Full Wave Bridge Rectifiers
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- Опубліковано 6 лип 2024
- This electronics video tutorial provides a basic introduction into full wave bridge rectifiers which are used to convert an AC sine wave signal into a pulsating DC signal. The electronic components used in this type of rectifier circuits are a transformer, 4 diodes, and a load resistor. To reduce the ripple voltage creating a smooth steady DC output signal - you should a shunt capacitor, an inductor, and a zener diode. The shunt capacitor will help to reduce voltage variations while the inductor will reduce variations in current. The zener diode serves as a voltage regulator.
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I am taking an electrial engineering technician program and am currently in an electronics course. I have sat through hours of electronics lectures, done a bunch of practical labs and no one was able to explain this in such a logical manner. I am so glad I stumbled upon your video!! Thank you!!
1000
How have your studies been going?
Hi there
This must be the best explanation of a bridge rectifier and the purpose of an inductor with in a power supply I have heard, Great Job A++++++++++++++
..in my life, Great Job A+++++++++
agree
1000
Changed my life bruh I needed this
Thank you for the best explanation Grea job👌
Finally someone explains why the current won´t go through the upper diode. It´s all about potential difference. Well done!! :D
I agree, I was trying to figure out the same thing.
Guys I know this is late posting on this comment, but can any of you help me try to figure this question out? These circuit diagrams, are they just diagrams for conventional use only? meaning that if you used this circuit diagram for instance in real life it wouldn’t work as the actually current is flowing negative to positive so the diodes wouldn’t do what you want them to do. Hopefully if you read this you could explain that to me. I’d really appreciate it. Thanks 👍
@@Livefree432Livewhole These diagrams are designed for conventional flow. However, you can use the same diagrams and just think in the opposite way. The electrons will flow from negative to positive, so they flow from a low potential to a high potential. That also means, that the electrons actually flows toward the "arrow" from the diode. Everything works in the opposite way, well at least the current. If we go to the beginning of the video and let's say that the electrons flow from the transformer through point "C" and "D", through the resistor, then through point "B" and "A"(B because it has the higher potential than C) and finally back to the transformer, then you'll see that the end result is the same.
bukvalno, 2 minuta videa > mesec dana casova
Was about to say the same! Never heard of potential difference until then. Now it makes sense for me!
No kiddin! Absolutely the best Bridge Rectification tutorial. Seriously forget all you have seen until now. All is taught with the voltage drops and the infamous "D" junction, where many newbies couldn't understand why the current followed D3 but not D4 though both diodes were on the + side... Kudos to the channel.
Rememberr
yo man i remember when i was going through trigonometry your videos helped so much. Now im here bout to get a bachelors in electrical engineering and i am still coming to your channel for help. by far the best channel for everything school related. thanks a ton man
1000
How'd the rest of your studies go?
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Engineer
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This is the clearest explanation of rectified ac that I have ever seen thank you
I think that by sharing all of this knowledge, you're really making waves! Thanks again.
Dude. Thank you so much. The way you explained it step by step with the current going through the diodes was exactly what I needed to see.
1000
Excellent excellent excellent!!!!! When I was learning electronics in tech school (Ohio institute of Technology) in 1975, it took me a couple of weeks to grasp this concept. The teacher was just using a chalk blackboard ect. The graphics would have make it much easier to grasp, but it didn't exist. I haven't looked at this in decades, but I remember it. I also remember the struggle to grasp it at well. Excellent job!!!!
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1000
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1000
@@jeetenderkakkar7570 1,000,000 😎
This is the most beautiful explanation of bridge rectifier I ever heard. The logic is crushing.
1000 besutifull
I absolutely agree that JG is an excellent teacher !!! I finally have firm grasp of bigger picture. Is it possible to find out how one calculates best values for the inductor, shunt cap, and load resistor ? Keep up the good work young man. I've not only subscribed, but I'm going to check all of the videos.
Excellentt
The way you explained here is unparalleled! GOAT
Best Video yet for explaining how a Full Bridge Rectifier works and how to get a good stable DC voltage. Well Done!!
Dc voltagee
I believe this is the first time I've commented on UA-cam, but this is seriously the best Video on electronics I have ever seen and has made everything so clear for me.. Thank you from the bottom of my heart.
1000
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The best explanation on bridge diodes/rectifier ever!
I can't believe I've understood and can work it out by myself. Bravo
Hmmm, the organic chemistry channel teaching Bridge rectifiers...... Seems to be a great combo
I have watched a few people trying to explain this on youtube and this is by far the best explanation.
1000
Bro i was never interested in electrical circuits in my life but whenever i see your videos i feel like i can understand everything.The thing is my tutorial teacher never explains me anything,they just tell how to do questions.....so i could solve all the questions after going through notes but couldnt understand anything or how the circuit was working.Thanks to your videos now i can understand everything and can solve all the quess like a fucking G.
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I'd like to thank you for being a better teacher than mine, and for helping me pass an exam due to your excellent teaching
Examm
Extremely helpful. Best explanation so far
One of the best explanations I have seen and heard...bravo!
AMAZING VIDEO. THANK YOU.
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I fully understood your tutorial mainly because you explained the whole process slowly and clearly. thank you.
Fastlyy
I have a physics report, and I wanted to write about electronics, and I found this vid. Thank you so much for this wonderful lecture.
Super clear explanation and really insightful to the rectifiers, a million thanks
I'm just here for fun, or at least until I get to full wave bridge rectifiers in upcoming semesters. Very good explanation and finally can see the purpose of inductor, capacitor as well as Zener diode
👍🏻 Thank you for the excellent explanation! _Especially_ the behaviour of D4 during the positive half-cycle. I could never see why it was off, but you solved my mystery perfectly. Thanks again, and God bless
explain very well, I like the way it was laid out and talk. I was in Electronics for over 25yrs. I overhaul CEDM for the reactor at a Nuclear Power Plant
Excellent video, many thanks!
Best lecture I ever seen abt. bridge rectifier.
Great job! You explain it very well, so there are no questions. Thanks for clarifying both Electron flow and Conventional flow. You’re pretty good at teaching with the graphic board.
Buisness
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This is the best video for anyone learning basics of power supply... excellent details..
I could not understand that for ages, thank god I came across this video.
Nicely done!
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Agree with Mart, brilliant explanation, well done all at TOCT
Agrementt
This is a very good explanation of the *inhales* FULL BRIDGE RECTIFIER
Awesome Video. Thank you very much.. again!
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1000
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3 buttonn
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Gyuu
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😂
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100
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really useful video , thank you
Awesome explanation on higher potential to lower potential 😮!
Higher potential
Great video and explanation. Unfortunately, many companies will try to minimize the cost of the power supply and there will be trade offs as far as including a zener diode, inductors and/or higher current rated rectifier diodes.
I'm glad that i stumble into your explanation videos otherwise none of these wouldn't be in my brain....🙏🏼🙏🏼🙏🏼🙏🏼...
Alll
Great job. Thank you so much.
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Listenn
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Bjhh
Explain the useful electronics circuits,thanks
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Bro, I've been trying to figure out this schematic from class. I kept getting stuck in the D not flowing to A part and now I see it's so simple.
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Resultt 1000%%
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Holy shit why hasn't anybody ever told me about using inductors and zener diodes in a rectifier circuit! Amazing!
4.7vv
Thank you, I understand now what it's going to doing
Amazing,thank you.
very clear explaination, thanks
thank you very much, i hope the next video will extend the information the connection of potentiometers for a different DC voltage output from 1.5,2,3 and so on, and how to do that in the circuit...
12v