I am a Mechanical Engineering Student but now I am in love with EEE :) Thanks a lot
@timir0798 жыл бұрын
What the hellllll.....I cant even Imagine that "Maximum power theorem" could be explained in just so simple way that too in 10 minutes....... In next 5 hours i have my final exams and i don't have any clue to pass. I know definitely this question might be there. I was just gonna mug up this question as it is explained with the highest complexity in my book. Thank you thank you thank you thank you so very much!!!!!!!!!!!!!!!!!!!!!!!
@johnrobenault31406 жыл бұрын
About 90% of the time, difficulties in class material is because of how incredibly convoluted the explanations are. Somehow, we've come to believe it must be this way. Maybe someday we'll catch on, but for now, just go to youtube.
@wajeehkhalil39865 жыл бұрын
so didi you pass the exam ??
@mc.phoenix30458 ай бұрын
Thanks very much! you are the one person that finally simplified how to find out the maximum power transfer
@goham25586 жыл бұрын
Such a great professor; would love to have taken one of his classes.
@redrounin14407 жыл бұрын
short and sweet and easy to follow. Thank you!
@wajeehkhalil39865 жыл бұрын
Zahid haddad , it was so wonderful watching you doing the calculas stuff. thumbs up
@strangeperson7004 жыл бұрын
I love this man, he saved my life.
@hamitrizabegdili20172 жыл бұрын
That was so useful and brief. Thanks
@asb78808 жыл бұрын
thanks bro you helped me with my load line and power transfer lab
@daisy-fb5jc5 жыл бұрын
Ok, I finally understand what they are talking about... it's just right here!!!
@aakarshpratap32009 жыл бұрын
thank you. I guess i am gonna rock in my tests :)
@mariomuawad78152 жыл бұрын
Thanks a lot for making this video, made my life a lot easier
@shivamprakash81947 жыл бұрын
one of the most important lessons
@MarcoNabil6 жыл бұрын
YOU ARE A GREAT PERSON SIR
@Sam-rl6ok4 жыл бұрын
Great and spoon feeding.. Thank you som much Prof
@MrKhalidele7 ай бұрын
شكرا دكتور
@s-codes14Ай бұрын
I love this guy
@bhagyalaxmimohanty83977 жыл бұрын
it is the best easy derivation I could calculate the power easily
@RB-pg3br6 жыл бұрын
Great video thanks a lot!
@MrSarimjavaid8 жыл бұрын
at 04:32 derivative of RL is zero not of Rth, right?
@rahult97328 жыл бұрын
derivative of a constant is zero and derivative of a variable with respect to itself is one ,so what's wrong ?
@zachwalford59188 жыл бұрын
+Rahul T RL is not the constant, Rth is.
@tahirhussain61176 жыл бұрын
RL is not constant RTh is constant
@1HayesEng7 жыл бұрын
Simple, load resistance must not be less or more than the internal of the solar cell's resistance for MAX power transfer. Summery, Voltage drop of the cell and the load must be the same. This is Impedance matched. = max energy transfer...
@1HayesEng7 жыл бұрын
To get maximum power transfer from a solar cell. Use the 1/2 of open voltage method. 1. Measure the solar cells open voltage in full sun light, no load. 2. Add load resistors until 1/2 of unloaded voltage is measured. Now max power transfer is achieved. Impedance matched.. So if no load voltage is .5v and loaded voltage is .25v it is at max-transfer of Power. 1:1
@askariwaqar Жыл бұрын
-2Rl where it went. How you remove it.
@meeckelgurung9885 жыл бұрын
Thank u very much
@izabelnithin16954 жыл бұрын
Thank you
@numanahmed67195 жыл бұрын
why does Vth remain Vth since it is a Constant like Rth should it not also be 0?
@samtzam37745 жыл бұрын
Then constant in calculus is something different of the constant that you think. So, for that forgot the term constant that confusing and use the terms scaler and offset. The derivative of a scaler is the scaler and the derivative of an offset is 0. A scaler derived as any constant that multiplies a quantity that is function of the derivative variable and an offset is an constant that added or subtracted form the derivative variable.