Introduction to Thevenin's Theorem

Introduces Thevenin's theorem. More instructional engineering videos can be found at www.engineeringvideos.org.
This video is licensed under the Creative Commons BY-SA license creativecommons.org/licenses/b....

[@alecx001]

this is very easy to understand on my part without an electronics background. My son is an ECE an he is entering his major subject and sms me about this thevenin theorem and this is the video that i found so much easy to understand. Keep up the good work sir.

[@twihardhoster]

I really appreciate these relatively short theorem videos. My electro tech lecturer forgot to flesh out the important details in his lectures, his examples looked like guess work.

[@walexia]

this is a fantastic video, it takes time to explain this concept the way several teachers don't.Nowadays Teachers rarely if at all "actually" teach and relate the applications of concepts.Therefore students can actually get into a class without actually learning anything other than a "method" which has no meaning to them.

[@Contradel]

Thank you for all your videos. Hope you get lots of more followers and viewers!

[@Aizlej]

Your videos are awesome! it helped me a lot. thanks :D

[@yuval260990]

Thank you, I wish that your website videos were still working. thanks tho

[@Sonyoooo3]

I like the stuff its easyer to master!

[@brankomiletic9444]

can you tell me examples of indepedent and dependent sources in real life. Like lets say you got some circuit for some device and its got a linear buck boost psu and some uC and some op amps and all that. how do you fit uC and all the bucking and boosting circuitry in all this and other ICs and all that.

[@justindeguia2587]

Thank you!

[@Daski69]

I'm really confused. It makes perfect sense to me that the current through RL must be Eth/(Rth + RL) since Rth and RL are in series, but; what also makes perfect sense to me is that since the Voltage across RL is Eth IL = Eth/RL could someone please tell me why the latter conclusion is wrong? Thanks!

[@jarardio126]

Thanks so much

[@heilo2489]

If i apply a source transformation on a thevenin equivelant circuit does that give me the norton equivelant straight away??

[@shanecaraker2022]

Yes it will

[@siddharthlakhara287]

Can you please tell me which software you use for making your video ?

[@akdedication9920]

Nice

[@ardauslu317]

7:38 8 seconds of silence

[@Arnoud115]

4:37 Sony Ericsson massage alert.

[@Sonyoooo3]

Even i have master the grammar it do not say you can get a job that easy.

[@AlgerianPhoenix]

He tried to be sacrastic, you didn't got it, don't yoo ?

[@Konvict0879]

*Your
So should you.

[@Yout00ber1]

that's not even grammar, it's spelling