op-amp filter to match specs. (3 pages) Experiments Pre-Written Labs Frequency-Selective Circuits University of Denver Getty, John exp35.pdf First-Order Filters (exp35) Design high-pass and low-pass one op-amp filter to match specs. (3 pages) Experiments Pre-Written Labs AC Circuits University of Denver Getty, John exp36.pdf Impedance (exp36) Use ammeter & voltmeter to find impedance of R, L and C. (3 pages) Experiments Pre-Written Labs AC Circuits University of Denver Getty, John exp37.pdf Sinusoidal Steady State (exp37) Bode plots of RLC network. Find resonant frequency. Lead and lag. (3 pages) Experiments Pre-Written Labs AC Circuits University of Denver Getty, John exp38.pdf AC Power Analysis and Design (exp38) Complex power, phasor analysis, power factor correction, maximum power transfer of RL or RC circuits. (3 pages) Experiments Pre-Written Labs Frequency-Selective Circuits University of Denver Getty, John exp39.pdf Multiple-Pole Filters (exp39) 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 FFT and Fourier Analysis University of Denver Getty, John exp40.pdf Fourier Series (exp40) Design a Hi-Q filter. Use it to find frequency components of a square wave. (4 pages) Experiments Pre-Written Labs Frequency-Selective Circuits University of Denver Getty, John exp40.pdf Fourier Series (exp40) Design a Hi-Q filter. Use it to find frequency components of a square wave. (4 pages) Experiments Pre-Written Labs AC Circuits Hong Kong Tech. College Hung, Lee Koon exp50a.pdf Amplitude Modulation & Detection (exp50a) Envelope detector circuit demodulates waveform. Sketch waveforms for different values of modulation index. (3 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave Hong Kong Tech. College Hung, Lee Koon exp50a.pdf Amplitude Modulation & Detection (exp50a) Envelope detector circuit demodulates waveform. Sketch waveforms for different values of modulation index. (3 pages) Experiments Pre-Written Labs Instruments Agilent Technologies Faber, Marsh exp51a.pdf Math on an Oscilloscope, Part I (exp51a) Demonstrate integration, differentiation and FFT in real time. (6 pages) Experiments Pre-Written Labs AC Circuits Agilent Technologies Faber, Marsh exp51a.pdf Math on an Oscilloscope, Part I (exp51a) Demonstrate integration, differentiation and FFT in real time. (6 pages) Experiments Pre-Written Labs FFT and Fourier Analysis Agilent Technologies Faber, Marsh exp51a.pdf Math on an Oscilloscope, Part I (exp51a) Demonstrate integration, differentiation and FFT in real time. (6 pages) Experiments Pre-Written Labs Instruments Agilent Technologies Faber, Marsh exp51b.pdf Math on an Oscilloscope, Part II (exp51b) Classroom example to show FFT of sinusoids, square waves, pulse trains (4 pages) Experiments Pre-Written Labs AC Circuits Agilent Technologies Faber, Marsh exp51b.pdf Math on an Oscilloscope, Part II (exp51b) Classroom example to show FFT of sinusoids, square waves, pulse trains (4 pages) Experiments Pre-Written Labs FFT and Fourier Analysis Agilent Technologies Faber, Marsh exp51b.pdf Math on an Oscilloscope, Part II (exp51b) Classroom example to show FFT of sinusoids, square waves, pulse trains (4 pages) Experiments Pre-Written Labs Instruments Agilent Technologies Faber, Marsh exp51c.pdf Math on an Oscilloscope, Part III (exp51c) Hanning window vs. rectangular window for FFT's, leakage. (3 pages) Experiments Pre-Written Labs AC Circuits Agilent Technologies Faber, Marsh exp51c.pdf Math on an Oscilloscope, Part III (exp51c) Hanning window vs. rectangular window for FFT's, leakage. (3 pages) Experiments Pre-Written Labs FFT and Fourier Analysis Agilent Technologies Faber, Marsh exp51c.pdf Math on an Oscilloscope, Part III (exp51c) Hanning window vs. rectangular window for FFT's, leakage. (3 pages) Experiments Pre-Written Labs Instruments Agilent Technologies Faber, Marsh exp51d.pdf The Brilliant Light Bulb (exp51d) Visual lesson in RMS power, arbitrary waveform generation, nonlinear elements, modulation, source impedance. (8 pages) Experiments Pre-Written Labs AC Circuits Agilent Technologies Faber, Marsh exp51d.pdf The Brilliant Light Bulb (exp51d) Visual lesson in RMS power, arbitrary waveform generation, nonlinear elements, modulation, source impedance. (8 pages) Experiments Pre-Written Labs DC Circuits Agilent Technologies Faber, Marsh exp51e.pdf Switching, Thermals & Other Topics (exp51e) Engineering considerations of switch design: delay, thermals, arcing, stress relief, bounce. (8 pages) Experiments Pre-Written Labs Physical Agilent Technologies Faber, Marsh exp51e.pdf Switching, Thermals & Other Topics (exp51e) Engineering considerations of switch design: delay, thermals, arcing, stress relief, bounce. (8 pages) Experiments Pre-Written Labs AC Circuits I.T.I.S. E. Fermi Neve, A.C. exp52.pdf Automated Frequency Response (exp52) GPIB tutorial, Agilent VEE flow diagram, transfer function measurement. (6 pages) Experiments Pre-Written Labs Agilent VEE I.T.I.S. E. Fermi Neve, A.C. exp52.pdf Automated Frequency Response (exp52) GPIB tutorial, Agilent VEE flow diagram, transfer function measurement. (6 pages) Experiments Pre-Written Labs Miscellaneous I.T.I.S. E. Fermi Neve, A.C. exp52.pdf Automated Frequency Response (exp52) GPIB tutorial, Agilent VEE flow diagram, transfer function measurement. (6 pages) Experiments Pre-Written Labs Instruments Agilent Technologies Witte, Robert exp53a.pdf Fourier Theory (exp53a) Tutorial: Fourier theory, FFT's, sampling, aliasing, anti-alias filters, windowing, selecting a window, leakage. (10 pages) Experiments Pre-Written Labs AC Circuits Agilent Technologies Witte, Robert exp53a.pdf Fourier Theory (exp53a) Tutorial: Fourier theory, FFT's, sampling, aliasing, anti-alias filters, windowing, selecting a window, leakage. (10 pages) Experiments Pre-Written Labs FFT and Fourier Analysis Agilent Technologies Witte, Robert exp53a.pdf Fourier Theory (exp53a) Tutorial: Fourier theory, FFT's, sampling, aliasing, anti-alias filters, windowing, selecting a window, leakage. (10 pages) Experiments Pre-Written Labs Instruments Agilent Technologies Witte, Robert exp53b.pdf Fourier Practice (exp53b) FFT of sinusoid, color burst signal, two-tone signal. Sample rate, bandwidth considerations. (8 pages) Experiments Pre-Written Labs AC Circuits Agilent Technologies Witte, Robert exp53b.pdf Fourier Practice (exp53b) FFT of sinusoid, color burst signal, two-tone signal. Sample rate, bandwidth considerations. (8 pages) Experiments Pre-Written Labs FFT and Fourier Analysis Agilent Technologies Witte, Robert exp53b.pdf Fourier Practice (exp53b) FFT of sinusoid, color burst signal, two-tone signal. Sample rate, bandwidth considerations. (8 pages) Experiments Pre-Written Labs AC Circuits Colorado State University Thompson, Michael W. exp54a.pdf FFT Lab for the Agilent 54600 (exp54a) Tutorial: Sampling theory, DFT, windowing. (6 pages) Experiments Pre-Written Labs FFT and Fourier Analysis Colorado State University Thompson, Michael W. exp54a.pdf FFT Lab for the Agilent 54601 (exp54a) Tutorial: Sampling theory, DFT, windowing. (6 pages) Experiments Pre-Written Labs Instruments Colorado State University Thompson, Michael W. exp54b.pdf FFT Lab 1: Sampling (exp54b) FFT Effective sample rate, frequency resolution, spectral leakage. Theory included. (5 pages) Experiments Pre-Written Labs FFT and Fourier Analysis Colorado State University Thompson, Michael W. exp54b.pdf FFT Lab 1: Sampling (exp54b) FFT Effective sample rate, frequency resolution, spectral leakage. Theory included. (5 pages) Experiments Pre-Written Labs Instruments Colorado State University Thompson, Michael W. exp54c.pdf FFT Lab 2: Effective Sample Rate (exp54c) Effective sampling rate vs. Nyquist rate. Zero padding technique. Theory included. (4 pages) Experiments