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 Lab 13: Op-Amp / Controlled Voltage Source Lab 20: Series-Parallel AC Measurements Lab 32: RLC Circuit Impulse Response Lab 34: Inductive Impulse Response Lab 37: Band-Pass Filter / Convolution Integral Lab 42: Active Band-Pass Filter Experiments with 3-Phase |
Experiments with Electric Circuits ISBN: 978-1-935422-11-2 |
| * Electrical Resistance and the Resistor * Voltage, Current, and Power * Analog D'Arsonval Meter * Measurements and Meter Loading * PSpice Circuit Simulation * LTspice Circuit Simulation * Kirchhoff's Voltage and Current Laws * Potentiometer Voltage Dividers * Mesh Current Analysis * Node Voltage Analysis * Thevenin's Theorem and the Bridge Circuit * Transistor / Dependent Current Source * Op-Amp / Controlled Voltage Source * Function Generator and Oscilloscope * RC Transient Response * Capacitor Network Transient Response * Superposition of AC and DC Voltages * AC Measurements / Series RC Circuit * AC Measurements / Series RL Circuit * Series-Parallel AC Circuit Measurements * RLC Steady State Sinusoidal Response * Capacitive Voltage Dividers * Two-Source AC Circuit * Thevenin's and Norton's Theorems * Audio Output Transformer * AC Power Basics * Power Factor Compensation / Parallel / Series * Three-Phase Power / Wye Connection * Three Phase Power / Delta Connection * Series RLC Circuit Step Response * RLC Circuit Impulse Response * Inductive Surge Voltage * Inductive Impulse Voltage * Low-Pass Filters and Integrators * High-Pass Filters and Differentiators * Band-Pass Filter / Convolution Integral * Series Resonant Passive Band-pass Filter * Parallel Resonant Band-Pass Filter * Two-Pole Low Pass-Filter * Active Two-Pole Low-Pass Butterworth Filter * Active Band-Pass Filter * Resonant Band-Stop Filter * Fourier Series and Circuit analysis * Band-Pass Filter / FFT / Square Wave / Triangle Wave * Two-Port Networks / Z Parameters * Measuring Capacitance and Inductance * Frequency Response Plot Appendix * Electric Circuits Lab Report Information * Phase Tripler Circuit Information * Data Logging with a Tektronix TDS Oscilloscope * FFT Simulation of a Pulse * Maple Example / Analysis of Series RLC Circuit / Series RLC Circuit Impulse Response * MATLAB Example / RLC Resonant Response / RLC Step Response * TI-89 and S-Domain Pulse Response * Math Reference  |
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