To see subtitles in other languages: Click on the gear symbol under the video, then click on "subtitles." Then select the language (You may need to scroll up and down to see all the languages available). --To change subtitle appearance: Scroll to the top of the language selection window and click "options." In the options window you can, for example, choose a different font color and background color, and set the "background opacity" to 100% to help make the subtitles more readable. --To turn the subtitles "on" or "off" altogether: Click the "CC" button under the video. --If you believe that the translation in the subtitles can be improved, please send me an email.
Eugene please explain the part ,why putting a capacitor makes the current steady And also tell what kind of capacitor should be put to make the process efficient
@@JohnDoe-kz3vt I am showing positive current, which is in the opposite direction of electron current. I explain this in my video at th-cam.com/video/ggC58hQCX38/w-d-xo.html
Your videos are my 'go to' for my electrical engineering study. The visual makes it so much easier to understand and the pace of the narrator gives me time to absorb what is happening. Please keep up the great work. I'd love to see more on transistors (Triac, Diac, BJT, etc...). Thank you.
I will go to college in about a month. At the moment your videos are great to feed my curiosity but in the future they will save my life I think :D Thank you so much for providing awesome and free education for us! The way you visualize things in your videos is unique and very effective IMO.
@@johnrubensaragi4125 Yeah a few months ago in mechatronics. Corona delayed my graduation for 3 semesters unfortunately... I will start with my master major next week in robotics and artificial intelligence.
In case, you have not already seen them, I also uploaded several other videos recently. As always, for each video that you like, you can help more people find it in their TH-cam search engine by clicking the like button, and writing a comment. Lots more videos are coming very soon. Thanks.
+Rich Handsome, I already have a video on resistors. It is the video titled, "Resistors - Ohm's Law is not a real law." The link is available at the end of the video up above, and the link is also available on my TH-cam home page. Thanks.
Wonderful animations and explanation. You are doing a great job. I am using these videos in my classroom teaching. You will be always remembered by the student community, Expecting more videos
Awesome. I see that there's a whole library of these types of videos! Definately something I will visit when trying to understand the functionality of common electrical apparatuses
+Aaron Lowe I would say I know basic switching, but oscillating is a whole new part to electronics I've never really touched until now, since I'm working with Aurdrino right now rather than industrial control.
Eugene, your videos are awesome and extremely educative. The 3D models explain clearly and visually support the information provided. Thank you for these videos, keep spreading knowledge. -Gonzalo
I Just Love This channel. This channel just makes things massively interesting. The Biggest problem of my life is solving day by day. I am getting interested in Physics
this is a bridge rectifier circuit if i am not mistaken, and by adding more capacitors you can get a cleaner full wave rectification in that it will show up as a flat line on the scope
Thanks yet again for this great education. I can't express in words how much it helped me through physics and how much it will again once I'm in college. I know you have a lot planned, but if you're willing to take suggestions, I think a video on force particles would be fantastic. Keep it up! I'll share you're videos wherever I can
+pendalink, I am glad to hear that my videos are helpful, and I am glad that you like them. Yes, I may eventually do a video on force particles. Thanks.
@@alih5665 I don't think he has, but whatever. I finished my physics bachelor's and am now working on my PhD, and what can I say... these videos are still the absolute best.
Excellent video. FYI, I've taken a di-pole antenna with a capacitor across the antenna, then routed the incoming electromagnetic radiation energy "backwards" through a full wave rectifier. I have a bi-metallic battery on the "normal" side of the rectifier to keep a forward bias on the rectifier. The electromagnetic radiation energy comes in, get's split, stacked and stored. Then with diodes take the energy from the capacitor for use in other circuits. Electromagnetic radiation energy from the atmosphere (or from a radioactive source for those more daring), converted into dc electricity.
Thank you very much. Awesome 5 star animations So would you advise me why all of 4 diode is blocked when the capacitor works(for instance 5:14) during alternating current flow? from novice
You can help translate this video by adding subtitles in other languages. To add a translation, click on the following link: th-cam.com/users/timedtext_video?v=J8A6QUxfk8c&ref=share You will then be able to add translations for all the subtitles. You will also be able to provide a translation for the title of the video. Please remember to hit the submit button for both the title and for the subtitles, as they are submitted separately. Details about adding translations is available at support.google.com/youtube/answer/6054623?hl=en Thanks.
can I download your video then add my voice (translation to my language), and upload it again to my channel ( i will mention your channel as the owner of the original video, also i will add your channel link ) , can I ?
