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NOC:Basic Electrical Circuits

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NOC:Basic Electrical Circuits

Validity Unlimited NOC:Basic Electrical Circuits All Level NOC:Basic Electrical Circuits English

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About This Course

Electrical circuit. An electric circuit is a path in which electrons from a voltage or current source flow. The point where those electrons enter an electrical circuit is called the "source" of electrons. ... Circuitsuse two forms of electrical power: alternating current (AC) and direct current (DC).

  • NOC:Basic Electrical Circuits Total 24 Modules
  • NOC:Basic Electrical Circuits 143 Videos
  • NOC:Basic Electrical Circuits Downloadable on mobile
  • NOC:Basic Electrical Circuits Published on 29 June, 2019

Course Curriculum

Week 1-Preliminaries; Current and voltage; Electrical elements and circuits; Kirchhoff\'s laws

NOC:Basic Electrical Circuits
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    Preliminaries

    5m <?php echo  $alt; ?>
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    Current

    6m <?php echo  $alt; ?>
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    Voltage

    12m <?php echo  $alt; ?>
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    Electrical elements and circuits

    6m <?php echo  $alt; ?>
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    Kirchhoff\'s current law(KCL)

    7m <?php echo  $alt; ?>
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    Kirchhoff\'s Voltage law(KVL)

    8m <?php echo  $alt; ?>

Basic elements: Voltage and current sources, R, L, C, M; Linearity of elements

NOC:Basic Electrical Circuits
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    Voltage Source

    7m <?php echo  $alt; ?>
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    Current Source

    5m <?php echo  $alt; ?>
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    Resistor

    8m <?php echo  $alt; ?>
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    Capacitor

    10m <?php echo  $alt; ?>
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    Inductor

    7m <?php echo  $alt; ?>
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    Mutual Inductor

    11m <?php echo  $alt; ?>
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    Linearity of Elements

    13m <?php echo  $alt; ?>

Week 2-Elements in series and parallel

NOC:Basic Electrical Circuits
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    Series connection-Voltage sources in series

    11m <?php echo  $alt; ?>
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    Series connection of R, L, C, current source

    13m <?php echo  $alt; ?>
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    Elements in parallel

    14m <?php echo  $alt; ?>
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    Current source in series with an element; Voltage source in parallel with an element

    5m <?php echo  $alt; ?>
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    Extreme cases: Open and short circuits

    5m <?php echo  $alt; ?>
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    Summary

    5m <?php echo  $alt; ?>

Controlled Sources

NOC:Basic Electrical Circuits
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    Voltage controlled voltage source(VCVS)

    10m <?php echo  $alt; ?>
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    Voltage controlled current source(VCCS)

    3m <?php echo  $alt; ?>
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    Current controlled voltage source(CCVS)

    4m <?php echo  $alt; ?>
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    Current controlled current source(CCCS)

    3m <?php echo  $alt; ?>
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    Realizing a resistance using a VCCS or CCCS

    12m <?php echo  $alt; ?>
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    Scaling an element\'s value using controlled sources

    11m <?php echo  $alt; ?>
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    Example calculation

    9m <?php echo  $alt; ?>

Week 3-Power and Energy in Circuits

NOC:Basic Electrical Circuits
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    Power and energy absorbed by electrical elements

    12m <?php echo  $alt; ?>
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    Power and energy in a resistor

    14m <?php echo  $alt; ?>
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    Power and energy in a capacitor

    16m <?php echo  $alt; ?>
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    Power and energy in an inductor

    14m <?php echo  $alt; ?>
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    Power and energy in a voltage source

    15m <?php echo  $alt; ?>
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    Power and energy in a current source

    8m <?php echo  $alt; ?>

Circuit Analysis Methods

NOC:Basic Electrical Circuits
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    Goals of circuit analysis

    6m <?php echo  $alt; ?>
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    Number of independent KCL equations

    6m <?php echo  $alt; ?>
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    Number of independent KVL equations and branch relationships

    14m <?php echo  $alt; ?>
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    Analysis of circuits with a single independent source

    13m <?php echo  $alt; ?>
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    Analysis of circuits with multiple independent sources using superposition

    13m <?php echo  $alt; ?>
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    Superposition: Example

    6m <?php echo  $alt; ?>

Week 4-Nodal analysis

NOC:Basic Electrical Circuits
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    What is nodal analysis

    6m <?php echo  $alt; ?>
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    Setting up nodal analysis equations

    16m <?php echo  $alt; ?>
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    Structure of the conductance matrix

    12m <?php echo  $alt; ?>
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    How elements appear in the nodal analysis formulation

    10m <?php echo  $alt; ?>
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    Completely solving the circuit starting from nodal analysis

    10m <?php echo  $alt; ?>
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    Nodal analysis example

    9m <?php echo  $alt; ?>
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    Matrix inversion basics

    8m <?php echo  $alt; ?>

Extending nodal analysis with different sources

NOC:Basic Electrical Circuits
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    Nodal analysis with independent voltage sources

