Electrical Engineering: Ch 11 AC Circuit Analysis (1 of 34) Introduction

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In this video I will start a new playlist in electrical engineering in AC circuit analysis in sinusoidal (alternating) voltage and current sources with phase angles. Sinusoidal circuits are circuits in series and parallel that have voltage sources and current sources that alternate in time.

Next video in this series can be seen at:

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thank you so much ... i can't stop waching your videos

jugurthagreen

What makes phasor representation of sinusoidal quantities so powerful is that all the DC circuit techniques or mathematics are still applicable. The complex number impedance for capacitor and inductance includes the phase relationship effects of those components.

jimhenderson

Is there anything he doesn't know?!

pouyarezaie

I missed this on my class, thanks to you Sir for all this work ❤️ May God bless you more 🙏😇

mr.feeler

You are awesome!! thanks a lot... I am going to watch the other parts of this video.

canerboyraz

Thank you! This series came out at a great time for me.

The new lighting setup is casting a lot of shadows though, you may wanna tweak that

Akashascosset

sir when you complete this playlist!!! Eagerly waiting

habibmohammad

great video's helpful from south africa soweto

shadrackmashele

Michael sir please make video on cosmology lectures

chiragjain

Sir how could we analysis a circuit contain both dc and ac sources?

mahmoudalnmr

For the voltage source value, is it listed as a peak value or an RMS value? Our professor briefly went over this, however, it was not very clear

Chan-uxej

Electrical Engineering: Ch 11 AC Circuit Analysis (1 of 34) Introduction

Electrical Engineering: Ch 11 AC Circuit Analysis (1 of 34) Introduction

Electrical Engineering: Ch 11 AC Circuit Analysis (4 of 55) Nodal Analysis Example

Electrical Engineering: Ch 11 AC Circuit Analysis (10 of 55) Nodal Analysis Ex. 1

Electrical Engineering: Ch 11 AC Circuit Analysis (12 of 34) Mesh Analysis Ex. 1 (Part 1)

Electrical Engineering: Ch 11 AC Circuit Analysis (33 of 34) OP AMP Circuit: Ex. 1

Electrical Engineering: Ch 11 AC Circuit Analysis (2 of 34) Overview of the Techniques (Part 1)

Electrical Engineering: Ch 11 AC Circuit Analysis (3 of 55) Overview of the Techniques (Part 2)

Electrical Engineering: Ch 11 AC Circuit Analysis (11 of 55) Nodal Analysis Ex. 2***

Electrical Engineering: Ch 11 AC Circuit Analysis (5 of 55) Mesh Analysis Example

Electrical Engineering: Ch 11 AC Circuit Analysis (32 of 34) Thevenin Equivalent Circuit: Ex. 4

Electrical Engineering: Ch 11 AC Circuit Analysis (21 of 34) Source Transformation: Ex. 1

Electrical Engineering: Ch 11 AC Circuit Analysis (28 of 34) Norton Equivalent Circuit with Load

Electrical Engineering: Ch 11 AC Circuit Analysis (29 of 34) Thevenin Equivalent Circuit: Ex. 2

Electrical Engineering: Ch 11 AC Circuit Analysis (25 of 34) Norton Equivalent Circuit (Basics)

Electrical Engineering: Ch 11 AC Circuit Analysis (24 of 34) What is Thevenin Equivalent Circuit?

Electrical Engineering: Ch 11 AC Circuit Analysis (31 of 34) Norton Equivalent Circuit: Ex.

Electrical Engineering: Ch 11 AC Circuit Analysis (27 of 34) Thevenin Equivalent Circuit with Load

Electrical Engineering: Ch 11 AC Circuit Analysis (18 of 34) Superposition: Example 1

Electrical Engineering: Ch 11 AC Circuit Analysis (9 of 55) Norton Theorem Example

Electrical Engineering: Ch 11 AC Circuit Analysis (20 of 34) Source Transformation (The Basics)

Electrical Engineering: Ch 11 AC Circuit Analysis (34 of 34) OP AMP Circuit: Ex. 2

Electrical Engineering: Ch 11 AC Circuit Analysis (8 of 55) Thevenin Theorem Example

Electrical Engineering: Ch 11 AC Circuit Analysis (22 of 34) Source Transformation: Ex. 2 (Method 1)

Electrical Engineering: Ch 11 AC Circuit Analysis (30 of 34) Thevenin Equivalent Circuit: Ex. 3