No, that is not allowed. If you want to add a translation, you can only do it through the link above, which allows subtitles to appear when people watch the video on my channel.
great video. well done. here in India , we have two diodes and centre tap transformer to get full wave rectification. I request you to add that as well. great work again.
+kapil rathi Thanks for the compliment about the video. I left out the design with the center tapped transformer because if I included that, I would also have to explain transformers, and that is a lengthy topic in and of itself, which I plan to do a separate video on. Thanks.
One video which will most welcomed will be about displacement current while charging capacitor.. very difficult to visualize. Also, historic and tribal facts About the physics phenomenon you depict makes it very appealing..like very famous veritasium or Michael of vsause
So you're telling me the speed of electricity is so great that in the handful of milliseconds between when the AC power source has switched to one polarity or another, the capacitor discharges and in those few milliseconds supplies additional electricity to the light-bulb to maintain the current through it?
2:05 Would a Zenor diode work better than the regular one in that circuit if the AC voltage source could make a voltage higher than the reverse breakdown voltage?
1:50, I thought diode's have a voltage drop? Roughly 0.7V for silicon diodes and lower for Schottky? If this is not a mistake in the video, can someone clarify?
Yes, diodes have a small voltage drop when current flows in the forward direction. In the video, I said that when current flows in the forward direction, both sides of the diode are at "about" the same voltage.
I guess in the ideal case they are "about the same voltage", however some would not consider 0.7V drop small enough to be considered about the "same voltage". Either way thanks for the video!
So the purpose of the capacitor is to further stablilize the DC current that we are getting? Thanks for the video by the way! It made some lightbulbs click! The way engineering is taught in schools is very messy and all over the place because it would be way too much of an issue getting classes to learn everything "in order"! Thanks!
Wikipedia is not trash... Wikipedia is an encyclopedia, not a learning video. So yeah, it's really hard to get what on Earth is written in many of the scientific Wikipedia articles, but it's still very convenient and usable for many people.
I have no electronic background, so it might be a stupid question... but is there any way to get a voltage output without too much of attenuation, so the gain can be closer to 1?
+David Flores Yes. Many motors require AC voltage. If you apply DC voltage to them, they will not work, and they will draw a very large amount of current which may damage them due to overheating.
As always, an elegant explanation and a beautiful visualization! But... the properties of a capacitor as an insulator for DC-current wasn't brought up. That might cause a bit of confusion, since we want to avoid creating a short circuit.
+Pär Johansson Thanks for the compliment. I am planning to discuss the properties of capacitors in a separate video. I hope the fact that I haven't yet explained their properties as an insulator for DC voltage won't cause too much confusion.
Eugene please explain the part ,why putting a capacitor makes the current steady And also tell what kind of capacitor should be put to make the process efficient
I cover capacitors in my video at: th-cam.com/video/f_MZNsEqyQw/w-d-xo.html I cover AC across capacitors in my video at th-cam.com/video/zO7RZZW0wSQ/w-d-xo.html
The capacitor filters high frequencies, when it is parallel to the consumer/resistor. Can you apply the same effect with an inductor in series functioning as a high pass?
I have a question. Why didn't you connect the capacitor in series with the light bulb? Is there a difference between that and connecting it in parallel with the light bulb?
A capacitor in series with the light bulb would make things worse, and cause less current to flow through the light bulb. I have a video explaining capacitors at th-cam.com/video/f_MZNsEqyQw/w-d-xo.html And I explain AC current through capacitors in my video at th-cam.com/video/zO7RZZW0wSQ/w-d-xo.html
😇1)120V ac starts from Line and end through Neutral.. 2)During reverse, from where voltage stars high 120Volt. Is starting piont Neutral and ending through Phase Line? 3)Neutral is always Zero Voltage, then how current flow from Neutral to Phase? 😇
To see subtitles in other languages: Click on the gear symbol under the video, then click on "subtitles." Then select the language (You may need to scroll up and down to see all the languages available).