Pre-Written Labs FFT and Fourier Analysis Colorado State University Thompson, Michael W. exp54c.pdf FFT Lab 2: Effective Sample Rate (exp54c) Effective sampling rate vs. Nyquist rate. Zero padding technique. Theory included. (4 pages) Experiments Pre-Written Labs Instruments Colorado State University Thompson, Michael W. exp54d.pdf FFT Lab 3: Spectral Content (exp54d) Spectral content: sine wave, square wave. Theory included. (4 pages) Experiments Pre-Written Labs FFT and Fourier Analysis Colorado State University Thompson, Michael W. exp54d.pdf FFT Lab 3: Spectral Content (exp54d) Spectral content: sine wave, square wave. Theory included. (4 pages) Experiments Pre-Written Labs Instruments Colorado State University Thompson, Michael W. exp54e.pdf FFT Lab 4: Sum of Sines (exp54e) FFT of a sum of sinusoids. Effect of hi-frequency component on resolution. (4 pages) Experiments Pre-Written Labs FFT and Fourier Analysis Colorado State University Thompson, Michael W. exp54e.pdf FFT Lab 4: Sum of Sines (exp54e) FFT of a sum of sinusoids. Effect of hi-frequency component on resolution. (4 pages) Experiments Pre-Written Labs Instruments Colorado State University Thompson, Michael W. exp54f.pdf FFT Lab 5: Choosing the Window (exp54f) FFT: Resolving closely spaced components, visual averaging, choosing the proper window, computing RMS. (4 pages) Experiments Pre-Written Labs FFT and Fourier Analysis Colorado State University Thompson, Michael W. exp54f.pdf FFT Lab 5: Choosing the Window (exp54f) FFT: Resolving closely spaced components, visual averaging, choosing the proper window, computing RMS. (4 pages) Experiments Pre-Written Labs Instruments Carnegie Mellon University Stancil, Daniel D. exp55a.pdf Intro to Instrumentation (exp55a) Bode plots with a dmm, diode IV curve with an oscilloscope. (5 pages) Experiments Pre-Written Labs AC Circuits Carnegie Mellon University Stancil, Daniel D. exp55a.pdf Intro to Instrumentation (exp55a) Bode plots with a dmm, diode IV curve with an oscilloscope. (5 pages) Experiments Pre-Written Labs Agilent VEE Carnegie Mellon University Stancil, Daniel D. exp55a.pdf Intro to Instrumentation (exp55a) Bode plots with a dmm, diode IV curve with an oscilloscope. (5 pages) Experiments Pre-Written Labs Instruments Carnegie Mellon University Stancil, Daniel D. exp55b.pdf Agilent VEE & Timbuktu (exp55b) Agilent VEE introduction; remote control of Agilent VEE to do Bode plots. (5 pages plus VEE file) Experiments Pre-Written Labs AC Circuits Carnegie Mellon University Stancil, Daniel D. exp55b.pdf Agilent VEE & Timbuktu (exp55b) Agilent VEE introduction; remote control of Agilent VEE to do Bode plots. (5 pages plus VEE file) Experiments Pre-Written Labs Agilent VEE Carnegie Mellon University Stancil, Daniel D. exp55b.pdf Agilent VEE & Timbuktu (exp55b) Agilent VEE introduction; remote control of Agilent VEE to do Bode plots. (5 pages plus VEE file) Experiments Pre-Written Labs Agilent VEE Carnegie Mellon University Stancil, Daniel D. exp55c.pdf Direct I/O Communication (exp55c) Using Agilent VEE to control the oscilloscope; phase measurements. (6 pages plus VEE file) Experiments Pre-Written Labs AC Circuits Carnegie Mellon University Stancil, Daniel D. exp55c.pdf Direct I/O Communication (exp55c) Using Agilent VEE to control the oscilloscope; phase measurements. (6 pages plus VEE file) Experiments Pre-Written Labs Instruments Carnegie Mellon University Stancil, Daniel D. exp55d.pdf Handling & Displaying Data (exp55d) Storing Agilent VEE data to a file, cleaning up the screen, optimizing system speed. (3 pages plus VEE file.) Experiments Pre-Written Labs Instruments Carnegie Mellon University Stancil, Daniel D. exp55e.pdf Capture That Waveform! (exp55e) Create an Agilent VEE object to control the function generator and capture a waveform. (3 pages plus VEE file) Experiments Pre-Written Labs AC Circuits Carnegie Mellon University Stancil, Daniel D. exp55e.pdf Capture That Waveform! (exp55e) Create an Agilent VEE object to control the function generator and capture a waveform. (3 pages plus VEE file) Experiments Pre-Written Labs Agilent VEE Carnegie Mellon University Stancil, Daniel D. exp55e.pdf Capture That Waveform! (exp55e) Create an Agilent VEE object to control the function generator and capture a waveform. (3 pages plus VEE file) Experiments Pre-Written Labs AC Circuits Carnegie Mellon University Stancil, Daniel D. exp55f.pdf Magnitudes, Phases Everywhere! (exp55f) 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 Frequency-Selective Circuits Carnegie Mellon University Stancil, Daniel D. exp55f.pdf Magnitudes, Phases Everywhere! (exp55f) 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 Agilent VEE Carnegie Mellon University Stancil, Daniel D. exp55f.pdf Magnitudes, Phases Everywhere! (exp55f) 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 DC Circuits Carnegie Mellon University Stancil, Daniel D. exp55g.pdf Martian Rescue (exp55g) 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 Agilent VEE Carnegie Mellon University Stancil, Daniel D. exp55g.pdf Martian Rescue (exp55g) 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 AC Circuits Carnegie Mellon University Stancil, Daniel D. exp55h.pdf The Black Box and a Virtual Instrument (exp55h) Design a virtual instrument to test a remote filter against know specs. (4 pages, plus VEE file.) Experiments Pre-Written Labs Agilent VEE Carnegie Mellon University Stancil, Daniel D. exp55h.pdf The Black Box and a Virtual Instrument (exp55h) Design a virtual instrument to test a remote filter against know specs. (4 pages, plus VEE file.) Experiments Pre-Written Labs Physical Rowan University Marchese et al., Anthony J. exp56.pdf Thermodynamics of Coffee Makers (exp56) Thermodynamics of a coffee maker. Measure control circuit. Theory included. (4 pages) Experiments Pre-Written Labs Agilent VEE Boston University Wasserman, Moe exp60.pdf Using Agilent VEE (exp60) Agilent VEE tutorial: Instrument drivers, sequencing, math functions, direct I/O. (9 pages) Experiments Pre-Written Labs Software Boston University Wasserman, Moe exp60.pdf Using Agilent VEE (exp60) Agilent VEE tutorial: Instrument drivers, sequencing, math functions, direct I/O. (9 pages) Experiments Pre-Written Labs DC Circuits Boston University Wasserman, Moe exp61.pdf The Linear Resistor & Ohm's Law (exp61) Using Agilent VEE to measure a resistor remotely, with scope and function generator. (5 pages) Experiments Pre-Written Labs Agilent VEE Boston University Wasserman, Moe exp61.pdf The Linear Resistor & Ohm's Law (exp61) Using Agilent VEE to measure a resistor remotely, with scope and function generator. (5 pages) Experiments Pre-Written Labs Analog Electronics Boston University Wasserman, Moe exp61a.pdf Feedback Amplifiers Using OP AMPS (exp61a) Design inverting amplifier and differential amplifier. Measure dc gain, linear range using Agilent VEE. (5 pages) Experiments Pre-Written Labs DC Circuits Boston University Wasserman, Moe exp61a.pdf Feedback Amplifiers Using OP AMPS (exp61a) Design inverting amplifier and differential amplifier. Measure dc gain, linear range using Agilent VEE. (5 pages) Experiments Pre-Written Labs Agilent VEE Boston University Wasserman, Moe exp61a.pdf Feedback Amplifiers Using OP AMPS (exp61a) Design inverting amplifier and differential amplifier. Measure dc gain, linear range using Agilent VEE. (5 pages) Experiments Pre-Written Labs Frequency-Selective Circuits Boston University Wasserman, Moe exp61b.pdf Frequency Response (exp61b) Do Bode plot of RC low pass filter using Agilent VEE. (4 pages) Experiments Pre-Written Labs Agilent VEE Boston University Wasserman, Moe exp61b.pdf Frequency Response (exp61b) Do Bode plot of RC low pass filter using Agilent VEE. (4 pages) Experiments