Maximum Power Transfer Theorem Using Nodal Analysis & Thevenin Equivalent Circuits

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This electronics video tutorial provides a basic introduction into the maximum power transfer theorem which states that the max power delivered from the source to the external circuit occurs when the load resistance is equal to the thevenin resistance. This video explains how to use the thevenin equivalent circuit and nodal analysis to calculate the thevenin voltage & resistance as well as the maximum power delivered.

Schematic Diagrams & Symbols:

Resistors In Series:

Resistors In Parallel:

Series and Parallel Circuits - Light Bulb Brightness:

Equivalent Resistance of Complex Circuits:

How To Solve DC Circuits:

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Voltage Divider Circuit:

Current Dividers:

Parallel Circuit Challenge Problem:

Kirchhoff's Current Law:

Kirchhoff's Voltage Law:

DC Circuits Review:

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KCL and KVL Circuit Analysis:

Thevenin's Theorem - Circuit Analysis:

Norton's Theorem - Circuit Analysis:

Superposition Theorem:

Physics PDF Worksheets:
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This man teaches me more than my professor does, thank you sir! (2)

jeenas
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I have a biomedical electric circuit exam, I did take 8 lessons this semester and 4 weeks till midterm passed like racing.. I am really grateful to you that you taught me everything in 2 days. From current bla bla to loops nodes, nodal analys, mesh current problems, max power thevenin.. Dude you are freaking superman of teachers. Not electric, definitely you are good at teaching. Thanks a lot.. No matter passing the exam.

wertuxhd
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Man I dont know your name, but may God bless you everyday!
You have no idea how your videos are helpful for students!

cht
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whoa you could start a whole new series on nodal analysis with different methods and solve complex circuits, this video was so fun to watch, pls make more circuit analysis

battlewing
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bro just tell me who tf are you. youre the creator of every video im looking for

kaankaraman
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Thank you for your service to humanity.

natemac
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Damn, who is also watching this one day before the exams?😂😂

chelseodende
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Another great video; you explained with this video somewhat better the utility of the Thevenin Voltage and Thevenin Resistance. Also, I liked how you showed which current source would be dominant by examining voltage drops through the different resistors!

successthruknowledge
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2 years and still useful, like bro loved the video 🙇🏻‍♂️

HotRat
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Very well explained. Really thankful to you for this video.

pankajrathore
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You have a video for everything, WOW! Thank you sir !

ΚωνσταντίνοςΛαζαρίδης-ξι
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Love you bro, truly a master at your craft its inspiring to see

arnv
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I don't knw y anytime I watch ur video
I feel happy
U have charmed me 😂😂😂😂

TochukwuAbel
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Finally im looking for this thanks Prof.

roko
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hey for real... i am studying mechanical engineering and if i see you have a vid on one of my subjects i feel so much relive keep up the good work :) afther i grad will make a donation if you have a paypal or paytrion :)

JR-rkdr
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thank you so much, really appreciate your tutorials

raniakhair
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Excellent explanation.thank you so much.keep it up❤

shalinichathurika
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Thevenin equivalent resistance Rm (in ohms) at terminals (a, b) is Ph a b. 0 R1 9% If v, 2 v, R1 4 ohms, and R2 10 ohms, the current li (in amperes) is b. 0 c. 1.5 d. 3 e. 10 R1 If Vs = 9 V and R = 10 ohms

philippesenechal
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I've been waiting for this last year. 🙃 now finally it happens

maegayagi
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GREAT. job know I understand how Thevenin theorem works.

richardshinesr.