--To change subtitle appearance: Scroll to the top of the language selection window and click "options." In the options window you can, for example, choose a different font color and background color, and set the "background opacity" to 100% to help make the subtitles more readable.
--To turn the subtitles "on" or "off" altogether: Click the "CC" button under the video.
--If you believe that the translation in the subtitles can be improved, please send me an email.
Eugene please explain the part ,why putting a capacitor makes the current steady
And also tell what kind of capacitor should be put to make the process efficient
Current through the diodes is wrong.
@@JohnDoe-kz3vt I am showing positive current, which is in the opposite direction of electron current. I explain this in my video at th-cam.com/video/ggC58hQCX38/w-d-xo.html
This really is one my favorite channels. Classical music, physics AND great explanations? What more can you ask for?
Thanks.
Your videos are my 'go to' for my electrical engineering study. The visual makes it so much easier to understand and the pace of the narrator gives me time to absorb what is happening. Please keep up the great work. I'd love to see more on transistors (Triac, Diac, BJT, etc...). Thank you.
Thanks. A video dedicated just to transistors is on my list of topics for future videos.
Good example of a FULL BRIDGE RECTIFIER!
Once you hear it once, you cant unhear it! :) th-cam.com/video/sI5Ftm1-jik/w-d-xo.html
#ElectroBOOM
One of the BEST tutorial/guide video I've ever seen..
clearly illustrated with outstanding rendering of animation..
Thanks for the compliment about my video. Though, I actually think that many of my other videos are much better than this one.
I will go to college in about a month.
At the moment your videos are great to feed my curiosity but in the future they will save my life I think :D
Thank you so much for providing awesome and free education for us!
The way you visualize things in your videos is unique and very effective IMO.
+TheCherry1994 Thanks for that really great compliment.
You graduated?
@@johnrubensaragi4125 Yeah a few months ago in mechatronics. Corona delayed my graduation for 3 semesters unfortunately...
I will start with my master major next week in robotics and artificial intelligence.
I have been in the field for decades, and still learn things from this channel! Thank You!
Thanks!
In case, you have not already seen them, I also uploaded several other videos recently. As always, for each video that you like, you can help more people find it in their TH-cam search engine by clicking the like button, and writing a comment. Lots more videos are coming very soon. Thanks.
This is the best explanation of this and the visuals are amazing
+tpespos Thanks. Glad you liked it.
Hey thanks for the explanation.
Can you show me video where you talk about with resister does?
+Rich Handsome, I already have a video on resistors. It is the video titled, "Resistors - Ohm's Law is not a real law." The link is available at the end of the video up above, and the link is also available on my TH-cam home page. Thanks.
+Eugene Khutoryansky
Thanks love !
Wonderful animations and explanation. You are doing a great job. I am using these videos in my classroom teaching. You will be always remembered by the student community, Expecting more videos
+SAJAN P PHILIP ECE Thanks. That is great to hear that you are using my videos in your classroom. Lots more videos are on their way. Thanks.
I am a beginner in English and I love watching your videos. I learn English thanks to you.
Awesome. I see that there's a whole library of these types of videos! Definately something I will visit when trying to understand the functionality of common electrical apparatuses
+Aaron Lowe I would say I know basic switching, but oscillating is a whole new part to electronics I've never really touched until now, since I'm working with Aurdrino right now rather than industrial control.
I never get bored even for the dry subjects due to this channel!! Thank you so much.
Eugene, your videos are awesome and extremely educative. The 3D models explain clearly and visually support the information provided. Thank you for these videos, keep spreading knowledge.
-Gonzalo
+Mr. Fab, thanks for the compliment on my videos. Many more are on their way.
Yay
now I understand the basic concept of AC to DC conversion. Thanks a lot
Great visualization. Also clear voice and subtitles make it useful for non-english speakers. Thanks.
great stuff !..,,,I sure wish we had this kind of stuff when i was a kid....the next gen really has something 2 run with/no excuses now.
+realcygnus Glad you liked it. Yes, I am hoping that this will make it easier for the next generation.
this channel is very few steps away from being my favorite TH-cam channel
This was an amazing visual of how a rectifier works! Thank You!
Thanks.
