Full Bridge Rectifier - How to convert AC into DC power electronics

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Full bridge rectifier - how to convert AC alternating current into DC direct current. Using capacitors to filter the rippled DC wave into smooth DC with experiments.
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4 окт 2024

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Комментарии : 170

@EngineeringMindset 3 года назад

⚠️ *These videos take a long time to make* if you would like to buy Paul a coffee to say thanks, link below: ☕ PayPal: www.paypal.me/TheEngineerinMindset Channel membership: ru-vid.com/show-UCk0fGHsCEzGig-rSzkfCjMwjoin Patreon: www.patreon.com/theengineeringmindset

@totalcoolingsolution 3 года назад

Hi can I use your video for indians to explain in hindi

@EngineeringMindset 3 года назад

No, we already have a hindi channel. We do not allow other channels to use our content.

@totalcoolingsolution 3 года назад

Thanks for reply

@abdullahimowlid2815 3 года назад

@@EngineeringMindset How a bout a somali language?

@Apfelloch 3 года назад

ElectroBOOM: * heavy breathing *

@grimreeper8008 3 года назад

FOOOOL BREEEGE REKTIFIRE

@antitheist2000 3 года назад

😂

@kuss116 3 года назад

It's not a puny single diode, it's a FULL BRIDGE!!!

@blueghost. 3 года назад

Now this channel is an actual educational one, great videos and quality, also the examples that you put along the real life footage are amazing 10/10 👍

@EngineeringMindset 3 года назад

Glad you enjoyed

@blueghost. 3 года назад

@@EngineeringMindset enjoyed indeed i did, thanks 🙏

@kennethhicks2113 3 года назад

The tallest/strongest structures are build on foundations.

@SHREDTILLDEAD 2 года назад

@@kennethhicks2113 I am pretty sure every structure has a foundation.

@juth2895 3 года назад

As a recent electrical and electronics engineering graduate that’s planning on specialising in power system engineering. This channel is refreshing.

@MattyEngland 3 года назад

Love your videos. Even when it's something I think I already fully understand, I often learn something new. 👍

@EngineeringMindset 3 года назад

Glad to hear it!

@WistrelChianti 3 года назад

same, thought I had these down but the bleeder resistor and bit about the higher voltage on the cap were things I hadn't appreciated before.

@EngineeringMindset Год назад

Check out NEW resistor video, everything covered! ➡️ ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-DYcLFHgVCn0.html

@indiboy7 3 года назад

Even a layman can understand things efficently like this. Great effort.

@po-prostapoziomica5559 3 года назад

Im like 6 months after my electronic school and tbh, this channel is doing job better than my school. Wish you guys were here 4 years back.. live would be easier and my proffesion more understandable. Tho i still have a time to reeducate myself after school and i feel like its gona be very good time.

@Vandalfoe 3 года назад

Ya... This guy is pretty good at explaining tricky stuff.

@timprater8514 3 года назад

absolutely the best channel on this machine. Tim from the US says THANK YOU!

@max_galingumas9409 3 года назад

FULL BRIDGE RECTIFIER!

@max_galingumas9409 3 года назад

@@cargames77778 no

@1Sumalani 3 года назад

I just love you man. You made electricity so easy for me. I am an electrical engineer and my interest increased after i got my degree. All credits for my interest goes to you. Please come on udemy and provide some online courses which will be very beneficial. I hope someday you cover topics about substation, generation, transmission and protection system in details.

@jayasuriya8306 3 года назад

Electric boom 💥: let's make fuuullllll bridge rectifier 😁

@codystiles9580 2 года назад

The Engineering Mindset thank you for these videos I have a problem understanding material for my course due to a poor seeming system of explanation as I’m a visual and hands on learner these explanations with a video showing the physical difference makes a massive difference and I hope you keep making them as they are truly helpful!

@katynewt 2 года назад

You managed to do in under 8 mins what my teachers couldn't do clearly in 4 years...

