AccordingtotheintroductionofSoftecks,ElectricalEngineeringisaEducationappontheAndroidplatform.Thereiscurrentlya3.8versionreleasedonJul30,2019,youcanseethedetailsbelow.
✴Electricalengineeringisthestudyofelectromagnetism,electricityandelectronics.ThiselectricalengineeringAppisbetterexplainingtheseconceptsandbasicsofelectricity.TheAppisdesignedforeasylearning,revisions,referencesatthetimeofexamsandinterviews.ThisappcovermostofrelatedtopicsandDetailedexplanationwithallthebasicstopics.Beaprofessionalwiththisapp.Thisappisforallengineeringstudentsandprofessionalsacrosstheworld.✴►InthisApp,youwilllearntopicssuchasInductanceandCapacitance,Transients,Steady-StateSinusoidalAnalysis,andFrequencyResponse,BodePlots,andResonanceplusmuchmore.Comprehensivehandbookdetailingtheapplicationofelectricalengineeringtotheoil,gas,petrochemicalindustriesandoffshoreindustries.Thesehavesignificantlydifferentcharacteristicstolarge-scalepowergenerationandlongdistancepublicutilityindustries.Anessentialreferenceforelectricalengineeringstudents,designers,operationsandmaintenanceengineersandtechnicians.☆
【FewImportantTopicscoveredinthisAppareListedBelow】
⇢WhatIsElectricalEngineering
⇢NatureofElectricity
⇢NortonTheorem
⇢ClassificationofEngineeringMaterials
⇢WhyMeasureVoltage?
⇢BatteryTechnology
⇢WhatisblackBody?
⇢PowerPlantsandTypes
⇢ControlEngineering
⇢ElectricalPowerTransformer
⇢ElectricalMotor
⇢InductionMotor
⇢DCMotororDirectCurrentMotor
⇢AlternatorSynchronousGenerator
⇢ElectricalSwitchgearProtection
⇢DigitalElectronics
⇢WhatisElectricalDrive?
⇢Kirchhoff’sVoltageLaw(KVL)
⇢CurrentDividerCircuits
⇢WhatIsLiDARandHowCanIUseIt?
⇢ModellingthePulse-WidthModulator
⇢SwitchingLosses:EffectsonSemiconductors
⇢AnIntrotoMultiplexing:BasisofTelecommunications
⇢BooleanIdentities
⇢APracticalIntroductiontoOperationalAmplifiers
⇢eMMCs:AnIntroduction
⇢UniversalLogicGates
⇢UnderstandingandApplyingtheHallEffect
⇢IntroductiontoOperationalAmplifiers
⇢ACPhase
⇢DiodesandRectifiers
⇢NegativeFeedback
⇢UnderstandingIlluminance:What’sinaLux?");
⇢MeasuringandCalculatingLuxValues
⇢MeasuringandCalculatingLuxValues,Part2
⇢CharacteristicsofOperationalAmplifiers
⇢TheInvertingConfigurationofanAmplifier
⇢Non-invertingConfigurationofanOperationalAmplifier
⇢CharacteristicsofJunctionDiodes
⇢ElectricFieldsandCapacitance
⇢FactorsAffectingCapacitance
⇢IntroductiontoCapacitiveTouchSensing
⇢CircuitsandTechniquesforImplementingCapacitiveTouchSensing
⇢AnalysisofForwardConductingDiodes
⇢HowSensorFusionWorks
⇢Generation,TransmissionandDistributionofElectricPower
⇢Thermal,hydel&nuclearpowerstations
⇢Transmissionofpower
⇢Singlelinerepresentationofpowersystem
⇢SolutionofElectricCircuitBasedonMesh(Loop)CurrentMethod
⇢SolutionofElectricCircuitBasedonNodeVoltageMethod
⇢ExamplesofElectricCircuitBasedonNodeVoltageMethod
⇢Wye(Y)-Delta(∆)ORDelta(∆)-Wye(Y)Transformations
⇢ConversionfromDelta(Δ)toStarorWye(Y)
⇢ApplicationofStar(Y)toDelta(Δ)orDelta(Δ)toStar(Y)Transformation
⇢ExamplesofStar(Y)toDelta(Δ)orDelta(Δ)toStar(Y)Transformation
⇢SuperpositionTheoreminthecontextofdcvoltageandcurrentsourcesactingina⇢⇢resistivenetwork
⇢Applicationofsuperpositiontheorem
⇢Exampleofsuperpositiontheorem
⇢LimitationsofsuperpositionTheorem
⇢Thevenin’sandNorton’stheoremsinthecontextofdcvoltageandcurrentsourcesactinginaresistivenetwork
⇢TheprocedureforapplyingThevenin’stheorem
⇢MaximumPowerTransferTheorem
⇢StudyofDCtransientsinR-LandR-Ccircuits
⇢Inductancecalculationfromphysicaldimensionofcoil
⇢StudyofdctransientsandsteadystateresponseofaseriesR-Lcircuit.
⇢Energystoredinaninductor
⇢Capacitoranditsbehaviour
⇢ResponseofaseriesR-L-Ccircuitduetoadcvoltagesource