Wow! 1st time ever came across something like this... hats off guys.. your methodology is superb....
Thanks.
Thank for teaching to your fellow human. This video is excellent, direct to the point. God bless us all.
Thanks!!!
I Just Love This channel. This channel just makes things massively interesting. The Biggest problem of my life is solving day by day. I am getting interested in Physics
Thanks. I am glad that you like my videos.
Really great video, as always!! Your explanations are impeccable!
+Theenerd ジェームズ, Thanks for the compliment about my explanations, and I am glad that you like my videos.
this is a bridge rectifier circuit if i am not mistaken, and by adding more capacitors you can get a cleaner full wave rectification in that it will show up as a flat line on the scope
Thanks yet again for this great education. I can't express in words how much it helped me through physics and how much it will again once I'm in college. I know you have a lot planned, but if you're willing to take suggestions, I think a video on force particles would be fantastic. Keep it up! I'll share you're videos wherever I can
+pendalink, I am glad to hear that my videos are helpful, and I am glad that you like them. Yes, I may eventually do a video on force particles. Thanks.
@@EugeneKhutoryansky have you done it ? Please if yes provide me the link.
@@alih5665 I don't think he has, but whatever. I finished my physics bachelor's and am now working on my PhD, and what can I say... these videos are still the absolute best.
great video! it was slightly challenging to follow the animation when there was a lot of stuff going on at once, but I understood what was happening
Excellent video. FYI, I've taken a di-pole antenna with a capacitor across the antenna, then routed the incoming electromagnetic radiation energy "backwards" through a full wave rectifier. I have a bi-metallic battery on the "normal" side of the rectifier to keep a forward bias on the rectifier. The electromagnetic radiation energy comes in, get's split, stacked and stored. Then with diodes take the energy from the capacitor for use in other circuits. Electromagnetic radiation energy from the atmosphere (or from a radioactive source for those more daring), converted into dc electricity.
Im not an electrical engineer but this is very easy to understand. Thank you.
Thank you so much. It makes a clear picture in my mind of what happens inside certain components
thanks for these videos... the animated demonstrations are very helpful
+Eve Langsuyar, thanks. I am glad to hear that my animations are helpful.
Thank you very much. Awesome 5 star animations So would you advise me why all of 4 diode is blocked when the capacitor works(for instance 5:14) during alternating current flow? from novice
This is really amazing!!! I finally could undestand it. Thank you
your illustrations are always well done.
Thanks for the compliment.
Eugene, your videos are THE best.
Please make videos on working of diodes (zener, schottky...) and transistors etc.
Great concept of upholding the info. . Very congenial to understand . Keep making such great videos !!!!..loved it 👍👍😊
Your videos are greatly contributing to my knowledge.
Danke Eugene
+MrShanqwert, Thanks. I am glad you liked my video.
I have an eletronics exam tomorrow and this is a godsend
These videos are AMAZING!!
Thanks.
You can help translate this video by adding subtitles in other languages. To add a translation, click on the following link:
th-cam.com/users/timedtext_video?v=J8A6QUxfk8c&ref=share
You will then be able to add translations for all the subtitles. You will also be able to provide a translation for the title of the video. Please remember to hit the submit button for both the title and for the subtitles, as they are submitted separately.
Details about adding translations is available at
support.google.com/youtube/answer/6054623?hl=en
Thanks.
can I download your video then add my voice (translation to my language), and upload it again to my channel ( i will mention your channel as the owner of the original video, also i will add your channel link ) , can I ?
No, that is not allowed. If you want to add a translation, you can only do it through the link above, which allows subtitles to appear when people watch the video on my channel.
@@EugeneKhutoryansky ok
so much wonderful great videos just keep going guys u are revolutionizing the way of teaching and learning science thank u alot
great video. well done. here in India , we have two diodes and centre tap transformer to get full wave rectification. I request you to add that as well. great work again.
+kapil rathi Thanks for the compliment about the video. I left out the design with the center tapped transformer because if I included that, I would also have to explain transformers, and that is a lengthy topic in and of itself, which I plan to do a separate video on. Thanks.
I understand your point.
I would like to know if you would welcome ideas on animation on physics topics.
