Resistors in Series Formula: RT = R1 + R2 + R3… Verified in MultiSim:

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Presentation transcript:

Resistors in Series Formula: RT = R1 + R2 + R3… Verified in MultiSim:

Resistors in Parallel Formula:Verified in MultiSim

Resistors in Parallel (continued) Formula for Multiple Equal Resistors:Formula for two Unequal Resistors: Verified by MultiSim

Resistors in Series/Parallel Formula: First, use parallel formula, then use series formula. Verified in MultiSim

V TH R TH Thevenin RT Formulas for I L and V L : Verified in MultiSim

Powers and Currents VB VC

In Series In Parallel Verified in MultiSim Capacitors

Xc as a Function of Frequency Parallel Capacitors: As frequency increases, Capacitance decreases.

Xc as a Function of Frequency Series Capacitors: As frequency increases, Capacitance decreases.

Xc as Function of Frequency

Xc Time Constant

Inductors: Series & Parallel SeriesParallel Verified in MultiSim (Small resistor added in simulation to keep circuit from “shorting” out.)

X L as a Function of Frequency Series Parallel

X L Time Constants

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