10 awesome application of capacitors in circuits

you can't imagine what capacitors can do for you. after learning to use capacitors, your ability in designing stable and noiseless circuits will improve.
i know most of newbies think about using capacitors in their designs but they are confused where to use a capacitor!
In this video i am gonna tell you 10 application of capacitors in circuits. this will be good point for you to start using capacitors.

in this video i am gonna answer this basic question "where to use capacitors in circuits?" along with a lot of other questions about capacitors.

[JoeMcLutz]

I think explaining an electronic component by enumerating its applications is one of the most effective ways to learn it. Perhaps the most effective of all. Thanks again for this video. 👍🏻

[VWLBlue]

Brilliant! All electronics should be taught like this, actual real world applications.

[kennymanchester]

I am really loving your series. One favor, please cut the background music. We don’t need it and it’s distracting. Thank you so much for the content! Love the overhead angle of the scope! Excellent!

[Bronze_Age_Sea_Person]

This video is excellent. I'm a complete layman regarding electronics, and the most "electronic" thing I ever did besides switching a lamp was an electrolysis apparatus using old chargers, and only knew the theory behind capacitors because we learn it in High School in my country, but it was mostly about doing calculations about capacitance in series and parallel, and mostly because our education system is flawed and focused on students passing tests than getting an intuition about what are they learning. I watched some videos to get some intuition on how it worked, how it operated using electric fields, what the electrons were doing using the Maxwell's Equations, etc... but there was a missing link.

I knew capacitors acted as filters for DC, and that it resists changes in voltage, but never thought how it could be used in a practical manner in all sorts of situations before this video. Each situation is very intuitive to understand and builds upon the understanding on the previous examples. Now I know if I want to filter noise, smooth a DC current, rectify an AC current to turn it into DC, delay a voltage drop, decouple DC from AC from situations you don't want AC, and remove DC all-together in situations you don't want a DC current, I can understand how capacitors do it all, and also I can infer the inductors do the same but "on reverse" regarding how it acts upon AC and DC compared to capacitors.

[Preview]

This video explained this process far better than a whole year in my electronics course.

[Anvilfolk]

Like everyone else in the comments apparently, I've been slowly getting into electronics over the past few years. I binge watch a lot of videos on different topics. This is genuinely the first time someone has explained how one would use capacitors when designing a circuit in a way that truly makes intuitive sense. Absolutely amazing video! It probably helps to have some of the background from watching other videos, but after you've got the basic idea, this is where I'll tell anyone interested in electronics to come!

Thanks again for making this! :)

[sleeplessdev]

Exactly what I've been looking for. Seen so many videos tell me how capacitors work and are made, without describing its properties and behavior in a circuit.
Even after a dozen "Capacitors for beginners" type videos, I still was confused when I added a cap in a DC circuit and current didn't flow.
None of those videos explained that caps block DC and only conduct AC.

[somark]

What a high quality and in depth video covering information you'd only learn from your professor when taking their class. Even then the professor would have to be amazing to give you this information without you even asking. This is awesome content and I hope you continue to produce more for a long while. Cheers!

[tomasotreasaigh]

I just found this video, I have never seen this guy before but I have liked and subbed straight away. When I want to learn something then I don't want too much useless talking. This guy just speaks about the topic of the vid and gives the information like an algorithm, one logical step after another, that is exactly how I like things to be explained to me. Thanks and peace to you all from Ireland.

[VLC]

Your explanation of and how to use individual components is excellent. Anyone wanting to learn how components/circuits work should start here.

[zmagomah]

I have never seen such a good explanation of this topic on YT. It's absolute perfection.

[csbluechip]

How has this video got so few views? You are the only person who regularly talks about the value of a component, and not just physics/chemistry :)
Awesome work. Thank you.

[carlosvega]

I clicked on this video because it was recommended to me and after a minute in I know I want to hear the rest, I feel like this is going to explain this in a real world application and that would help because Im still learning.

[DanielBalog-ko]

I just want to thank you for this awesome series. I've been interested in electronics for decades, and I'm decent at understanding digital stuff (CS background).

I've always felt like something didn't click for me with the analog stuff though (I understand a lot of the theory, but was terrible at applying it).

Your videos have really helped stuff fall into place for me, keep up the good work!

[PiyasKheyal]

I have been looking for your channel for eternity. Thank god I have found you.

[HildaAzcarate]

La mejor explicación y más clara que he encontrado sobre los condensadores. ¡Bravo! y muchas gracias por su labor de enseñanza.

[gavinmcclenaghan]

Love the deep dive explanations along with the practical demonstrations. Helps impart a deep understanding. Thank you!

[stuartbruff]

First the praise. A very good and concise overview of the uses of capacitors. In particular, it shows the value of an oscilloscope in such demonstrations in understanding the behaviour of circuits, especially when subtle things happen faster than our eyes, ears and brains can detect. The effects of increasing capacitance on the microphone signal was really nice. Fortunately, oscilloscopes of sufficient range and quality are now much more affordable then they used to be.

Now for the dark comment. I, too, found the background noise slightly distracting. Indeed, because of the way those particular frequencies bounced of my walls, I spent a couple of minutes looking around for whichever of my devices was emitting sounds of distress. I'm not sure you need the music to help keep interest, but if you think it necessary, perhaps decreasing its relative amplitude might make it less obtrusive?

But this is a minor matter in context. I still followed everything and am planning how to further experiment along the lines you show (now that i have a "proper" scope!).

[PeterPerhac]

YOU ARE A GOD at explaining this. This is THE video to watch to UNDERSTAND capacitors. Thank you!

[delusionwalker]

I just stumbled upon your channel and I am very impressed how simple and effective you managed to explain things. I am not electronic engineer just hobbies and again I love it how well your video is because this knowledge is actually going to stay in my head.
Thank you !!!