Excellent 👌

Very good info 👌

really valuable video, thank you

Great tutorial with excellent animation! Thank you very much for your efforts and knowledge. I will watch your other videos for sure.

Há em português?

thAt was BRILKIANTJ !!!

since voltage is not consumable. current is cosumable, how much current is being consumed by component is called impedence. high impedence components consumes very low current. when it comes to "give" rather than "consume", high impedence component "provide" very less current. if consumer component is high imped. and giver component is low imped (means it will need high current to work).. that is impedence mismatch. and circuit wont work at all. if giver component is low impedence and taker is high impedence then circuit may work because there is so much current available to consume but we need very low. but that is not maximum power transfer. because we taking a tiny part of current and skip utilizing lot of current. for ac circuits, this not consumed current reflects back to the source and create interference. which is also a problem.

Nice vid, great explanations, thank you. 🙏 ❤

Pretty bad error at 14:59: The parallel capacitor equation is C3 = C1 + C2, NOT C1 + C3. Otherwise, this is a very good video. I'm hoping that the error will be corrected.

It’s a good tutorial, I have a question for circuit at 08:12 when the Q1 goes to off state, C1 at the moment has potential difference between Q and P points, from my understanding the P point will jump to VCc which is 9v and Q becomes 9.7v? Can you please explain this ?

Very good video helped me understand capacitors that I had doubt for 7 long years

Smooth and simple One Thank you sir ❤

Best video ever in this topic! Great analogy! And a doubt, when we connect a capacitor to a DC voltage source, do we have initial current and then it decreases to zero, while the voltage remains constant?

Pbbperera

Excellent explanation❤

It looks like AI voice.

Irritated by AI voice

AI voice is very bad

Thanks Sir, you explained tough basics of electrical Engineering in a very simple way ( from zero level to top level). Great🙏

All units class

Why the Alternator of the Car when started by Solenoid coil ( Dynamo ) had an output DC Power that Charges the Battery Car

Fantastic... Thank you for offering these helpful videos.

dude...this is priceless...Makes me think all the bad professors i had all these years.

porn should be remove in the internet,, This is the dark side of internet

Thumbs up!

Best video on the topic hands down thanks

Thank you so much sir❤

Well summarized 😊

Thank you for your detailing

How to adjust dc offset?

Very good for study

Ampli🔥🔥

This is very helpfull

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3:44 very interesting questions ❤️❤️ how to ensure movement of motor ?

Pleas talk and dont use a voice

Nice explanation

Nice explation

Such a good explanation. The best I have seen. Shame about the bot audio. Getting sick of that voice/accent! If only my electrical lecturer had had access to cheap animation software (and a computer!) in 1975…

Thank you Sir 🫡

Hi very useful video Would you make video on harmonics

Excellent way of teaching.

I really intereste thi lessons,

Thank you very much from informations khalid from Morocco Casablanca

Many thanks Very clear explanations

Finally a real explanation of induction motor working with mind-blowing animation. You are the really good professor not mad 😂😂(u'r real gem)! Please make a animation video on difference between induction motor and synchronus motor.

18:48 why arent we adding the capacitor in series??

if there is no capacitor then it means the capacitie reactanc Xc is infinite???

V good thank y

😭😭😭😭