    11m <?php echo  $alt; ?>
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    Supernode for nodal analysis with independent voltage sources

    15m <?php echo  $alt; ?>
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    Nodal analysis with VCCS

    14m <?php echo  $alt; ?>
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    Nodal analysis with VCVS

    4m <?php echo  $alt; ?>
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    Nodal analysis with CCVS

    5m <?php echo  $alt; ?>
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    Nodal analysis with CCCS

    4m <?php echo  $alt; ?>
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    Nodal analysis summary

    6m <?php echo  $alt; ?>

Week 5-Mesh analysis

NOC:Basic Electrical Circuits
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    Planar circuits

    11m <?php echo  $alt; ?>
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    Mesh currents and their relationship to branch currents

    10m <?php echo  $alt; ?>
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    Mesh analysis

    16m <?php echo  $alt; ?>
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    Mesh analysis with independent current sources-Supermesh

    12m <?php echo  $alt; ?>
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    Mesh analysis with current controlled voltage sources

    5m <?php echo  $alt; ?>
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    Mesh analysis with current controlled current sources

    6m <?php echo  $alt; ?>
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    Mesh analysis using voltage controlled sources

    7m <?php echo  $alt; ?>
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    Nodal analysis versus Mesh analysis

    3m <?php echo  $alt; ?>

Circuit Theorems

NOC:Basic Electrical Circuits
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    Superposition theorem

    17m <?php echo  $alt; ?>
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    Pushing a voltage source through a node

    15m <?php echo  $alt; ?>
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    Splitting a current source

    10m <?php echo  $alt; ?>
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    Substitution theorem: Current source

    14m <?php echo  $alt; ?>
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    Substitution theorem: Voltage source

    11m <?php echo  $alt; ?>
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    Substituting a voltage or current source with a resistor

    5m <?php echo  $alt; ?>

More circuit theorems

NOC:Basic Electrical Circuits
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    Extensions to Superposition and Substitution theorem

    5m <?php echo  $alt; ?>
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    Thevenin\'s theorem

    23m <?php echo  $alt; ?>
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    Worked out example: Thevenin\'s theorem

    11m <?php echo  $alt; ?>
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    Norton\'s theorem

    18m <?php echo  $alt; ?>
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    Worked out example: Norton\'s theorem

    9m <?php echo  $alt; ?>
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    Maximum power transfer theorem

    21m <?php echo  $alt; ?>

Week 6-Two port parameters

NOC:Basic Electrical Circuits
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    Preliminaries.

    9m <?php echo  $alt; ?>
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    Two port parameters

    11m <?php echo  $alt; ?>
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    y parameters

    19m <?php echo  $alt; ?>
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    y parameters: Examples

    14m <?php echo  $alt; ?>

Two port parameters continued

NOC:Basic Electrical Circuits
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    Calculations with a two-port element.

    8m <?php echo  $alt; ?>
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    z parameters

    9m <?php echo  $alt; ?>
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    z parameters: Examples

    9m <?php echo  $alt; ?>
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    h parameters

    9m <?php echo  $alt; ?>
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    h parameters: Examples

    9m <?php echo  $alt; ?>
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    g parameters

    7m <?php echo  $alt; ?>
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    g parameters: Examples

    6m <?php echo  $alt; ?>
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    Calculations with a two-port element

    8m <?php echo  $alt; ?>
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    Degenerate cases

    4m <?php echo  $alt; ?>
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    Relationships between different two-port parameters

    4m <?php echo  $alt; ?>
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    Equivalent circuit representation for two ports

    12m <?php echo  $alt; ?>

Week 7-Reciprocity in resistive networks

NOC:Basic Electrical Circuits
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    Reciprocity

    12m <?php echo  $alt; ?>
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    Proof of reciprocity of resistive two-ports

    20m <?php echo  $alt; ?>
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    Proof for 4-terminal two-ports

    16m <?php echo  $alt; ?>
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    Reciprocity in terms of different two-port parameters

    19m <?php echo  $alt; ?>
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    Reciprocity in circuits containing controlled sources

    4m <?php echo  $alt; ?>
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    Examples

    18m <?php echo  $alt; ?>
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    Solutions..

    38m <?php echo  $alt; ?>

Week 8-Opamp and negative feedback

NOC:Basic Electrical Circuits
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    Feedback amplifier using an opamp

    18m <?php echo  $alt; ?>
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    Ideal opamp

    8m <?php echo  $alt; ?>
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    Negative feedback around the opamp

    13m <?php echo  $alt; ?>
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    Finding opamp signs for negative feedback

    13m <?php echo  $alt; ?>
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    Example: Determining opamp sign for negative feedback

    12m <?php echo  $alt; ?>
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    Analysis of circuits with opamps

    10m <?php echo  $alt; ?>

Opamps cont'd: Example circuits and additional topics

NOC:Basic Electrical Circuits
  • <?php echo  $alt; ?>

    Inverting amplifier

    13m <?php echo  $alt; ?>
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    Summing amplifier