@nolesdennhardt8986 6 месяцев назад

Awesome info! We'll done videos every time

@amielrumbaua8387 3 года назад

And to think i desperately needed this insight just three days ago when it was uploaded and now we're here. Thank you! Im kinda looking for safe ways to hook up a 3v led to 220v mains o.o and i gotta say there are a lot of split opinions out there

@EngineeringMindset Год назад

Seen the new LED explained video? so much detail covered! ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-O8M2z2hIbag.html

@tedlahm5740 3 года назад

Fantastic presentation. Will take some time for it to sink in. Thank you.

@FordGTmaniac 3 года назад

6:31 Ah, the Pi filter. Of all the filter circuits those are my favorite, simply because of how clean the output is.

@student6634 3 года назад

OMG 😳 I didn't knew I will understand this topic in my whole life but now it's in my fingers tip 😃

@legendghost4277 3 года назад

Your Videos is Simple to Understand Thank You💐

@brianr555 3 года назад

Great video! Easy to follow and understand! Very good tutorial!

@muhammadalikashifkhan5556 11 месяцев назад

very informative well explained and best animation used in this video love from Pakistan

@seasong7655 3 года назад

1:33 I think this can also be called a RC low-pass filter, because you have the capacitor in parallel to the load and a resistance (LEDs) before it. So it should filter out high frequencies.

@kennethhicks2113 3 года назад

Exactly the same thing (components behave the same), we tend to nomenclature things on function.

@richgolfs 3 года назад

What high frequencies are you filtering out of the circuit? Do you have AC means…

@kennethhicks2113 3 года назад

@@richgolfs Very good, select R and C to be most effective for expected freq.... don't forget load and type ; )

@versatile7713 3 года назад

Iam a big fan of your useful and informative videos

@hectorjconde9518 3 года назад

Great! Now im reviewing electronic concepts...Keep on good job!!👍

@rashidak7821 3 года назад

Good video bro 👍👍. I'm from Kerala India 🙏

@EngineeringMindset 2 года назад

Thank you, do you know we also have a Hindi channel? ru-vid.com/show-UCg4k338hz9U8jnD5SXPO5jQ

@NoosaHeads 3 года назад

An EXCELLENT lecture on voltage rectification. First class...

@alvinlum123 Год назад

The explanation is so clear that I understood even though I am just a hobbyist tq. 12V AC drops due to diodes and the capacitor peak voltage and finally became 15.5V. How then can I get 12V DC to power my 12V rated device?

@androidcell7093 3 года назад

Awesome. I learn every time new things from you infographic.

@Savan_Triveda 5 месяцев назад

Very interesting and very instructive.

@jamesallen74 3 года назад

Great video as always. Any chance you can do videos on how to use a multimeter, and a power supply? Some of the symbols on a multimeter for example can be intimidating for newbies.

@EngineeringMindset Год назад

Check our new Multimeter tutorial out ➡️ ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-4lAyzRxsbDc.html

@richgolfs 3 года назад

Excellent video! Good refresher course for me

@cargames77778 3 года назад

Can you give whatsap number ?

@pranithreddy 2 года назад

Bro these videos are literally awesome love From India

@hpravin 3 года назад

Love from 🇮🇳நன்றி(Thanks in Tamil Language)🙏

@organicfarm5524 3 года назад

Please make something about Solid state semiconductor based Power Transformers.

@violenceislife1987 Год назад

"Competent person" was in my OSHA safety training.

@fromzerotoz 3 года назад

Nice to meet electronic friends

@yerrakrishna1699 3 года назад

Good video, using 100 nf capacitors will do a great job.

@maswarservis 2 года назад

Very interested information

@ammoniahuffers 3 года назад

FULL BRIDGE RECTIFIER! THIS IS NOT A SINGLE DIO- sorry wrong channel. Also: 3 video a week! That impressive! Edit: Why not use supercapacitor? (400F) for "World smoothest DC output from a (inhales) FULL BRIDGE RECTIFIER"?

