Just starting out in electronics so watching lots of KZfaq tutorials, that is the best capacitor tutorial I have seen so far. Thanks for sharing!

God bless you Son! Thanks for helping this old man finally understand completely!

Thanks for explaining how the dielectric can alter the capacity. I learnt something today.

Excellent, flawless presentation. Better than many text books.

This is the only place I found correctly explaining the things. Thanks a lot for the video..!!

Perfect explenation,subscribed

Some of the best educational presentations anywhere. Clear and to the point.

I'm glad KZfaq finally posted your upload to my subscription to your channel. Good viewing your channel again and the electronic info that enlightens our brains....

Excellent explanation, well done!

Best explanation and illustration! More tutorials please!

Dude I’ve been having so much trouble trying to understand capacitors until this video. Seriously good explanation and teaching skills. Subbed

Nice explanation, good job!

Totally amazing

This is the first video I see in your channel, I don't like your voice but I love all the info. I really recommend your channel. Thank you very much 👍 Good job

Finally the first video which explains capacitors clearly.

Nicely explained, thanks.

Amazing video, thank you!

well explained to the point .....thanks very much

I am 4th year mechatronics engineer student, But this is the first time I understand this component THANK YOU!

Excellent job. That's how an instructional video should be made. Subscribed.

Thank you, these are explained and animated well. I never understood how a capacitor smoothed out current before and now I understand.

Excellent video !

great video and explanation!

something about that soothing Russian accent that makes the information stick into my head

Great explanation.

Finally a good video on the topic

2:30 It was a good video. I think an extended version might help people who have already seen this video. I think at that timestamp it would have been good to at some point mention the energy gap of an example Dielectric compound as long as it is as simple a molecule as possible. The suggested Glass might be an OK example (Silicon Dioxide) or maybe something which is just one element. Maybe nitrogen would do, even though it is unlikely to appear in a capacitor.

We could see how much effort you put into creating this video. Nice video keep it up. We A4Q team with your growth. Full support 💪.

Thanks alot for this great explaination Watched your videos many times and benefited ALOT Please just don't put music 😊

Beautifully explained...

I just love watching these kind of videos

Awesome explanation. thank you so much.

Excellent explanation

The best and most spot on explanation on this subject. Thanks ever so much!

Great explanation!! Thanks

Now i have a better idea of the working mechanism of a capacitor. Thank You Dejan Nedelkovshi :)

i think this is the best

Creative idea, thanks for sharing :)

Nice explain . Thank you !

Thanks

Thanks for this great video, I have some doubts about what you said at 2.59min, how can a negative plate attract electrons from the dielectric?

Excellent visualization.

Great video and really informative! Visual aids were also very well done.

Really good explanation and animations along with practical applications! Subscribed!

thank you so much this video is exactly what i was looking for

One video for inductors *please! This one was awesome!

Thank you.

Thank you for the animation

Great explanation. Thanks a lot!

thank you for sharing, kindly explain also the use, how it works the other type of capacitors like ceramic, mica, polystyrene, npo,polydropylene, and tuning capacitors, nice and educational video

Thank you so much, well explained..

Thank you alot!!

I like everything about this video, thank you.

Well explained! Very helpful

Very useful, well explained thanks

Excellent explanation Sir,...

very well made video. Thx

YOU ARE THE BEST!

Excellent job

Great video

Very nice explanation. Thank you.

thnx Dejan for the logic explanation .it is very understandable . best wishes

Nice explanation.

Great video, thanks

so beautiful explaintion in 3d animation

Thanks a lot

Wow this was a great video! Thank you so much :)

nice animation. great video !

This is awesome, thank you so much!

Good video. can you do one on phase angle with AC voltage?

excellent tutorial!!!

really great video, thanks for sharing

The electron leaves the negative terminal of the battery first. Then in order for it to go onto the plate on the right, an electron has to leave the plate on the left. That electron that leaves the left plate then travels towards the positive terminal of the battery. This process repeats.

Perfect. Thank you !!!

Very educational my friend

Thanks :) it was helpful

Great explanation, thank you. Subscribed.

Amazing video, great explanation!

Fantastic thanks for you

Very well explanation

Very clear .

please making Video on IOT base project.

Caps are also used in guitar amp circuits to filter out or amplify certain frequencies for tonal character.

4:15 FULL BRIDGE RECTIFIER!!

Thanks a lot!

Really great video, sir

4k slide resolution, 'cause it's XXI century, and why not :P Btw, loved the content of your channel. Keep it up

Thank you Sir it was really helpful video.

very basic and useful

nice presentation. i gained a lot. is there possibilities capacitors are connected in series ? for what purpose if they do . thanks a lot

very good explanation keep it up for other topics too...

Thanks for your nice explanation! I have a question regarding your last graph: Why can a battery discharge as fast as a capacitor? This can't be right ? Or at least the battery will be broken because of enormous heat? And if it can discharge that fast, why can't it charge so fast? My explanation is that it could be because of the size of the ions (30000 times bigger than electrons) that have to travel trough the battery, but this explanation doesn't fit with the quick discharge, because they have to travel during both reactions... Thanks for your help!

But how do I know which Farad value to choose? What does the capacitance rating actually tell me? How quickly the capacitor discharges energy?

great!

Sir, which software you used for this

Nice explanation subscribed

Nice vid

Very informative. Txz a lot.

please make videos of basic electronics

Good one !!!