    3m <?php echo  $alt; ?>
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    Instrumentation amplifier

    3m <?php echo  $alt; ?>
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    Negative resistance and Miller effect

    8m <?php echo  $alt; ?>
  • <?php echo  $alt; ?>

    Finding opamp signs for negative feedback-circuits with multiple opamps

    16m <?php echo  $alt; ?>
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    Opamp supply voltages and saturation

    15m <?php echo  $alt; ?>
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    KCL with an opamp and supply currents

    8m <?php echo  $alt; ?>
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    First order RC response to a sinusoidal input-via the complex exponential

    8m <?php echo  $alt; ?>

Week 9-First Order Circuits

NOC:Basic Electrical Circuits
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    Circuits with storage elements(capacitors and inductors)

    11m <?php echo  $alt; ?>
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    First order circuit with zero input-natural response

    10m <?php echo  $alt; ?>
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    First order RC circuit with zero input-Example

    6m <?php echo  $alt; ?>
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    First order circuit with a constant input

    14m <?php echo  $alt; ?>
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    General form of the first order circuit response

    6m <?php echo  $alt; ?>
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    First order RC circuit with a constant input-Example

    9m <?php echo  $alt; ?>
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    First order circuit with piecewise constant input

    8m <?php echo  $alt; ?>
  • <?php echo  $alt; ?>

    First order circuit with piecewise constant input-Example

    11m <?php echo  $alt; ?>
  • <?php echo  $alt; ?>

    First order circuit-Response of arbitrary circuit variables

    8m <?php echo  $alt; ?>
  • <?php echo  $alt; ?>

    Summary: Computing first order circuit response

    21m <?php echo  $alt; ?>
  • <?php echo  $alt; ?>

    Does a capacitor block DC?

    5m <?php echo  $alt; ?>

First Order Circuits cont'd

NOC:Basic Electrical Circuits
  • <?php echo  $alt; ?>

    Finding the order of a circuit

    5m <?php echo  $alt; ?>
  • <?php echo  $alt; ?>

    First order RC circuits with discontinuous capacitor voltages

    7m <?php echo  $alt; ?>
  • <?php echo  $alt; ?>

    Summary: Computing first order circuit response with discontinuities

    12m <?php echo  $alt; ?>
  • <?php echo  $alt; ?>

    First order RL circuits

    2m <?php echo  $alt; ?>
  • <?php echo  $alt; ?>

    First order RL circuit with discontinuous inductor current-Example

    19m <?php echo  $alt; ?>

First order circuits with time-varying inputs

NOC:Basic Electrical Circuits
  • <?php echo  $alt; ?>

    First order RC circuit with an exponential input

    13m <?php echo  $alt; ?>
  • <?php echo  $alt; ?>

    First order RC response to its own natural response

    15m <?php echo  $alt; ?>
  • <?php echo  $alt; ?>

    First order RC response to a sinusoidal input

    8m <?php echo  $alt; ?>
  • <?php echo  $alt; ?>

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

    9m <?php echo  $alt; ?>

Week 10-Sinusoidal steady state response and total response

NOC:Basic Electrical Circuits
  • <?php echo  $alt; ?>

    Three methods of calculating the sinusoidal steady state response

    22m <?php echo  $alt; ?>
  • <?php echo  $alt; ?>

    Calculating the total response including initial conditions

    7m <?php echo  $alt; ?>
  • <?php echo  $alt; ?>

    Why are sinusoids used in measurement?

    6m <?php echo  $alt; ?>

Week 11-Second order system-Natural response

NOC:Basic Electrical Circuits
  • <?php echo  $alt; ?>

    Second order system natural response

    6m <?php echo  $alt; ?>
  • <?php echo  $alt; ?>

    Second order system as a cascade of two first order systems

    17m <?php echo  $alt; ?>
  • <?php echo  $alt; ?>

    Second order system natural response-critically damped and underdamped

    8m <?php echo  $alt; ?>

Second order system-Cont'd

NOC:Basic Electrical Circuits
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    Generalized form of a second order system

    16m <?php echo  $alt; ?>
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    Numerical example

    7m <?php echo  $alt; ?>
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    Series and parallel RLC circuits

    16m <?php echo  $alt; ?>
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    Forced response of a second order system

    6m <?php echo  $alt; ?>

Direct calculation of steady state response from equivalent components

NOC:Basic Electrical Circuits
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    Steady state response calculation and Phasors

    1h 63 min <?php echo  $alt; ?>
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    Phasors cont\'d

    31m <?php echo  $alt; ?>

Week 12-Magnitude and Phase plots; Maximum power transfer theorem

NOC:Basic Electrical Circuits
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    Magnitude and Phase plots

    59m <?php echo  $alt; ?>
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    Magnitude and phase plotes of a second order system

    9m <?php echo  $alt; ?>
  • <?php echo  $alt; ?>

    Maximum power transfer and Conjugate matching

    6m <?php echo  $alt; ?>

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