Media Summary: The amount of stored energy so to remind ourselves the equations were that the energy in a capacitor is So let's go through in a little bit more detail how we can actually calculate the initial and final values so step ... still going to apply here from equation

Eg1012 Week 12 Video 1 - Detailed Analysis & Overview

The amount of stored energy so to remind ourselves the equations were that the energy in a capacitor is So let's go through in a little bit more detail how we can actually calculate the initial and final values so step ... still going to apply here from equation 10 ohms so our equivalent resistance as seen by that current source is going to be ... our inverting amplifier circuit that we studied last I'm sorry point four i'm just reading then just reading the decimal points wrong on my calculator 0.4 microfarads for that

So the strategy for dealing with a dependent source like this

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EG1012 Week 12 Video 1 - Which circuit parameters can change instantaneously?
EG1012 Week 12 Video 3 - Finding initial and final values for first order circuits
EG1012 Week 12 Video 2 - Introduction to the step response of first order circuits
EG1012 Week 1 Video 1: Welcome to Electric Circuits
Chapter 12 Fundamentals of Electricity & Electronics | AMTG | AGPIAL Audio/Video Book
EG1012 Week 11 Video 1 - The steady state DC behaviour of inductors and capacitors
EG1012 Week 12 Video 4 - Finding time constants for first order circuits
EG1012 Week 9 Video 1 - The summing amplifier circuit
EG1012 Week 12 Video 6 - Analysing transients to obtain circuit parameters
EG1012 Week 10 Video 1 - Introduction to inductors
EG1012 Week 5 Video 5 - Using mesh analysis with dependent sources
EG1012 Week 1 Video 6 - Worked example - Charge and current
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EG1012 Week 12 Video 1 - Which circuit parameters can change instantaneously?

EG1012 Week 12 Video 1 - Which circuit parameters can change instantaneously?

The amount of stored energy so to remind ourselves the equations were that the energy in a capacitor is

EG1012 Week 12 Video 3 - Finding initial and final values for first order circuits

EG1012 Week 12 Video 3 - Finding initial and final values for first order circuits

So let's go through in a little bit more detail how we can actually calculate the initial and final values so step

EG1012 Week 12 Video 2 - Introduction to the step response of first order circuits

EG1012 Week 12 Video 2 - Introduction to the step response of first order circuits

So last

EG1012 Week 1 Video 1: Welcome to Electric Circuits

EG1012 Week 1 Video 1: Welcome to Electric Circuits

Hi everyone and welcome to

Chapter 12 Fundamentals of Electricity & Electronics | AMTG | AGPIAL Audio/Video Book

Chapter 12 Fundamentals of Electricity & Electronics | AMTG | AGPIAL Audio/Video Book

Audio/

EG1012 Week 11 Video 1 - The steady state DC behaviour of inductors and capacitors

EG1012 Week 11 Video 1 - The steady state DC behaviour of inductors and capacitors

... still going to apply here from equation

EG1012 Week 12 Video 4 - Finding time constants for first order circuits

EG1012 Week 12 Video 4 - Finding time constants for first order circuits

10 ohms so our equivalent resistance as seen by that current source is going to be

EG1012 Week 9 Video 1 - The summing amplifier circuit

EG1012 Week 9 Video 1 - The summing amplifier circuit

... our inverting amplifier circuit that we studied last

EG1012 Week 12 Video 6 - Analysing transients to obtain circuit parameters

EG1012 Week 12 Video 6 - Analysing transients to obtain circuit parameters

I'm sorry point four i'm just reading then just reading the decimal points wrong on my calculator 0.4 microfarads for that

EG1012 Week 10 Video 1 - Introduction to inductors

EG1012 Week 10 Video 1 - Introduction to inductors

... current so that's

EG1012 Week 5 Video 5 - Using mesh analysis with dependent sources

EG1012 Week 5 Video 5 - Using mesh analysis with dependent sources

So the strategy for dealing with a dependent source like this

EG1012 Week 1 Video 6 - Worked example - Charge and current

EG1012 Week 1 Video 6 - Worked example - Charge and current

This

EG1012 Week 3 Video 1 - Series and parallel resistors

EG1012 Week 3 Video 1 - Series and parallel resistors

So