+kapil rathi, yes I always welcome new ideas for future videos.
One video which will most welcomed will be about displacement current while charging capacitor.. very difficult to visualize. Also, historic and tribal facts About the physics phenomenon you depict makes it very appealing..like very famous veritasium or Michael of vsause
So you're telling me the speed of electricity is so great that in the handful of milliseconds between when the AC power source has switched to one polarity or another, the capacitor discharges and in those few milliseconds supplies additional electricity to the light-bulb to maintain the current through it?
2:05 Would a Zenor diode work better than the regular one in that circuit if the AC voltage source could make a voltage higher than the reverse breakdown voltage?
A very good explanation , with full clarification 👍
Thanks.
Thank you for excellent simple explication and nice animation. Your channel is very cool
Thanks for the compliment.
1:50, I thought diode's have a voltage drop? Roughly 0.7V for silicon diodes and lower for Schottky? If this is not a mistake in the video, can someone clarify?
Yes, diodes have a small voltage drop when current flows in the forward direction. In the video, I said that when current flows in the forward direction, both sides of the diode are at "about" the same voltage.
I guess in the ideal case they are "about the same voltage", however some would not consider 0.7V drop small enough to be considered about the "same voltage". Either way thanks for the video!
superb work madam i am your fan now
So the purpose of the capacitor is to further stablilize the DC current that we are getting?
Thanks for the video by the way! It made some lightbulbs click! The way engineering is taught in schools is very messy and all over the place because it would be way too much of an issue getting classes to learn everything "in order"! Thanks!
1/2 time I spent in class is to copy down the blackboard and it was 9 years ago.
I love ur videos, cheers from Brazil !
Amazing video! Way better than trash Wikipedia!
Wtf
That is so good.
TH-cam is way better than Wikipedia the flea encyclopedia.
Lol, another.
Whaddya mean?
Wikipedia is not trash... Wikipedia is an encyclopedia, not a learning video. So yeah, it's really hard to get what on Earth is written in many of the scientific Wikipedia articles, but it's still very convenient and usable for many people.
it needs someone to convey wiki's info much effectively
OMG I tried to grasp the concept the whole semester. This video do it in 5 minutes
Most valuble videos I ever seen thanks you so mutch ❤️❤️
Thanks for the compliment. I am glad my videos are helpful.
0:58 Single puny diode!
what a great explanation and animations
Thanks for the compliment.
I have no electronic background, so it might be a stupid question... but is there any way to get a voltage output without too much of attenuation, so the gain can be closer to 1?
Eine Kleine Nachtmusik! At voltage. Btw, I'm watching this at night.
P.S. I now understand the love relationship between Tesla's AC and Edison's DC
👏👏👏👏 thank you this is a little more my speed :-)
Amazing, thank you very much for all videos.
Thanks. Glad you like my videos.
Thanks for the 3d understanding opportunity❤❤❤❤❤❤❤❤👍👍👍👍👍
Thanks.
Interesting explanation as always.
Glad you liked it. Thanks.
insanely beautiful
Thanks.
these vedios save my life😭.....thank you
Indeed amazing explanation 👍
Thanks. I am glad you liked my explanation.
Is there devices that require only AC to properly work? And if so, would this devices get damaged by not receiving an AC current or just don't work?
+David Flores Yes. Many motors require AC voltage. If you apply DC voltage to them, they will not work, and they will draw a very large amount of current which may damage them due to overheating.
Oh yeah just remember how electric motors work. Thank you, and awesome video by the way.
really thank you for this great effort
As always, an elegant explanation and a beautiful visualization!
But... the properties of a capacitor as an insulator for DC-current wasn't brought up. That might cause a bit of confusion, since we want to avoid creating a short circuit.
+Pär Johansson Thanks for the compliment. I am planning to discuss the properties of capacitors in a separate video. I hope the fact that I haven't yet explained their properties as an insulator for DC voltage won't cause too much confusion.
the best Chanel ever
Thanks for the compliment.
Amaing animation. I love this so much. Which software did you use to do this great animation?
Thanks for the compliment. I make my 3D animations with "Poser."
Loved the Mozart background music👍👍
Lol, brilliant combination of the music track and video info
All videos are excellent .... upload some videos about transistors.