Pre-Written Labs Analog Electronics Boston University Wasserman, Moe exp62.pdf Electronics SC410 & SC412, Agilent VEE Supplement to the Lab Manual (exp62) Introduction to Boston University Labs using Agilent VEE. (2 pages) Experiments Pre-Written Labs Agilent VEE Boston University Wasserman, Moe exp62.pdf Electronics SC410 & SC412, Agilent VEE Supplement to the Lab Manual (exp62) Introduction to Boston University Labs using Agilent VEE. (2 pages) Experiments Pre-Written Labs Analog Electronics Boston University Wasserman, Moe exp62a.pdf I-V Characteristic of Semiconductor Diodes (exp62a) I-V characteristics of diodes and zener diodes. Theory included. Uses Agilent VEE. (4 pages) Experiments Pre-Written Labs Agilent VEE Boston University Wasserman, Moe exp62a.pdf I-V Characteristic of Semiconductor Diodes (exp62a) I-V characteristics of diodes and zener diodes. Theory included. Uses Agilent VEE. (4 pages) Experiments Pre-Written Labs Analog Electronics Boston University Wasserman, Moe exp62b.pdf Diode Voltage Limiters (exp62b) Resistor-diode circuit. Shows how diode can limit or regulate output voltage. Agilent VEE instructions. (3 pages) Experiments Pre-Written Labs Agilent VEE Boston University Wasserman, Moe exp62b.pdf Diode Voltage Limiters (exp62b) Resistor-diode circuit. Shows how diode can limit or regulate output voltage. Agilent VEE instructions. (3 pages) Experiments Pre-Written Labs Analog Electronics Boston University Wasserman, Moe exp62c.pdf Small-Signal Behavior of the pn-Junction Diode (exp62c) Diode biased in linear region. Signal applied. Agilent VEE instructions. (4 pages) Experiments Pre-Written Labs Agilent VEE Boston University Wasserman, Moe exp62c.pdf Small-Signal Behavior of the pn-Junction Diode (exp62c) Diode biased in linear region. Signal applied. Agilent VEE instructions. (4 pages) Experiments Pre-Written Labs Analog Electronics Boston University Wasserman, Moe exp62d.pdf Transistor Curve Tracer (exp62d) 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 Agilent VEE Boston University Wasserman, Moe exp62d.pdf Transistor Curve Tracer (exp62d) 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 Analog Electronics Boston University Wasserman, Moe exp62e.pdf Mosfet Parameters (exp62e) Measure threshold v, scale factor and substrate coefficient of a MOSFET. VEE instructions. (3 pages) Experiments Pre-Written Labs Agilent VEE Boston University Wasserman, Moe exp62e.pdf Mosfet Parameters (exp62e) Measure threshold v, scale factor and substrate coefficient of a MOSFET. VEE instructions. (3 pages) Experiments Pre-Written Labs Analog Electronics Boston University Wasserman, Moe exp62f.pdf Transistor Inverters (exp62f) Measure voltage gain of BJT and MOSFET, find linear range. Agilent VEE instructions. (3 pages) Experiments Pre-Written Labs Agilent VEE Boston University Wasserman, Moe exp62f.pdf Transistor Inverters (exp62f) Measure voltage gain of BJT and MOSFET, find linear range. Agilent VEE instructions. (3 pages) Experiments Pre-Written Labs Analog Electronics Boston University Wasserman, Moe exp62g.pdf Mosfet Transconductance (exp62g) 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 Agilent VEE Boston University Wasserman, Moe exp62g.pdf Mosfet Transconductance (exp62g) 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 Analog Electronics Boston University Wasserman, Moe exp62h.pdf Frequency Response (exp62h) Make automatic measurements of a common-emitter BJT amplifier. Agilent VEE instructions. (3 pages) Experiments Pre-Written Labs Agilent VEE Boston University Wasserman, Moe exp62h.pdf Frequency Response (exp62h) Make automatic measurements of a common-emitter BJT amplifier. Agilent VEE instructions. (3 pages) Experiments Pre-Written Labs Analog Electronics Boston University Wasserman, Moe exp62i.pdf Feedback Amplifiers Using Op Amps (exp62i) Make automatic measurements of a non-inverting op amp circuit and a differential amplifier. Agilent VEE instructions. (3 pages) Experiments Pre-Written Labs Agilent VEE Boston University Wasserman, Moe exp62i.pdf Feedback Amplifiers Using Op Amps (exp62i) Make automatic measurements of a non-inverting op amp circuit and a differential amplifier. Agilent VEE instructions. (3 pages) Experiments Pre-Written Labs Analog Electronics Boston University Wasserman, Moe exp62j.pdf Schmitt Trigger - I (exp62j) Explores hysteresis in an op-amp Schmitt Trigger circuit. Agilent VEE instructions. (3 pages) Experiments Pre-Written Labs Agilent VEE Boston University Wasserman, Moe exp62j.pdf Schmitt Trigger - I (exp62j) Explores hysteresis in an op-amp Schmitt Trigger circuit. Agilent VEE instructions. (3 pages) Experiments Pre-Written Labs Analog Electronics Boston University Wasserman, Moe exp62k.pdf Schmitt Trigger - II (exp62k) 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 Agilent VEE Boston University Wasserman, Moe exp62k.pdf Schmitt Trigger - II (exp62k) 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 Agilent VEE Boston University Ruane, Michael exp63.pdf Instrumentation Lab with Radio-Controlled Cars (exp63) Racing to Understanding: Instrumentation lab with radio-controlled cars. Agilent VEE instructions (9 pages) Experiments Pre-Written Labs Physical Boston University Ruane, Michael exp63.pdf Instrumentation Lab with Radio-Controlled Cars (exp63) Racing to Understanding: Instrumentation lab with radio-controlled cars. Agilent VEE instructions (9 pages) Experiments Pre-Written Labs AC Circuits Tech University of Budapest Papay, Zsolt exp65.pdf Experiments In Gaussian White-noise generation (exp65) Simulate signal plus noise with MATHCAD, then import into BENCHLINK and measure on scope with FFT module. (5 pages). Experiments Pre-Written Labs AC Circuits Tech University of Budapest Papay, Zsolt exp65a.pdf Mathcad and Agilent BenchLink Generate Mutlisine Test Functions (exp65a) Create a comb generator with BENCHLINK and function generator, to see DUT response over full bandwidth. (4 pages) Experiments Pre-Written Labs Instruments Tech University of Budapest Papay, Zsolt exp66.pdf Random Decimation in Anti-Aliasing (exp66) Statistical description of dithering, aliasing. Theory included. Shows that dithering doesn't work with FFT process. (5 pages) Experiments Pre-Written Labs Frequency-Selective Circuits Tech University of Budapest Papay, Zsolt exp66.pdf Random Decimation in Anti-Aliasing (exp66) Statistical description of dithering, aliasing. Theory included. Shows that dithering doesn't work with FFT process. (5 pages) Experiments Pre-Written Labs Instruments Duke University Ybarra, G. A. & Cramer, C. E. exp70_intro.pdf Orientation (exp70_intro) Ideal vs. practical lab equipment. Proper load Resistance. Input Z errors. Tolerances. (13 pages) Experiments Pre-Written Labs Instruments Duke University Ybarra, G. A. & Cramer, C. E. exp70.pdf Instrument Operation & Basic Measurements (exp70) 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 DC Circuits Duke University Ybarra, G. A. & Cramer, C. E. exp70a.pdf Kirchhoff's Laws and Basic Instrumentations (exp70a) Using a breadboard. Voltage division. Current division. Impedance errors. (6 pages) Experiments Pre-Written Labs DC Circuits Duke University Ybarra, G. A. & Cramer, C. E. exp70b.pdf Thevenin Equivalent Circuits (exp70b) Build 2 Thevenin equivalent circuits. Thevenin equivalent of a bridge. Pspice code included. Thevenin vs. Norton. (5 pages) Experiments Pre-Written Labs Analog Electronics Duke University Ybarra, G. A. & Cramer, C. E. exp70c.pdf Operational Amplifiers (exp70c) 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 Physical Duke University Ybarra, G. A. & Cramer, C. E. exp70d.pdf Exploring the Servomotor Controller Circuit (exp70d) 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. (8 