@papaikarmakar84 2 года назад

Best explainer

@rajendrapharmacist 3 года назад

No one can explain better

@blaed011 3 года назад

I love your videos. I learn so much.

@حسين-ج9ط7ي 3 года назад

Great job, thank you brother. You are so talented

@BIGDTV76 3 года назад

Tutorial is good sir.thank you

@BlinkSite 3 года назад

Much love from Blink Site ❤❤❤❤❤

@marcus_leon 3 года назад

Soon i can build my own phone charger. Thanks sir🙂🙂🙂

@rustyshackleford9048 3 года назад

Fooooooool bridge rectifier

@gus473 3 года назад

🤣 Wait, can you do this in Boomhower's accent, Rusty? 🤔✌🏼

@okithdesilva7644 3 года назад

Hey Paul Thankyou so much for this and can you make a video about making a Inverter

@asifamin8122 3 года назад

A simplified explanation of RMS value is requeted please

@zarrir Год назад

Superb! How can i use a filtering capacitor and have the DC voltage unaltered ? Does it always have to be higher than the input voltage?

@sibashishmishra6319 3 года назад

Knowledgeable

@sibashishmishra6319 3 года назад

Thank u sir

@princehaseebjani9519 2 года назад

Good video and how many load we can put on ac variable transformar and can we give 24 or 48 volt ac to dc which capacitor we can use?

@Elarpachuau 9 месяцев назад

I have a question. Is The Capacitor positive side must be connect to the Negative output side of DC of a rectifier?

@mathlearning2947 3 года назад

Great video

@hurairaa772 2 года назад

Kindly make video on tutorial on variable frequency inverter

@EngineeringMindset 2 года назад

Please watch our variable frequency inverter video

@user-uc8mv1ey5u 3 года назад

You should do a DC to AC Inverter build!

@EngineeringMindset 3 года назад

I'll likely build a very basic version soon. Problem is, it's an incredibly difficult task to make a decent one that doesn't have hidden voltage spikes which will destroy your electronics. But, I'll work on it.

@reza_rahmani 2 года назад

nice job man

@chandankinger9214 Год назад

Nice info. 🎉

@AbhiRamraju-h6z 9 месяцев назад

what type of diodes did you use in this video sir?

@gatovich27 2 года назад

I need to make AC to DC converter for 220VDC 3A motor. Any suggestions of Capasitor & Inductor size?

@ryszardzimny5616 2 года назад

Thanks you for yours videos :)

@fruitybuddy 3 года назад

will u please make videos on em wave , radar tx rx etc

@ChillBing 3 года назад

Please help i made my own bridge rectifier when i connect load to its output the voltage drops from 13v to 0.5v my oscilloscope shows that from full bridge to straight line.

@Sami-ev9ww 3 года назад

Dear, in negative side of sine wave, is current really flowing from neutral to line through the load?

@bobh6728 3 года назад

Are you referring to 00:42 of the video. Not sure what your question is, but I think the answer is yes.

@royalblood5611 2 года назад

Hi Sir,please can help when the capacitor discharge in above video those ot discharge from the negative or the positive ?and if it those discharge from the negative side of the capacitor which diode those the current flow through ?please help very confused 😕

@jakebaldwin1308 2 года назад

So... is it required to have this come from the shown "transformer" or is it possible (as very well I assume it would be with the numerous phone chargers I have about the house) to use the AC voltage from the wall

@mustafaakman1965 3 года назад

Excelent explanation.♥

@hamzaaslam6077 3 года назад

Very informative♥️

@punkarsvinjones 3 года назад

I'm trying to understand why you would only read 10.5VDC (5:05) when measuring from the rectified 12VAC, shouldn't it also be 15.5VDC? RMS is only a factor when measuring AC isnt it? Why does it matter if the capacitor is in paralell? I'm probably misunderstanding something here. Your videos has probably helped me to understand some things that were previously hard to wrap my head around, thanks!

@punkarsvinjones 3 года назад

@@kennmossman8701 Im not sure why you are acting this way, I ask a question because I didnt understand on a learning channels video and you decided to waste both of our time by being an asshole? Go away please.

