Maximum Power Transfer Theorem for AC Circuits (with examples)

[@ALLABOUTELECTRONICS]

Downloadable pdf file link for the derivations have been updated in the description. So, you can check that for the derivations.

[@al-brael-sharif9807]

Thank you very much I really understanded this lecture
You resuce my😭😭😭😭😭😭😭😭😭😭😭😭

[@RAHUL-xy1ds]

That step where modulus is taken is not mentioned in many other sources...thank you

[@allinone-ro1sk]

thank you sir..your explanation is just fab..its 2222 nice,,keep on making such videoes ,,we will share and like ur video,,its more helpful for us...thanks once again

[@You_Tube12355]

Nice sir please give more problems of different type it may help to clear whole concept .

[@nadim49k]

Thank you sir ❤

[@satyaindukaranam2711]

Your explanation is super sir. Sir if you don't mine can you expalin reciprocity,compensation theorms please sir

[@ALLABOUTELECTRONICS]

soon I will cover it.

[@satyaindukaranam2711]

Thank you sir .

[@satyaindukaranam2711]

Sir if we use AC circuit means

[@ALLABOUTELECTRONICS]

Would you please let me know the timestamp where you are referring to, so I can answer quickly.

[@satyaindukaranam2711]

In place of dc

[@shivam-ui1cj]

thank you very much.... these lecs are helping me a lot

[@mahbubalam6285]

This video is very helpful.
Thanks a lot.

[@saykothossain]

Thanks

[@mayurshah9131]

Excellent Narration

[@mnada72]

In case of power systems , what is the alternative for the Maximum Power Transfer theorem ?

[@pbeee2417]

Thank you

[@eunicedeepthivanka8958]

Could you derive efficiency in each case

[@bonisuribabu2401]

Thank you so much 👍

[@satyaindukaranam2711]

Sir if we use AC circuit means

[@moinuddinkhan593]

Why he writing voltage values as 100

[@AdarshKumar-tm7pb]

Easily understandable👍

[@praveens4828]

sir transient and steady state responses please!Awesome explanation btw.

[@ALLABOUTELECTRONICS]

Next video will be on it soon.

[@charanchowdary8250]

While taking the power why did you take only the RL part and did not take the impedance part may i know why

[@ALLABOUTELECTRONICS]

Because the power only gets dissipated across the resistive part of the load.

[@reeseelijahmoralde589]

How and why did Xl became equal -Xth

[@ShadowViking47]

XL is equal to Xth in the context of a maximum power transfer.

[@paypal290]

Please do more videos

[@NiteshKumar-qd9zu]

X(L) = - X(th)
Negative sign q lagaya hai.
Please tell... Please

[@ALLABOUTELECTRONICS]

What I mean to say is, the load impedance should be complex conjugate of the Thevenin's equivalent impedance of the circuit.
That means if Zth = Rth + j Xth then ZL should be Rth - j Xth
I hope it will clear your doubt.

[@NiteshKumar-qd9zu]

@@ALLABOUTELECTRONICS
Okay thanks

[@yogeshkapoor571]

Tq sir ji

[@rajeshadam978]

Thanks🙏

[@sarathbabu540]

What about efficiency in all the cases sir

[@paypal290]

Nice

[@mugiwaraluffy3037]

عربي ديحاول يفهم هالموضوع التافه
ضطريت اشوف هندي

[@rajagupta677]

Waste lecture. Keep it slow and clear.