pages) Experiments Pre-Written Labs Frequency-Selective Circuits Duke University Ybarra, G. A. & Cramer, C. E. exp70e.pdf Assembly of the Transmitter and Receiver Circuits (exp70e) 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 RF, Microwave & Lightwave Duke University Ybarra, G. A. & Cramer, C. E. exp70e.pdf Assembly of the Transmitter and Receiver Circuits (exp70e) 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 Frequency-Selective Circuits Duke University Ybarra, G. A. & Cramer, C. E. exp70f.pdf Testing the Transmitter-Receiver System (exp70f) Diode theory. Test the transmitter & receiver circuits. Find gain needed to drive the servo. (6 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave Duke University Ybarra, G. A. & Cramer, C. E. exp70f.pdf Testing the Transmitter-Receiver System (exp70f) Diode theory. Test the transmitter & receiver circuits. Find gain needed to drive the servo. (6 pages) Experiments Pre-Written Labs Frequency-Selective Circuits Duke University Ybarra, G. A. & Cramer, C. E. exp70g.pdf System Integration and Testing (exp70g) Ground Fault Interrupter demonstration. How to combine and test the whole transmitter/receiver system. (3 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave Duke University Ybarra, G. A. & Cramer, C. E. exp70g.pdf System Integration and Testing (exp70g) Ground Fault Interrupter demonstration. How to combine and test the whole transmitter/receiver system. (3 pages) Experiments Pre-Written Labs Frequency-Selective Circuits Duke University Ybarra, G. A. & Cramer, C. E. exp70h.pdf Frequency Response of Filter Circuits (exp70h) Frequency response of RC low-pass and RLC bandpass filters using Labview. Theory included. (10 pages) Experiments Pre-Written Labs Instruments University of Michigan Rebeiz, Gabriel M. exp72.pdf Electrical Engineering I - Lab Manual (exp72) Faculty notes & student instructions: Lab safety & collaboration policy, How to write lab reports, Instrument operation. Experiments Pre-Written Labs Miscellaneous University of Michigan Rebeiz, Gabriel M. exp72.pdf Electrical Engineering I - Lab Manual (exp72) Faculty notes & student instructions: Lab safety & collaboration policy, How to write lab reports, Instrument operation. Experiments Pre-Written Labs DC Circuits University of Michigan Rebeiz, Gabriel M. exp72a.pdf Voltage Dividers,DC & AC Signals,Time Frequency Domains (exp72a) Kirchhoff's Voltage & Current laws. Oscilloscope lesson on Agilent 54600B. (10 pages) Experiments Pre-Written Labs DC Circuits University of Michigan Rebeiz, Gabriel M. exp72b.pdf Batteries, Telephone Systems & Dialing Tones (exp72b) Telephone dial pad, current loop, battery resistance, frequency domain, harmonics, intermodulation products. (7 pages) Experiments Pre-Written Labs Analog Electronics University of Michigan Rebeiz, Gabriel M. exp72c.pdf Audio Amplifier Frequency Response,Distortion & Clipping (exp72c) Ideal & non-ideal amplifiers. Bandwidth,distortion, saturation, short-circuit I, Input I, offset V. Measure for LM380. Theory included. (14 pages) Experiments Pre-Written Labs Analog Electronics University of Michigan Rebeiz, Gabriel M. exp72d.pdf Differential Amplifiers;Differential Temperature Sensor (exp72d) Differential amplifiers: Input bias currents, offset voltages, CMRR, Input R, noise vs. single-ended amps. LM741 experiments plus thermocouple measurements. (19 pages) Experiments Pre-Written Labs Physical University of Michigan Rebeiz, Gabriel M. exp72d.pdf Differential Amplifiers;Differential Temperature Sensor (exp72d) Differential amplifiers: Input bias currents, offset voltages, CMRR, Input R, noise vs. single-ended amps. LM741 experiments plus thermocouple measurements. (19 pages) Experiments Pre-Written Labs Analog Electronics University of Michigan Rebeiz, Gabriel M. exp72e.pdf Variable Gain Amplifiers;Summers;Intermodulation Products (exp72e) Variable gain amps & summers, harmonics of nonlinear amplifiers. (7 pages) Experiments Pre-Written Labs Analog Electronics University of Michigan Rebeiz, Gabriel M. exp72f.pdf Audio Tone Control Amplifier (exp72f) Build treble-control amplifier & bass-control amplifier. Use MATLAB for predictions. Assemble & test complete audio system with CD player or microphone. (13 pages) Experiments Pre-Written Labs Frequency-Selective Circuits University of Michigan Rebeiz, Gabriel M. exp72f.pdf Audio Tone Control Amplifier (exp72f) Build treble-control amplifier & bass-control amplifier. Use MATLAB for predictions. Assemble & test complete audio system with CD player or microphone. (13 pages) Experiments Pre-Written Labs Instruments University of Michigan Rebeiz, Gabriel M. exp73.pdf Electrical Engineering II, Lab Manual (exp73) Faculty notes & student instructions for Junior lab: Lab safety, Grading and collaboration policies, How to write lab reports, Instrument operation. Experiments Pre-Written Labs Frequency-Selective Circuits University of Michigan Rebeiz, Gabriel M. exp73.pdf Electrical Engineering II, Lab Manual (exp73) Faculty notes & student instructions for Junior lab: Lab safety, Grading and collaboration policies, How to write lab reports, Instrument operation. Experiments Pre-Written Labs RF, Microwave & Lightwave University of Michigan Rebeiz, Gabriel M. exp73.pdf Electrical Engineering II, Lab Manual (exp73) Faculty notes & student instructions for Junior lab: Lab safety, Grading and collaboration policies, How to write lab reports, Instrument operation. Experiments Pre-Written Labs Frequency-Selective Circuits University of Michigan Rebeiz, Gabriel M. exp73a.pdf Pre-Lab, Filters and Low-Pass Filters (exp73a) Tutorial: Butterworth, Chebyschev, Elliptical filters. Ringing & time delays in digital circuits. Bode plots. Q. Theory. (10 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave University of Michigan Rebeiz, Gabriel M. exp73a.pdf Pre-Lab, Filters and Low-Pass Filters (exp73a) Tutorial: Butterworth, Chebyschev, Elliptical filters. Ringing & time delays in digital circuits. Bode plots. Q. Theory. (10 pages) Experiments Pre-Written Labs Frequency-Selective Circuits University of Michigan Rebeiz, Gabriel M. exp73b.pdf Low-Pass Filter; Step Response vs. Q (exp73b) Theory included. Low-pass and hi-pass active filters: build and analyze with MATLAB. Phase delay, transfer function, Q, overshoot. (10 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave University of Michigan Rebeiz, Gabriel M. exp73b.pdf Low-Pass Filter; Step Response vs. Q (exp73b) Theory included. Low-pass and hi-pass active filters: build and analyze with MATLAB. Phase delay, transfer function, Q, overshoot. (10 pages) Experiments Pre-Written Labs Frequency-Selective Circuits University of Michigan Rebeiz, Gabriel M. exp73c.pdf Pre-Lab,Frequency Shift Keying & Digital Communications (exp73c) Theory only: PSK introduction, VCO, bandpass filters, square-law detector, matched filters, bit-error rate, PLL,Q. (9 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave University of Michigan Rebeiz, Gabriel M. exp73c.pdf Pre-Lab,Frequency Shift Keying & Digital Communications (exp73c) Theory only: PSK introduction, VCO, bandpass filters, square-law detector, matched filters, bit-error rate, PLL,Q. (9 pages) Experiments Pre-Written Labs Frequency-Selective Circuits University of Michigan Rebeiz, Gabriel M. exp73d.pdf Active Bandpass Filters; Frequency Shift Keying Communications (exp73d) 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. (8 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave University of Michigan Rebeiz, Gabriel M. exp73d.pdf Active Bandpass Filters; Frequency Shift Keying Communications (exp73d) 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. (8 pages) Experiments Pre-Written Labs Frequency-Selective Circuits