@cargames77778 3 года назад

@@kennmossman8701 I have a question to ask from you in my university .

@cargames77778 3 года назад

@@kennmossman8701 can you help me by answering ?

@EngineeringMindset 3 года назад

@@punkarsvinjones So at 5:23 I've shown the peak and RMS voltage. The input is the RMS voltage but the AC voltage goes much higher, to the peak voltage. Our multimeter only shows the RMS voltage though. Not the peak. At 5:05 I've shown the RMS voltage subtract the two voltage drops from the diodes which give 10.5V. When the capacitor is connected in parallel it charges to the peak voltage, not the RMS voltage. 2:09 I've shown how the capacitor is in parallel. The capacitor will charge to the maximum voltage it is exposed to. Kenn Mossans comments were not helpful, but please do not insult other users. I will not respond in future if you do it again.

@punkarsvinjones 3 года назад

@@EngineeringMindset Correct me if I'm wrong but at 5:05, if you measure that voltage at the output with an oscilloscope, it would "bounce" from 0V to ~16V right? (Without a capacitor). What is a multimeter actually measuring if you set it do DC and measure? Is there still some RMS calculations happening? I thought that was only for AC. It's really confusing haha.

@liammoynihan2187 3 месяца назад

How do I calculate the bleeder resistor value needed for my circuit?

@jihasvk8932 3 года назад

Can u explain Working of transistor amplifier.

@tysesty 8 месяцев назад

why do I still have some A C voltage past the rectifier? Thank you.

@ee-015srikanth8 3 года назад

Can you explain about zener diode operation please

@astrataway7077 Год назад

So I built a multi tap MOT transformer for running all manner of battery powered tools but without the batteries and I even want to run a 12v cigarette lighter and a small tab welder good enough for battery strips all off this one transformer 9v all the way to 24. I'm using a rectifier from an old car alternator but I have no experience with capacitors. I don't understand how a capacitor could be connected across hot and neg like In the video. Wouldn't that make a short? I always imagined capacitors being connected across either or but not both at the same time. Are there differences in connecting capacitors In other ways? Also if I'm using only part of my rewound secondary coil for short circuit current is it good to ''beef up'' or double up only that section of secondary instead of then entire wire?

@JoeMcLutz 3 года назад

Thank You! 💖

@waterfuel 2 года назад

Question? - I have circuit diagram from 2005-2008. It has DC to AC Inverter of 120v AC output hooked with diode on each secondary line , that is reversed polarity .( Both different) one way , then other way. My test meter reads both on AC and DC . How do I get proper reading across load resistor on multi meter? This is not supposed to be clipping circuit of very low voltage. Circuit load on paper was inductor coil, diodes and and resistor.

@EngineeringMindset Год назад

Check out NEW resistor video, everything covered! ➡️ ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-DYcLFHgVCn0.html

@madhuanmadakari3492 3 года назад

TQ 🙏

@bastianmaierl7820 3 года назад

Newbie here: Why doesn't the current flow through diode1 and than 2 or through diode 4 and than 3? i hope the question is clear

@kamal92606 3 года назад

Good video love it .. 👍

@bgiv178 3 года назад

Great video!

@grahamek86 3 года назад

Your DC meter on the rectified DC output will be reading artificially lower due to lack of filtering.

@Putterpatter 3 года назад

Wow! I’m thunderstruck!

@sje0101 2 года назад

I want to do the opposite turning DC into AC to create an inverter, what’s the best way I can do that?

@Jasmarkelina 3 года назад

*The rectifier!*

@HPSTalk 3 года назад

Next dc to AC.. plz

@asishthanapati7614 3 года назад

Good sir

@power-max 3 года назад

You forgot to discuss power factor, harmonic distortion, power factor correction circuitry, and solutions to creating an active bridge rectifier that use FETs instead of diodes and an active controller IC that can be used to eliminate voltage drop issues. 😉

@Vandalfoe 3 года назад

Ya... But still!