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13. LCR Circuits—AC Voltage

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13. LCR Circuits—AC Voltage
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13
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25
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The mathematics underlying LCR circuit theory for AC currents is discussed. Complex numbers are used to convert differential equations to algebraic equations. The notion of impedance is introduced. The radio is used to illustrate the concepts of resonance and variable capacitance. The body of classical electromagnetism treated so far is reviewed and summarized. The displacement current is introduced, leading to the complete Maxwell equations. 00:00 - Chapter 1. Review of LCR Circuits 08:48 - Chapter 2. Impedance 17:39 - Chapter 3. Resonance and Variable Capacitance 68:03 - Chapter 4. Displacement current
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Wellenwiderstand <Elektrotechnik>Black boxCircuit diagramCurrent densityRulerPhase (matter)BahnelementVoltageSeries and parallel circuitsVoltage sourceVoltmeterAmplitudeReciprocal latticeSpare partCombined cycleBlackSpannungsmessung <Elektrizität>Vertical integrationLecture/Conference
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Source (album)Circuit diagramAM-Herculis-SternMassSpannungsmessung <Elektrizität>Power (physics)Spare partFinger protocolColor chargeMonopole antennaTemperaturabhängiger WiderstandStarDayAnalog signalShip classRoots-type superchargerVideoBand gapOpticshome officeProzessleittechnikMagnetizationRailway Mail ServiceMitsubishi A6M ZeroNanotechnologyHochfrequenzübertragungController (control theory)MagnetspuleQuantumVoltagePower factorSensorElectricityElectric energy consumptionLinearpolarisationAmplitudeLecture/Conference
WednesdayWireCylinder headPlatingMagnetizationElectricityQuantumCurrent densityLastLightningStriking clockMagnetspuleDayHot workingColor chargeHochfrequenzübertragungAircraft carrierWoodturningKlemmverbindungPhase (matter)Charge densityBlanking and piercingWolkengattungVolumetric flow rateVideoSpare partAtmosphere of EarthVerschiebungsstromActive laser mediumLecture/Conference
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