## Basic Circuit Analysis for Electronics Through Experimentation |

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### Contents

Introduction and Mathematics Review | 7 |

Resistors and Resistance Measurements | 25 |

Ohms Law | 41 |

Copyright | |

24 other sections not shown

### Common terms and phrases

A(dB ammeter amplitude band calculated and measured capacitive reactance circuit analysis circuit current circuit of Figure color code conjunction with Figure connected current flow dc voltage decibels electrolytic capacitors equivalent circuit frequency response high corner frequency indicated inductor input voltage Insert the calculated Insert the measured Laboratory Exercise load resistor low corner frequency low pass filter maximum measured values measured with respect meter method ms/div Multimeter negative-going Ohm's law ohms oscilloscope output voltage positive-going potentiometer power dissipated Pre-laboratory Calculations R3 resistors RC circuit reference ground resistance value resistor RL resonant frequency rheostat rms voltage secondary windings series circuit shown in conjunction shown in Figure shown solved sine wave square wave switch Table tank circuit Thevenin three resistor time/div V/div variable resistor voltage divider equations voltage drops Voltage Measurements voltmeter volts/div Vp-p waveshape