University of Michigan Rebeiz, Gabriel M. exp73e.pdf Pre-Lab, Power Supplies & Linear Regulators (exp73e) Theory only: Power supplies. Rectifiers, feedback control, variable tap, linear regulator, multiple outputs, switching supplies, diode bridges. (6 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave University of Michigan Rebeiz, Gabriel M. exp73e.pdf Pre-Lab, Power Supplies & Linear Regulators (exp73e) Theory only: Power supplies. Rectifiers, feedback control, variable tap, linear regulator, multiple outputs, switching supplies, diode bridges. (6 pages) Experiments Pre-Written Labs Frequency-Selective Circuits University of Michigan Rebeiz, Gabriel M. exp73f.pdf Diodes & Bridge Rectifiers (exp73f) Build full-wave, half-wave bridges. Measure ripple frequency, Vpeak, etc. Plot capacitor current. Design for high efficiency. (5 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave University of Michigan Rebeiz, Gabriel M. exp73f.pdf Diodes & Bridge Rectifiers (exp73f) Build full-wave, half-wave bridges. Measure ripple frequency, Vpeak, etc. Plot capacitor current. Design for high efficiency. (5 pages) Experiments Pre-Written Labs Frequency-Selective Circuits University of Michigan Rebeiz, Gabriel M. exp73g.pdf Linear & Non-Linear Systems (exp73g) Theory only: Nonlinear elements. AM, Envelope and Square-Law detectors. Diode theory. (12 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave University of Michigan Rebeiz, Gabriel M. exp73g.pdf Linear & Non-Linear Systems (exp73g) Theory only: Nonlinear elements. AM, Envelope and Square-Law detectors. Diode theory. (12 pages) Experiments Pre-Written Labs Frequency-Selective Circuits University of Michigan Rebeiz, Gabriel M. exp73h.pdf Diodes Measurements, Modulation, Envelope & Detectors (exp73h) Measure diode I-V curve. Build diode detector; demodulate AM. Find diode resistance, ac current, ac voltage. Find linear,nonlinear regions. (8 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave University of Michigan Rebeiz, Gabriel M. exp73h.pdf Diodes Measurements, Modulation, Envelope & Detectors (exp73h) Measure diode I-V curve. Build diode detector; demodulate AM. Find diode resistance, ac current, ac voltage. Find linear,nonlinear regions. (8 pages) Experiments Pre-Written Labs Frequency-Selective Circuits University of Michigan Rebeiz, Gabriel M. exp73i.pdf Pre-Lab, LEDs & Phototransistors, Digital Optical Commincations (exp73i) Theory only: LED characteristics, phototransistors, optical communication. (7 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave University of Michigan Rebeiz, Gabriel M. exp73i.pdf Pre-Lab, LEDs & Phototransistors, Digital Optical Commincations (exp73i) Theory only: LED characteristics, phototransistors, optical communication. (7 pages) Experiments Pre-Written Labs Frequency-Selective Circuits University of Michigan Rebeiz, Gabriel M. exp73j.pdf LEDs Phototransistors & and AM Photonic Link (exp73j) Build circuit with LED/phototransistor pair, drive with function generator. Plot Vo, harmonics. Build LM380 amplifier, connect to phototransistor. (6 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave University of Michigan Rebeiz, Gabriel M. exp73j.pdf LEDs Phototransistors & and AM Photonic Link (exp73j) Build circuit with LED/phototransistor pair, drive with function generator. Plot Vo, harmonics. Build LM380 amplifier, connect to phototransistor. (6 pages) Experiments Pre-Written Labs Frequency-Selective Circuits University of Michigan Rebeiz, Gabriel M. exp73k.pdf Pre-Lab, Frequency Modulation (FM), Generation & Detection (exp73k) Theory only: FM, carrier, spectrum, guard band, sidebands, slope detector, PLL's. (9 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave University of Michigan Rebeiz, Gabriel M. exp73k.pdf Pre-Lab, Frequency Modulation (FM), Generation & Detection (exp73k) Theory only: FM, carrier, spectrum, guard band, sidebands, slope detector, PLL's. (9 pages) Experiments Pre-Written Labs Frequency-Selective Circuits University of Michigan Rebeiz, Gabriel M. exp73l.pdf Frequency Modulation (FM), Generation & Detection, FM Optical Link (exp73l) Build LM 556C oscillator, LM386 amplifier/driver, optical link FM receiver, AM detector audio amp. (10 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave University of Michigan Rebeiz, Gabriel M. exp73l.pdf Frequency Modulation (FM), Generation & Detection, FM Optical Link (exp73l) Build LM 556C oscillator, LM386 amplifier/driver, optical link FM receiver, AM detector audio amp. (10 pages) Experiments Pre-Written Labs Physical 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) Heat transfer experiment using styrofoam cups and thermometers. Theory included. (8 pages) Experiments Pre-Written Labs Instruments U. Colo. at Colorado Springs Steichen, Justin exp76.pdf Rotating Heart (exp76) Lissajous pattern formed with arbitrary waveform generator and a sine generator. Looks like a rotating heart. (5 pages) Experiments Pre-Written Labs Instruments Agilent Technologies Microwave Instruments Div. exp77.pdf An Intro. To RF Signal,Noise & Distortion Measurements (exp77) Clinic + tutorial: RF Spectrum Analysis using Agilent ESA L1500 Spectrum Analyzer. (33 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave Agilent Technologies Microwave Instruments Div. exp77.pdf An Intro. To RF Signal,Noise & Distortion Measurements (exp77) Clinic + tutorial: RF Spectrum Analysis using Agilent ESA L1500 Spectrum Analyzer. (33 pages) Experiments Pre-Written Labs DC Circuits University of Illinois Block, Dan exp78.pdf Introduction to the DC Motor (exp78) Dc motors: armature resistance & inductance, speed, back emf, torque, viscous friction, moment of inertia. Tach calibration. (10 pages) Experiments Pre-Written Labs Physical University of Illinois Block, Dan exp78.pdf Introduction to the DC Motor (exp78) Dc motors: armature resistance & inductance, speed, back emf, torque, viscous friction, moment of inertia. Tach calibration. (10 pages) Experiments Pre-Written Labs DC Circuits University of Illinois Block, Dan exp78a.pdf Frequency Domain Identification & PD Control (exp78a) Uses analog computer, MATLAB, Agilent VEE. Open loop frequency response of motor controller, PD feedback control. (7 pages) Experiments Pre-Written Labs Physical University of Illinois Block, Dan exp78a.pdf Frequency Domain Identification & PD Control (exp78a) Uses analog computer, MATLAB, Agilent VEE. Open loop frequency response of motor controller, PD feedback control. (7 pages) Experiments Pre-Written Labs DC Circuits University of Illinois Block, Dan exp78b.pdf Lead Controller Design (exp78b) Uses analog computer, MATLAB, Agilent VEE. Step response of motor controller, Lead Controller. Phase Margin. (9 pages) Experiments Pre-Written Labs Physical University of Illinois Block, Dan exp78b.pdf Lead Controller Design (exp78b) Uses analog computer, MATLAB, Agilent VEE. Step response of motor controller, Lead Controller. Phase Margin. (9 pages) Experiments Pre-Written Labs AC Circuits Univ. of Surrey Blewett, Mike exp79.pdf Capacitor Self-Resonance (exp79) 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 RF, Microwave & Lightwave Univ. of Surrey Blewett, Mike exp79.pdf Capacitor Self-Resonance (exp79) 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 Miscellaneous Massachusetts Inst. of Tech. Wedlock, Bruce D. exp80.pdf Consistent Units (exp80) 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 Agilent VEE Boston University Horenstein, Mark Agilent VEE: AM/FM Modulation exp81a.pdf Lab 1 - Agilent VEE Basics (exp81a) Learn the Agilent VEE Basics (1 page) Experiments Pre-Written Labs Agilent VEE Boston University Horenstein, Mark Agilent VEE: AM/FM Modulation exp81b.pdf Lab 2 - AM Modulation (exp81b) Illustrate the