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RLC circuit basics

Track :

Engineering
Course Presenter :

ENGINEERING TUTORIAL

Lessons no : 27

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Lessons | 27
Calorific Value Of Fuels Basic Concepts Power Systems Engineering
00:10:21

Calorific Value Of Fuels Basic Concepts Power Systems Engineering
Basic Concepts About Energy Units And Efficiency Power Systems Engineering
00:11:52

Basic Concepts About Energy Units And Efficiency Power Systems Engineering
Factors Affecting Power Generation Basic Concepts Power Systems Engineering
00:16:56

Factors Affecting Power Generation Basic Concepts Power Systems Engineering
Sources Of Energy For Power Generation Basic Concepts Power Systems Engineering
00:17:31

Sources Of Energy For Power Generation Basic Concepts Power Systems Engineering
Introduction To Power Systems and Principle Of Generation Of Electrical Energy Power Systems
00:23:20

Introduction To Power Systems and Principle Of Generation Of Electrical Energy Power Systems
Resistance And Resistive Circuits Basic Concepts Part 1 Power Systems
00:11:36

Resistance And Resistive Circuits Basic Concepts Part 1 Power Systems
Resistance And Resistive Circuits Basic Concepts Part 2 Power Systems
00:18:22

Resistance And Resistive Circuits Basic Concepts Part 2 Power Systems
Resistance And Resistive Circuits Basic Concepts Part 3 Power Systems
00:15:14

Resistance And Resistive Circuits Basic Concepts Part 3 Power Systems
Capacitance And Capacitive Circuits Basic Concepts Part 1 Power Systems
00:15:48

Capacitance And Capacitive Circuits Basic Concepts Part 1 Power Systems
Capacitance And Capacitive Circuits Basic Concepts Part 2 Power Systems
00:12:34

Capacitance And Capacitive Circuits Basic Concepts Part 2 Power Systems
Capacitance And Capacitive Circuits Basic Concepts Part 3 Power Systems
00:16:53

Capacitance And Capacitive Circuits Basic Concepts Part 3 Power Systems
Inductance And Inductive Circuits Basic Concepts Part 1 Power Systems
00:17:18

Inductance And Inductive Circuits Basic Concepts Part 1 Power Systems
Inductance And Inductive Circuits Basic Concepts Part 2 Power Systems
00:22:54

Inductance And Inductive Circuits Basic Concepts Part 2 Power Systems
Inductance And Inductive Circuits Basic Concepts Part 3 Power Systems
00:14:46

Inductance And Inductive Circuits Basic Concepts Part 3 Power Systems
RLC Circuit Basic Concepts Power Systems
00:15:19

RLC Circuit Basic Concepts Power Systems
Resonance In RLC Circuit Basic Concepts Power Systems
00:25:00

Resonance In RLC Circuit Basic Concepts Power Systems
Power In AC Circuits Basic Concepts Power Systems
00:14:13

Power In AC Circuits Basic Concepts Power Systems
Electric Field Due To Conductors Basic Concepts Power Systems
00:20:24

Electric Field Due To Conductors Basic Concepts Power Systems
Magnetic Field Due To Conductors Basic Concepts Power Systems
00:15:10

Magnetic Field Due To Conductors Basic Concepts Power Systems
Polyphase Circuits Basic Concepts Power Systems
00:16:32

Polyphase Circuits Basic Concepts Power Systems
Interconnection Of Three Phase Circuits Basic Concepts Power Systems
00:20:11

Interconnection Of Three Phase Circuits Basic Concepts Power Systems
AC Power Supply System Basic Concepts Power Systems
00:26:16

AC Power Supply System Basic Concepts Power Systems
High Voltage DC HVDC Transmission System Basic Concepts Power Systems
00:10:08

High Voltage DC HVDC Transmission System Basic Concepts Power Systems
Effects Of Transmission Voltage On Volume Of Conductor Basic Concepts Power Systems
00:13:24

Effects Of Transmission Voltage On Volume Of Conductor Basic Concepts Power Systems
Effects Of Transmission Voltage On Transmission Efficiency And Line Voltage Drop Power Systems
00:19:40

Effects Of Transmission Voltage On Transmission Efficiency And Line Voltage Drop Power Systems
AC vs DC Power Supply System Comparative Analysis Power Systems
00:14:44

AC vs DC Power Supply System Comparative Analysis Power Systems
Power Transmission And Distribution Methods Overhead And Underground System Power Systems
00:13:12

Power Transmission And Distribution Methods Overhead And Underground System Power Systems


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RLC circuit, in this course we will learn about the RLC circuit, which is a fundamental electrical circuit consisting of a resistor (R), inductor (L), and capacitor (C). These components combine to model real-world electrical systems and analyze their behavior under alternating current (AC) and transient conditions. You will explore the principles of series and parallel RLC circuits, understand how they respond to different frequencies, and learn about resonance, damping, and impedance. The course also covers the analysis of transient and steady-state responses using differential equations and phasor techniques. Through theory and practical examples, you'll gain insights into the natural frequency, bandwidth, and quality factor (Q factor) of RLC circuits. Applications in filters, oscillators, and communication systems are also discussed. By the end of this course, you will be equipped to analyze and apply RLC circuits in real-world engineering scenarios with confidence. ENGINEERING TUTORIAL