Series connection-Voltage sources in series

Preview 11:12

Series connection of R, L, C, current source

Preview 13:50

Elements in parallel

Preview 14:46

Current source in series with an element; Voltage source in parallel with an element

Preview 05:12

Extreme cases: Open and short circuits

Preview 05:59

Summary

Preview 05:51

Voltage controlled voltage source(VCVS)

Preview 10:35

Voltage controlled current source(VCCS)

Preview 03:57

Current controlled voltage source(CCVS)

Preview 04:59

Current controlled current source(CCCS)

Preview 03:07

Scaling an element's value using controlled sources

Preview 11:18

Example calculation

Preview 09:35

Power and energy absorbed by electrical elements

Preview 12:15

Power and energy in a resistor

Preview 14:11

Power and energy in a capacitor

Preview 16:15

Power and energy in an inductor

Preview 14:10

Power and energy in a voltage source

Preview 15:28

Power and energy in a current source

Preview 08:11

Goals of circuit analysis

Preview 06:06

Number of independent KCL equations

Preview 10:10

Number of independent KVL equations and branch relationships

Preview 14:41

Analysis of circuits with a single independent source

Preview 13:05

Analysis of circuits with multiple independent sources using superposition

Preview 13:23

Superposition: Example

Preview 06:21

What is nodal analysis

Preview 09:55

Setting up nodal analysis equations

Preview 16:54

Structure of the conductance matrix

Preview 12:41

How elements appear in the nodal analysis formulation

Preview 10:52

Completely solving the circuit starting from nodal analysis

Preview 08:39

Nodal analysis example

Preview 09:24

Matrix inversion basics

Preview 08:35

Nodal analysis with independent voltage sources

Preview 11:50

Supernode for nodal analysis with independent voltage sources

Preview 15:35

Nodal analysis with VCCS

Preview 14:34

Nodal analysis with VCVS

Preview 04:30

Nodal analysis with CCVS

Preview 05:59

Nodal analysis with CCCS

Preview 04:11

Planar circuits

Preview 11:26

Mesh currents and their relationship to branch currents

Preview 10:19

Mesh analysis

Preview 16:04

Mesh analysis with independent current sources-Supermesh

Preview 12:22

Mesh analysis with current controlled voltage sources

Preview 05:37

Mesh analysis with current controlled current sources

Preview 06:25

Mesh analysis using voltage controlled sources

Preview 07:37

Nodal analysis versus Mesh analysis

Preview 03:40

Superposition theorem

Preview 17:32

Pushing a voltage source through a node

Preview 15:42

Splitting a current source

Preview 10:57

Substitution theorem: Current source

Preview 14:17

Substitution theorem: Voltage source

Preview 11:18

Substituting a voltage or current source with a resistor

Preview 05:28

Extensions to Superposition and Substitution theorem

Preview 10:16

Thevenin's theorem

Preview 23:43

Worked out example: Thevenin's theorem

Preview 11:22

Norton's theorem

Preview 18:15

Worked out example: Norton's theorem

Preview 09:38

Maximum power transfer theorem

Preview 21:12

Preliminaries

Preview 09:12

Two port parameters

Preview 11:12

y parameters

Preview 19:26

y parameters: Examples

Preview 14:29

z parameters

Preview 09:58

z parameters: Examples

Preview 10:46

h parameters

Preview 09:49

h parameters: Examples

Preview 11:54

g parameters

Preview 07:02

g parameters: Examples

Preview 06:22

Calculations with a two-port element

Preview 08:43

Calculations with a two-port element

Preview 08:38

Degenerate cases

Preview 04:30

Relationships between different two-port parameters

Preview 04:05

Equivalent circuit representation for two ports

Preview 12:35

Reciprocity

Preview 10:34

Proof of reciprocity of resistive two-ports

Preview 20:53

Proof for 4-terminal two-ports

Preview 16:27

Reciprocity in terms of different two-port parameters

Preview 19:31

Reciprocity in circuits containing controlled sources

Preview 04:02

Examples

Preview 18:38

Feedback amplifier using an opamp

Preview 18:47

Ideal opamp

Preview 08:12

Negative feedback around the opamp

Preview 13:20

Finding opamp signs for negative feedback

Preview 12:49

Example: Determining opamp sign for negative feedback

Preview 08:47

Analysis of circuits with opamps

Preview 10:41

Inverting amplifier

Preview 13:13

Summing amplifier

Preview 03:42

Instrumentation amplifier

Preview 14:27

Negative resistance and Miller effect

Preview 08:09

Finding opamp signs for negative feedback-circuits with multiple opamps

Preview 16:08

Opamp supply voltages and saturation

Preview 15:28

KCL with an opamp and supply currents

Preview 08:52

Circuits with storage elements(capacitors and inductors)

Preview 11:00

First order circuit with zero input-natural response

Preview 10:28

First order RC circuit with zero input-Example

Preview 06:34

First order circuit with a constant input

Preview 14:12

General form of the first order circuit response

Preview 06:55

First order RC circuit with a constant input-Example

Preview 09:50

First order circuit with piecewise constant input

Preview 08:46

First order circuit with piecewise constant input-Example

Preview 11:52

First order circuit-Response of arbitrary circuit variables

Preview 08:01

Summary: Computing first order circuit response

Preview 21:09

Does a capacitor block DC?

Preview 05:37

Finding the order of a circuit

Preview 08:08

First order RC circuits with discontinuous capacitor voltages

Preview 07:50

Summary: Computing first order circuit response with discontinuities

Preview 12:33

First order RL circuits

Preview 02:53

First order RL circuit with discontinuous inductor current-Example

Preview 19:18

First order RC circuit with an exponential input

Preview 13:38

First order RC response to its own natural response

Preview 15:09

First order RC response to a sinusoidal input

Preview 08:14

First order RC response to a sinusoidal input-via the complex exponential

Preview 13:40

Summary: Linear circuit response to sinusoidal input via the complex exponential

Preview 09:39

Three methods of calculating the sinusoidal steady state response

Preview 22:28

Calculating the total response including initial conditions

Preview 07:10

Why are sinusoids used in measurement?

Preview 06:36

Second order system natural response

Preview 13:32

Second order system as a cascade of two first order systems

Preview 17:19

Second order system natural response-critically damped and underdamped

Preview 08:02

Generalized form of a second order system

Preview 16:37

Numerical example

Preview 07:10

Series and parallel RLC circuits

Preview 16:57

Forced response of a second order system

Preview 06:03

Steady state response calculation and Phasors

Preview 63:37

Phasors cont'd

Preview 31:25

Magnitude and Phase plots

Preview 59:37

Magnitude and phase plotes of a second order system

Preview 09:40

Maximum power transfer and Conjugate matching

Preview 06:45

Live Session 08-05-2021

Preview 62:51

Live Session 08-12-2021

Preview 50:45

Live Session 20-08-2021

Preview 47:15

Live Session 23-08-2021

Preview 39:05

Live Session 13-10-2021

Preview 96:06