This was explained so well.
Glad you liked my explanation.
Why would the diode at the right of the bulb be blocking when it is pointing in the wrong direction, sorry for the dumb question.
OMFG IM SO THAMKFUL TO YOU AMD SO HAPPY TO FIND THIS CAHNNEL PLEASE KEEP DOIMG THIS
Thanks. More videos are on their way.
@@EugeneKhutoryansky YAYY THANJ YOUU! UM CAN I GET YOUR EMAIL ADRESS ( ◜▿◝ )
That makes sense but what if I wanted to go the other way, converting DC to AC?
Why do you have to swing the circuit?
Eugene please explain the part ,why putting a capacitor makes the current steady
And also tell what kind of capacitor should be put to make the process efficient
I cover capacitors in my video at: th-cam.com/video/f_MZNsEqyQw/w-d-xo.html
I cover AC across capacitors in my video at th-cam.com/video/zO7RZZW0wSQ/w-d-xo.html
@@EugeneKhutoryansky thank u for replying
yes I've watched those videos
But those doesn't give the answer I asked🙏
You included a half-wave and bridge rectifier, but what about a full-wave rectifier?
Awesome content 🌟
Thanks.
Is a video on Solar panels coming? I would like to learn about solar panels, how they work, and how to use them with things
+magicmike1122, Yes that topic is on the list. Solar panels will probably be included in a video on how diodes work.
The capacitor filters high frequencies, when it is parallel to the consumer/resistor.
Can you apply the same effect with an inductor in series functioning as a high pass?
I cover this in my video AC Current Impedance at th-cam.com/video/zO7RZZW0wSQ/w-d-xo.html
I have a question. Why didn't you connect the capacitor in series with the light bulb? Is there a difference between that and connecting it in parallel with the light bulb?
A capacitor in series with the light bulb would make things worse, and cause less current to flow through the light bulb. I have a video explaining capacitors at th-cam.com/video/f_MZNsEqyQw/w-d-xo.html
And I explain AC current through capacitors in my video at th-cam.com/video/zO7RZZW0wSQ/w-d-xo.html
Very nice explanation Thanks a lot,s Respectable. Muhammad khalid khan Electronic Shope Clifton karachi Pakistan.
amazing channel
thank you so much
Thanks for the compliment.
Will you publish other videos upon electronics or electrical circuits?
I have many videos on electronics and electric circuits. See my playlist on this at th-cam.com/play/PLkyBCj4JhHt9dIWsO7GaTU149BkIFbo5y.html
@@EugeneKhutoryansky i have watched them all actually, they helped me so much with my exams
I am glad my videos have been helpful. There will be more videos on electric circuits in the future. Thanks.
is it possible to filtrate ac voltage without using a capacitor in parrallel after the bridge rectifier if yes how ? thanks for your help .
thank you very much for this. did you do all the animation alone? was this made especially for youtube? this is a very high quality video!
Yes, I make all my own animations. I have a friend that does the narration for me. And yes, I made this for TH-cam. Thanks for the compliment.
I came to strongly believe that the Classical music somehow has a power to heal the tired body.
Would be cool if you made the diode 3d, raise the arrow part of it so when current is reversed it climb up that wall.
Thank you for sharing this informative video! 😺🖐
Glad you liked my video.
Brilliant stuff but what software is that?
I make my 3D animations with the software "Poser."
Great video Eugene!! What's the background music btw? I swear I have heard it somewhere!
Eine_Kleine_Nachtmusik_by_Mozart from the free TH-cam audio library. Thanks for the compliment.
Perfectly explained
Thanks.
Awesome explanation
Thanks.
😇1)120V ac starts from Line and end through Neutral.. 2)During reverse, from where voltage stars high 120Volt. Is starting piont Neutral and ending through Phase Line? 3)Neutral is always Zero Voltage, then how current flow from Neutral to Phase? 😇
Amazing channel
Thanks.
GREAT SCOTT!!!!
Your the best keep up the good content
wow! it all makes sense to me now :D thank you very much!
which software did you use to do this video?
I make my 3D animations with "Poser."
@@EugeneKhutoryansky thank you very much :)
I was hoping to see a stabilizer, witch should give constant output without any volt changes.