Maximum Power Transfer Theorem

Network Theory: Maximum Power Transfer Theorem for dc Circuits.
Topics discussed:
1) The statement of Maximum Power Transfer Theorem.
2) Proof of Maximum Power Transfer Theorem.
3) The maximum power transferred to the load resistance.
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#NetworkTheoryByNeso #NetworkTheory #MaximumPowerTransferTheorem

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[@imranullah5073]

Plz expain physically that why maximum power is transferred when load resistance is equal to source resistance ???

[@Ghallab3009]

If u set the derivative of power in terms of resistance to zero to find the maximum value of resistance, you will get that Rsource=Rload

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Very nice and easy explanation. Thank you so much.

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[@atmsc4nd4l]

Hi. I have a question. What if the circuit is in parallel? example is a battery and two resistors. all of them are connected in parallel. I want to determine the value/setting for the other resistor (rheostat). resistor 1 is a fixed resistor having a resistance of 120 ohms and resistor 2 is a rheostat (variable). voltage source is set to 12V. what setting should be the value of the rheostat to be able to achieve maximum power transfer to the rheostat?
If I will be solving the thevenin resistance, it will be zero, Rth = 0. It means, I need to short circuit the terminals of the voltage source?
Thanks for those who will answer my question.

[@chillbackground4935]

Great question. This theorem applies to Thevenin’s Theorem, which means the circuit has been transferred from the complex one (parallel circuit) to the simple one (series circuit)

[@chillbackground4935]

so the case when the circuit is in parallel can not happen

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Nearly everywhere wherever you use motherboards and electronics

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[@miruthviakshara2395]

Plz could u clarify this doubt…after eq 1 u seem to have taken (a+b)^2 for denominator and then divided all terms by RL…so if ur dividing it all by RL then why is P not divided by RL…and at end the answer equates to +/-Rth = RL but resistors can’t be negative

[@janhvinarayan1633]

1) he didn't divide whole equation by rl, he just too took the reciprocal of rl then took that in denominator
u can say that he divided the numerator AND denominator by rl
or if i divide something by (1/x) or multiply by x then both are same things
2) resistance can't be -ve that's why we'll ignore the -ve value and consider only +ve value

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Very helpfull explain

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Keep it up sir

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Nice explanation

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[@mileswoolf]

Can you explain anyone after equation 1 what's that??.

[@Technical.Mindset.]

Why in both the differentiation case gives same result??

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This is the basis of MPPT in solar inverters.

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Kiara ❤

[@pathfinderforsuccess]

Pmax=Pth/4 in the end

[@ashwinpundir5603]

Multiplication after eq 1 is wrong

[@princepatel4280]

step after equation 1 is not clear

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Please explain in Normal Tone in your future videos

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From 6 minite i can not understand

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step after equation 1 is not clear

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Me

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[@ashwinpundir5603]

Step after eq 1 is wrong 😭

[@imranullah5073]

Plz expain physically that why maximum power is transferred when load resistance is equal to source resistance ???

[@ry7290]

Thank you 💖