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CircuitThe Natural Response Of An RC Circuit

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Syllabus
Videos

Circuit Variables 38:11

Introduction To Electrical Engineering03:43
SI Units, Prefixes And Electrical Design Steps21:59
Voltage, Current, Power And Energy12:29

Circuit Elements 52:05

Voltage And Current Sources15:13
Ohm's law And Circuit Model Construction13:47
Kirchhoff’s laws And Analysis Of A Circuit Containing Dependent Sources23:05

Simple Resistive Circuits 48:16

Resistors In Series And Parallel26:59
Delta-Wye Conversion And Wheatstone Bridge17:10
Using Multisim For Complex Circuits Folder04:07

Techniques Of Circuit Analysis 187:30

Terminology And Node-Voltage Method29:27
The Node-Voltage And Some Special Cases30:16
The Mesh-Current Method And Dependent Sources And Some Special Cases50:15
Source Transformations16:07
Thevenin And Norton Equivalents19:02
Maximum Power Transfer20:59
Superposition Method18:08
Applications Using Multisim03:16

The Operational Amplifier 48:10

Ideal Op Amp23:11
Inverting, Noninverting20:59
Using Multi-sim For Complex Circuits04:00

Inductance, Capacitance, And Mutual Inductance 65:40

Inductors23:15
Capacitor28:01
Mutual Inductance14:24

Response Of First-Order RL And RC Circuits 100:21

Natural Response Of An RL Circuit20:04
The Natural Response Of An RC Circuit18:53
The Step Response Of RL And RC Circuits Folder20:47
A General Solution For Step And Natural Responses20:52
Sequential Switching And Integrating Amplifier19:45

Natural And Step Responses Of RLC Circuits 62:47

The Natural Response Of A Parallel RLC Circuit And The Forms Of It21:24
The Step Response Of A Parallel RLC Circuit Folder23:59
The Natural And Step Response Of A Series RLC Circuit (S3) Auto-Save17:24

Sinusoidal Steady-State Analysis 142:59

The Sinusoidal Source14:40
The Sinusoidal Response And The Phasor15:40
The Passive Circuit Elements In The Frequency Domain08:49
Kirchhoff’s Laws In The Frequency Domain22:08
Source Transformations And Thevenin-Norton Equivalent Circuits14:45
The Node-Voltage Method - The Mesh-Current Method16:14
Phasor Diagrams07:18
Linear Transformer24:37
Ideal Transformer18:48

Sinusoidal Steady-State Power Calculations 78:41

Instantaneous And Average Power - RMS Value19:18
Apparent Power And Power Factor17:49
Complex Power And Power Calculations20:52
Maximum Power Transfer20:42

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The natural response of RC circuits, the voltage, power and energy equations

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