concept of an amplitude modulated (AM) waveform. (4 pages) Experiments Pre-Written Labs Agilent VEE Boston University Horenstein, Mark Agilent VEE: AM/FM Modulation exp81c.pdf Lab 3 - FM Modulation (exp81c) Illustrate the concept of an frequency-modulated (FM) waveform. (3 pages) Experiments Pre-Written Labs Agilent VEE Boston University Horenstein, Mark Agilent VEE: AM/FM Modulation exp81d.pdf Lab 4 - Building an Analog AM Modulator (exp81d) Illustrate the concept of a carrier that is amplitude modulated by a speech waveform. (2 pages) Experiments Pre-Written Labs Analog Electronics University of Georgia Covington, Michael A. exp82.pdf Curve Tracer (exp82) 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 DC Circuits University of Georgia Covington, Michael A. exp82.pdf Curve Tracer (exp82) 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 RF, Microwave & Lightwave University of South Florida Dunleavy, Larry exp83.pdf Frequency and Time Domain Representation of Sinusoidal Signals (exp83) To review representations of sinusoidal signals in the frequency and time domain. (13 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave University of South Florida Eberly, Mike & Dunleavy, Larry exp84.pdf Intro to the Agilent 8714 — RF Network Analyzer (exp84) Intro to the Agilent 8714 — RF Network Analyzer (7 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave University of South Florida Dunleavy, Larry exp84a.pdf Lab #4 Pre-Lab Assignment (exp84a) Lab #4 Pre-Lab Assignment (2 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave University of South Florida Dunleavy, Larry exp84b.pdf Circuit Characterization with the Agilent 8714 VNA (exp84b) To examine the concepts of reflection, phase shift, attenuation, filtering and amplification. (13 pages) Experiments Pre-Written Labs RF, Microwave & Lightwave University of South Florida Dunleavy, Larry exp85.pdf Frequency Conversion — Mixer Measurements (exp85) To develop an understanding of frequency conversion principles and the performance of non-ideal mixers. (11 pages) Experiments Pre-Written Labs Digital Logic Design (12 Labs) syllabus.pdf Syllabus: Digital Logic Design (syllabus) This set of 12 experiments are part of a complete Digital Logic Design course. Experiments Pre-Written Labs Digital Electronics University of Toledo Johnson, A. D. Digital Logic Design (12 Labs) exp86.pdf Lab 1: Intro to Lab Equipment and Procedures (exp86) This experiment is part of a complete Digital Logic Design course. Experiments Pre-Written Labs Digital Electronics University of Toledo Johnson, A. D. Digital Logic Design (12 Labs) exp86a.pdf Lab 2: Number Representation (exp86a) This experiment is part of a complete Digital Logic Design course. Experiments Pre-Written Labs Digital Electronics University of Toledo Johnson, A. D. Digital Logic Design (12 Labs) exp86b.pdf Lab 3: Implementation of SOP and POS Form Logic Functions (exp86b) This experiment is part of a complete Digital Logic Design course. Experiments Pre-Written Labs Digital Electronics University of Toledo Johnson, A. D. Digital Logic Design (12 Labs) exp86c.pdf Lab 4: Implementation of Parity Logic (exp86c) This experiment is part of a complete Digital Logic Design course. Experiments Pre-Written Labs Digital Electronics University of Toledo Johnson, A. D. Digital Logic Design (12 Labs) exp86d.pdf Lab 5: Code Conversion: BCD to Gray Code (exp86d) This experiment is part of a complete Digital Logic Design course. Experiments Pre-Written Labs Digital Electronics University of Toledo Johnson, A. D. Digital Logic Design (12 Labs) exp86e.pdf Lab 6: NAND/NOR Implementation of Logic Functions (exp86e) This experiment is part of a complete Digital Logic Design course. Experiments Pre-Written Labs Digital Electronics University of Toledo Johnson, A. D. Digital Logic Design (12 Labs) exp86f.pdf Lab 7: Multiplexer/Decoder Implementation of Logic Functions (exp86f) This experiment is part of a complete Digital Logic Design course. Experiments Pre-Written Labs Digital Electronics University of Toledo Johnson, A. D. Digital Logic Design (12 Labs) exp86g.pdf Lab 8: Properties of Latches/Flip-Flops (exp86g) This experiment is part of a complete Digital Logic Design course. Experiments Pre-Written Labs Digital Electronics University of Toledo Johnson, A. D. Digital Logic Design (12 Labs) exp86h.pdf Lab 9: Properties of Flip-Flops (exp86h) This experiment is part of a complete Digital Logic Design course. Experiments Pre-Written Labs Digital Electronics University of Toledo Johnson, A. D. Digital Logic Design (12 Labs) exp86i.pdf Lab 10: Shift Register (exp86i) This experiment is part of a complete Digital Logic Design course. Experiments Pre-Written Labs Digital Electronics University of Toledo Johnson, A. D. Digital Logic Design (12 Labs) exp86j.pdf Lab 11: Design of Synchronous Counters (exp86j) This experiment is part of a complete Digital Logic Design course. Experiments Pre-Written Labs Digital Electronics University of Toledo Johnson, A. D. Digital Logic Design (12 Labs) exp86k.pdf Lab 12: FPGA Implementation of Sequential Logic (exp86k) This experiment is part of a complete Digital Logic Design course. Experiments Pre-Written Labs Digital Logic Design (12 Labs) lrguide.pdf EECS 1100 Laboratory Report Guidelines (lrguide) Experiments Pre-Written Labs Digital Logic Design (12 Labs) 54645D.pdf Tutorial: Agilent 54645D Mixed-Signal Oscilloscope (54645D) Experiments Pre-Written Labs Digital Logic Design (12 Labs) tbenchlk.pdf Tutorial: Agilent 34810B BenchLink Scope software (tbenchlk) Experiments Pre-Written Labs Digital Logic Design (12 Labs) tfuncgen.pdf Tutorial: Agilent 33120A Function Generator (tfuncgen) Experiments Pre-Written Labs Software University of Georgia Covington, Michael A. exp87.pdf Serial Communication with Agilent Instruments under DOS, Windows & UNIX (exp87) Experiments Interactive Experiments Interactive Agilent Technologies Getty, John Lab1-32.exe Series and Parallel Resistance Interactive animated lesson on series and parallel resistance. Experiments Interactive Experiments Interactive Agilent Technologies Getty, John Lab2-32.exe Ohm's Law Interactive animated lesson on Ohm's Law. Experiments Interactive Experiments Interactive 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 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 Java-enabled Interactive 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 Java-enabled Interactive 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 Java-enabled Interactive 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 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 Insight into the workings of an I/Q (in-phase/quadrature) modulator. Experiments Submit Experiment submit.txt 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 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 sabas.pdf Spectrum Analysis Basics (sabas) Learn why spectrum analysis is important for a variety of applications. Teacher's Tools Lecture Materials Slide Presentations nabas.pdf Network Analysis Basics (nabas) This presentation covers the principals of measuring high-frequency electrical networks with network analyzers. Teacher's Tools Lecture Materials Slide Presentations pmbas.pdf Power Measurement Basics (pmbas) Learn about high-frequency power measurements and how they differ in important ways. Teacher's Tools Lecture Materials Slide Presentations srcbas.pdf Source Basics (srcbas) 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 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 Exercises 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 Interactive Exercises m2m_0299.html Power Supplies: Understanding power supply noise. Interactive JAVA animation. Noise calculator. Teacher's Tools Lecture Materials Interactive Exercises 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 Interactive Exercises 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 Interactive Exercises hp-150-1.pdf FM Model Interactive Frequency Modulation Model Teacher's Tools Lecture Materials Interactive Exercises hp-150-1.pdf AM Model Interactive Amplitude Modulation Model Teacher's Tools Lecture Materials Interactive Exercises 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 Interactive Exercises 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 Interactive Exercises 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 5965-7707E.