Coupling and Decoupling Capacitors

[@aloysdeweerdt8029]

Thanks, very simple to understand !

[@kabandajamir9844]

So nice the world's best teacher

[@dalenassar9152]

At about 12:34 those caps are better shown connected directly and very close to the loads.
NICE VIDEO!!!

[@m.alig.5126]

agradecido con tu explicación, un cordial saludo!!

[@richardpope9985]

Another fantastic video.
I'm a security, fire alarm and access control service technician and your videos have helped me tremendously to do my job much easier and more efficiently.

[@gean7917]

Amazing explanation!

[@simonowen488]

Great to see you back,Bob!

[@dousha3015]

thank you for your teaching . Its really useful for me!!!

[@Calm142]

Bob is back! Finally

[@thomassorensen7907]

Hi
Thank you for a good video.
There was a comment at 12:05 to insert a coil, but that would only make things worse if you have switching ICs. Or?

[@yonasweldekidan2077]

Long time since you made your last video.Nice to see you back

[@kar0ee0m]

Thank you, Great video Super great information and very simple to understand ❤

[@Cleofizoid]

Welcome back to RUclips!

[@andresvalverde1294]

Thanks Bob!

[@debasishtahbildar9603]

Please continue making such videos...

[@bruceedwards8003]

Keep up the great work

[@LousyPainter]

Great explanation. What is the appropriate size and calculation for a bypass capasitor? Thanks.

[@niizumashiiori6402]

Thanks. I learn something interesting.

[@rodrigoetoobe2536]

I think the cyan ones are Inductors at 12:55 because you can see the color code

[@1rstcar]

Hi, Thanks again for easy to understand tutorials. I understand coupling and decoupling caps, but which group above does bypass caps belong to??

[@matijatatomirovic3351]

Bypass is the same thing as decoupling, just a different expression. Interchangeable.

[@hi_its_michael]

Thank you

[@eternalray8194]

Sir we can have a changing building and collapsing/changing magnetic field without its polarity reversing right?

[@ertreri]

Thanks, as always.

[@GLuft3]

Is the cap built into scope, or do you have to add one?

[@Anilyadav-rb8ft]

Yes capacitor is built into it

[@SONNYemc]

I was looking for an instructor for years

[@ciano5475]

What happened to the original channel "RSD Academy"?

[@Vocademy-Electronics-Tech]

Too long a story to tell here. You can read about it at the following post on Patreon:
www.patreon.com/posts/triple-whammy-68840773
Just for the record, this channel belongs to a family member who has graciously allowed me to post my content on their account.

[@ciano5475]

@@Vocademy-Electronics-Tech I'm sorry to hear that, I think you should add some note in the description of the channel to say that this is the "new" RSD Academy and the original was terminated by YT, and maybe even on the description in some video. And I hope you have a backup of all the videos.

[@uni-byte]

Good info.

[@a00b00c]

I think it would be better to include that one tenth of the Fco into the formula to not keep it in mind. So we would get C = 10/(2 pi Z Fco) = 5/(pi Z Fco).

[@Cashiez]

Is there a simple explanation why you would pick 1/10th the cut off for your impedance? Rule of thumb.

[@glenmartin2437]

Thanks.

[@gwynsea8162]

Good but missing crucial info on how to size the capacitors. Only the test equipment one, but then it was unclear how the impedance of the circuit was determined...

[@d3nt391]

Why do we take 1/10th of the frequency we want?

[@klmkt4339]

❤ simply

[@brendawilliams8062]

Best☑️

[@gregorykotoch5045]

Where did you go ?

[@Amerikanin2numarali_ustasi]

A++

[@TheOfAndTo]

7.96 is 8

[@afonsomanuel1585]

Like.

[@Adam-l3f4f]

I've had a lot of success with the ceramic ones with arduino inputs. The other non electrolytic ones are only known by color 😂😂

[@amjadtrablsi4051]

😄😄👍👍👍👍👍👍

[@MrDoneboy]

I figured the needed capacitance to be 796 Micro Farads.

[@yonasweldekidan2077]

Long time since you made your last video.Nice to see you back