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 5965-7708E.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 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.pdf 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_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_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_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_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 CBT.txt Teacher's Tools Lab Resources Posters and Brochures poster_brochures.txt Teacher's Tools Lab Resources Videos videos.txt Teacher's Tools Lab Resources Software software.txt 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.pdf Electronic test and measurement topics Teacher's Tools References EE Reference Tools img-eebltpb-lg.html Basic LaPlace Transformation Pairs Teacher's Tools References EE Reference Tools img-eebltb-lg.html Basic LaPlace Transformation Properties Teacher's Tools References EE Reference Tools img-eeboamb-lg.html Basic Op Amp Modules Teacher's Tools References EE Reference Tools img-eecdcb-lg.html Ceramic-Disk Capacitors Teacher's Tools References EE Reference Tools img-eedmccb-lg.html Digit and Multiplier Color Code Teacher's Tools References EE Reference Tools img-eeeqb-lg.html Electrical Quantities Teacher's Tools References EE Reference Tools img-eerefrb-lg.html Reactance Chart Teacher's Tools References EE Reference Tools img-eesdpb-lg.html Standard Decimal Prefixes Teacher's Tools References EE Reference Tools img-eesprvb-lg.html Standard Precision Resistance Values Teacher's Tools References EE Reference Tools img-eesrvb-lg.html Standard Resistance Values Teacher's Tools References Journal Articles http://www.tm.agilent.com/tmo/events/ T&M News Online Learn about the newest products, services and applications from Agilent. Teacher's Tools References Catalogs catalogs.pdf 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 Commercial Sites http://www.futureengineers.com/ Future Engineers: Resources For Engineering Students Teacher's Tools Cool Links Commercial Sites http://hpatschool.hp.com/ Agilent 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 Commercial Sites http://www.jpn.hp.com/TMO/edu/index.htm Japan Test & Measurement Educator's Corner 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.rpi.edu/~durlim/Elab.wrl RPI lab website (virtual reality site) Teacher's Tools Cool Links University Sites http://www-ncce.ceg.uiuc.edu/ Semiconductor Physics 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 Organizations http://www.aln.org/ Asynchronous Learning Network 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 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 stayinformed.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.htm Philanthropy/Grants Agilent in Education Education Sites http://www.agilent.com/jobs/English/index.html 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/pia/HPVEE/PIAApp/English/HPVEE_Applications.html VEE for Education 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/mpg-catalogs/ Medical Contact Agilent Agilent Contact Me Contact Agilent Worldwide Assistance Americas argentina.pdf Argentina Contact Agilent Worldwide Assistance Americas belize.pdf Belize Contact Agilent Worldwide Assistance Americas bolivia.pdf Bolivia Contact Agilent Worldwide Assistance Americas brazil.pdf Brazil (Portuguese) Contact Agilent Worldwide Assistance Americas canada.pdf Canada Contact Agilent Worldwide Assistance Americas chile.pdf Chile Contact Agilent Worldwide Assistance Americas colombia.pdf Colombia Contact Agilent Worldwide Assistance Americas costarica.pdf Costa Rica Contact Agilent Worldwide Assistance Americas dominicanrepublic.pdf Dominican Republic Contact Agilent Worldwide Assistance Americas ecuador.pdf Ecuador Contact Agilent Worldwide Assistance Americas elsalvador.pdf El Salvador Contact Agilent Worldwide Assistance Americas guatemala.pdf Guatemala Contact Agilent Worldwide Assistance Americas honduras.pdf Honduras Contact Agilent Worldwide Assistance Americas mexico.pdf Mexico (Spanish) Contact Agilent Worldwide Assistance Americas nicaragua.pdf Nicaragua Contact Agilent Worldwide Assistance Americas panama.pdf Panama Contact Agilent Worldwide Assistance Americas paraguay.pdf Paraguay Contact Agilent Worldwide Assistance Americas peru.pdf Peru Contact Agilent Worldwide Assistance Americas puertorico.pdf Puerto Rico Contact Agilent Worldwide Assistance Americas unitedstates.pdf United States Contact Agilent Worldwide Assistance Americas uruguay.pdf Uruguay Contact Agilent Worldwide Assistance Americas venezuela.pdf Venezuela Contact Agilent Worldwide Assistance Asia Pacific australia.pdf Australia Contact Agilent Worldwide Assistance Asia Pacific bangladesh.pdf Bangladesh Contact Agilent Worldwide Assistance Asia Pacific brunei.pdf Brunei Darussalam Contact Agilent Worldwide Assistance Asia Pacific china.pdf China Contact Agilent Worldwide Assistance Asia Pacific hongkongsar.pdf Hong Kong, SAR Contact Agilent Worldwide Assistance Asia Pacific india.pdf India Contact Agilent Worldwide Assistance Asia Pacific indonesia.pdf Indonesia Contact Agilent Worldwide Assistance Asia Pacific japan.pdf Japan Contact Agilent Worldwide Assistance Asia Pacific korea.pdf Korea, Republic of Contact Agilent Worldwide Assistance Asia Pacific malaysia.pdf Malaysia Contact Agilent Worldwide Assistance Asia Pacific newzealand.pdf New Zealand Contact Agilent Worldwide Assistance Asia Pacific pakistan.pdf Pakistan Contact Agilent Worldwide Assistance Asia Pacific philippines.pdf Philippines Contact Agilent Worldwide Assistance Asia Pacific singapore.pdf Singapore Contact Agilent Worldwide Assistance Asia Pacific srilanka.pdf Sri Lanka Contact Agilent Worldwide Assistance Asia Pacific taiwan.pdf Taiwan Contact Agilent Worldwide Assistance Asia Pacific thailand.pdf Thailand Contact Agilent Worldwide Assistance Asia Pacific vietnam.pdf Viet Nam Contact Agilent Worldwide Assistance Europe, Middle East & Africa albania.pdf Albania Contact Agilent Worldwide Assistance Europe, Middle East & Africa algeria.pdf Algeria Contact Agilent Worldwide Assistance Europe, Middle East & Africa angola.pdf Angola Contact Agilent Worldwide Assistance Europe, Middle East & Africa armenia.pdf Armenia Contact Agilent Worldwide Assistance Europe, Middle East & Africa austria.pdf Austria (German) Contact Agilent Worldwide Assistance Europe, Middle East & Africa azerbajan.pdf Azerbaijan Contact Agilent Worldwide Assistance Europe, Middle East & Africa bahrain.pdf Bahrain Contact Agilent Worldwide Assistance Europe, Middle East & Africa belarus.pdf Belarus Contact Agilent Worldwide Assistance Europe, Middle East & Africa belgium.pdf Belgium Contact Agilent Worldwide Assistance Europe, Middle East & Africa benin.pdf Benin Contact Agilent Worldwide Assistance Europe, Middle East & Africa bosnia.pdf Bosnia and Herzegovina Contact Agilent Worldwide Assistance Europe, Middle East & Africa botswana.pdf Botswana Contact Agilent Worldwide Assistance Europe, Middle East & Africa bulgaria.pdf Bulgaria Contact Agilent Worldwide Assistance Europe, Middle East & Africa burkinafaso.pdf Burkina Faso Contact Agilent Worldwide Assistance Europe, Middle East & Africa burundi.pdf Burundi Contact Agilent Worldwide Assistance Europe, Middle East & Africa cameroon.pdf Cameroon Contact Agilent Worldwide Assistance Europe, Middle East & Africa centralafricanrepublic.pdf Central African Republic Contact Agilent Worldwide Assistance Europe, Middle East & Africa chad.pdf Chad Contact Agilent Worldwide Assistance Europe, Middle East & Africa congo.pdf Congo Contact Agilent Worldwide Assistance Europe, Middle East & Africa ivorycoast.pdf Cote D'lvoire Contact Agilent Worldwide Assistance Europe, Middle East & Africa croatia.pdf Croatia (Hrvatska) Contact Agilent Worldwide Assistance Europe, Middle East & Africa cyprus.pdf Cyprus Contact Agilent Worldwide Assistance Europe, Middle East & Africa czechrepublic.pdf Czech Republic Contact Agilent Worldwide Assistance Europe, Middle East & Africa denmark.pdf Denmark (Danish) Contact Agilent Worldwide Assistance Europe, Middle East & Africa djibouti.pdf Djibouti Contact Agilent Worldwide Assistance Europe, Middle East & Africa egypt.pdf Egypt Contact Agilent Worldwide Assistance Europe, Middle East & Africa equatorialguinea.pdf Equatorial Guinea Contact Agilent Worldwide Assistance Europe, Middle East & Africa eritrea.pdf Eritrea Contact Agilent Worldwide Assistance Europe, Middle East & Africa ethiopia.pdf Ethiopia Contact Agilent Worldwide Assistance Europe, Middle East & Africa finland.pdf Finland (Finnish) Contact Agilent Worldwide Assistance Europe, Middle East & Africa france.pdf France (French) Contact Agilent Worldwide Assistance Europe, Middle East & Africa gabon.pdf Gabon Contact Agilent Worldwide Assistance Europe, Middle East & Africa gambia.pdf Gambia Contact Agilent Worldwide Assistance Europe, Middle East & Africa georgie.pdf Georgia Contact Agilent Worldwide Assistance Europe, Middle East & Africa germany.pdf Germany (German) Contact Agilent Worldwide Assistance Europe, Middle East & Africa ghana.pdf Ghana Contact Agilent Worldwide Assistance Europe, Middle East & Africa greece.pdf Greece Contact Agilent Worldwide Assistance Europe, Middle East & Africa guinea.pdf Guinea Contact Agilent Worldwide Assistance Europe, Middle East & Africa guineabissau.pdf Guinea-Bissau Contact Agilent Worldwide Assistance Europe, Middle East & Africa hungary.pdf Hungary Contact Agilent Worldwide Assistance Europe, Middle East & Africa ireland.pdf Ireland Contact Agilent Worldwide Assistance Europe, Middle East & Africa israel.pdf Israel Contact Agilent Worldwide Assistance Europe, Middle East & Africa italy.pdf Italy (Italian) Contact Agilent Worldwide Assistance Europe, Middle East & Africa jordan.pdf Jordan Contact Agilent Worldwide Assistance Europe, Middle East & Africa kazakhstan.pdf Kazakhstan Contact Agilent Worldwide Assistance Europe, Middle East & Africa kuwait.pdf Kuwait Contact Agilent Worldwide Assistance Europe, Middle East & Africa kyrgyzstan.pdf Kyrgyzstan Contact Agilent Worldwide Assistance Europe, Middle East & Africa lebanon.pdf Lebanon Contact Agilent Worldwide Assistance Europe, Middle East & Africa lesotho.pdf Lesotho Contact Agilent Worldwide Assistance Europe, Middle East & Africa liberia.pdf Liberia Contact Agilent Worldwide Assistance Europe, Middle East & Africa luxembourg.pdf Luxembourg Contact Agilent Worldwide Assistance Europe, Middle East & Africa macedonia.pdf Macedonia, The Former Yugoslav Republic of Contact Agilent Worldwide Assistance Europe, Middle East & Africa madagascar.pdf Madagascar Contact Agilent Worldwide Assistance Europe, Middle East & Africa malawi.pdf Malawi Contact Agilent Worldwide Assistance Europe, Middle East & Africa mali.pdf Mali Contact Agilent Worldwide Assistance Europe, Middle East & Africa malta.pdf Malta Contact Agilent Worldwide Assistance Europe, Middle East & Africa mauritania.pdf Mauritania Contact Agilent Worldwide Assistance Europe, Middle East & Africa mauritius.pdf Mauritius Contact Agilent Worldwide Assistance Europe, Middle East & Africa moldova.pdf Moldova, Republic of Contact Agilent Worldwide Assistance Europe, Middle East & Africa morocco.pdf Morocco Contact Agilent Worldwide Assistance Europe, Middle East & Africa mozambique.pdf Mozambique Contact Agilent Worldwide Assistance Europe, Middle East & Africa namibia.pdf Namibia Contact Agilent Worldwide Assistance Europe, Middle East & Africa netherlands.pdf Netherlands (Dutch) Contact Agilent Worldwide Assistance Europe, Middle East & Africa niger.pdf Niger Contact Agilent Worldwide Assistance Europe, Middle East & Africa nigeria.pdf Nigeria Contact Agilent Worldwide Assistance Europe, Middle East & Africa norway.pdf Norway (Norwegian) Contact Agilent Worldwide Assistance Europe, Middle East & Africa oman.pdf Oman Contact Agilent Worldwide Assistance Europe, Middle East & Africa poland.pdf Poland Contact Agilent Worldwide Assistance Europe, Middle East & Africa portugal.pdf Portugal Contact Agilent Worldwide Assistance Europe, Middle East & Africa qatar.pdf Qatar Contact Agilent Worldwide Assistance Europe, Middle East & Africa reunion.pdf Reunion Island Contact Agilent Worldwide Assistance Europe, Middle East & Africa romania.pdf Romania Contact Agilent Worldwide Assistance Europe, Middle East & Africa russia.pdf Russia (Russian) Contact Agilent Worldwide Assistance Europe, Middle East & Africa rwanda.pdf Rwanda Contact Agilent Worldwide Assistance Europe, Middle East & Africa saudiaarabia.pdf Saudi Arabia Contact Agilent Worldwide Assistance Europe, Middle East & Africa senegal.pdf Senegal Contact Agilent Worldwide Assistance Europe, Middle East & Africa sierraleone.pdf Sierra Leone Contact Agilent Worldwide Assistance Europe, Middle East & Africa slovakia.pdf Slovakia (Slovak Republic) Contact Agilent Worldwide Assistance Europe, Middle East & Africa slovenia.pdf Slovenia Contact Agilent Worldwide Assistance Europe, Middle East & Africa southafrica.pdf South Africa Contact Agilent Worldwide Assistance Europe, Middle East & Africa spain.pdf Spain (Spanish) Contact Agilent Worldwide Assistance Europe, Middle East & Africa swaziland.pdf Swaziland Contact Agilent Worldwide Assistance Europe, Middle East & Africa sweden.pdf Sweden (Swedish) Contact Agilent Worldwide Assistance Europe, Middle East & Africa switzerland.pdf Switzerland (German) Contact Agilent Worldwide Assistance Europe, Middle East & Africa tajikistan.pdf Tajikistan Contact Agilent Worldwide Assistance Europe, Middle East & Africa tanzania.pdf Tanzania, United Republic of Contact Agilent Worldwide Assistance Europe, Middle East & Africa togo.pdf Togo Contact Agilent Worldwide Assistance Europe, Middle East & Africa tunisia.pdf Tunisia Contact Agilent Worldwide Assistance Europe, Middle East & Africa turkey.pdf Turkey Contact Agilent Worldwide Assistance Europe, Middle East & Africa turkmenistan.pdf Turkmenistan Contact Agilent Worldwide Assistance Europe, Middle East & Africa uganda.pdf Uganda Contact Agilent Worldwide Assistance Europe, Middle East & Africa ukraine.pdf Ukraine Contact Agilent Worldwide Assistance Europe, Middle East & Africa uarabemirates.pdf United Arab Emirates Contact Agilent Worldwide Assistance Europe, Middle East & Africa unitedkingdom.pdf United Kingdom Contact Agilent Worldwide Assistance Europe, Middle East & Africa uzbekistan.pdf Uzbekistan Contact Agilent Worldwide Assistance Europe, Middle East & Africa zaire.pdf Zaire Contact Agilent Worldwide Assistance Europe, Middle East & Africa zambia.pdf Zambia Contact Agilent Worldwide Assistance Europe, Middle East & Africa zimbabwe.pdf Zimbabwe Contact Agilent U.S. Assistance unitedstates.pdf United States Contact Agilent Contact Educator's Corner http://www.educatorscorner.com/cdfeedback Feedback