How to convert AC to DC | 3D Animation

[@restorationsofmusicsystems8609]

If electricity and electronics could be explained in schools in a very clear and descriptive way like you, there would be more electronics engineers and technicians in the world now. You are amazing. Thank you so much.

[@rajbakshi786]

Yes ur right

[@Profmad]

Glad to hear that. Keep watching.

[@jeremiahogbonnaya7492]

I agree with this guy 💯💙

[@martinkuliza]

You think this was clear ???

[@user-ty4ou3vy7e]

@@martinkuliza absolutely clear, it's comprehensible and easy to understand

[@suprememaster1951]

This explains better than my prof’s 10 hrs lectures explaining this simple concept.

[@levimurcer9520]

I've tried to learn this 100 times over and this video broke it down in a way I finally got

[@usamamando]

It's rare to find someone who is able to transform concepts in a way that makes us all smart.

[@Profmad]

Thank you.

[@ramsys9906]

My goodness bloody fricking just 7:14 sec that's it. No complicated formulas and blah blah. Just pure graphics and background explanation. It was like listening to a song which consists of Vocal + music which u like to listen again and again.

[@marcelldavis6426]

Its was so easy to understand that even i ( a mechanic) understand it 😁

[@zahraarammal6231]

Why are we using a bridge diode? In converting ac to dc

[@thanlinlungsimon6120]

In AC, both the lines comes with positive and negative alternatively (mixed) so we use diode rectifier to collect only positive charge to the positive line and to collect only the negative to the negative. Thus we get a pure dc wave.

[@gazedhome2162]

😂😂

[@Profmad]

Thank you.

[@jermonstana6814]

You are genuine. When i was doing electrical engineering. We were wondering all the time, what our professor talking about.

[@user-ed7gd3de7l]

This should be part of the school curriculum, youngsters need to know how their video games consoles work 😅

[@sougatabera6039]

Fabulous....I have never seen before this type of concept clearing video..... Incredible explanation sir...

[@Profmad]

Keep watching

[@rajugorapalli7196]

Really really awesome explanation brother. Now I'm able to understand clearly the difference between AC and DC. If this kind of explanation was there during my college studies, I would have become THE BEST electronics engineer by now... Kudos for your mind blowing explanations skills...

[@susantpal]

Good animation added to the learning process more firmly. All lessons must be such.

[@Profmad]

Definitely. Check our other videos as well.

[@izuhnapoleon7860]

You are the best teacher a person can ever imagine ❤

[@agbopetersomtochukwu9680]

Since my life. This is the video that made me understand AC and DC current very clear. Kudos!! To you for this video

[@Profmad]

Wow, thanks!

[@freestanding1000]

Great video. Well explained process and technically sound. Great lesson. Animations and explanations were easy to follow and completely thorough. I now know how this process is achieved in changing AC to DC. Thank you! I definitely learned a lot, but please consider losing the computer voice. Also, "Rectifire" is actually spelled "Rectifier".

[@Den_Electro]

Hi, friend. Watch my video. kzbin.info/www/bejne/iISti32Or8yNh9E

[@Profmad]

Glad you enjoyed it!

[@technologylover5976]

I had been trying to understand it for months but i wasn't able to, but this video made it extremely easily for me. Thank you so much from the bottom of my heart 💗💓

[@Profmad]

Glad it helped!

[@SonuKumar-pp3ef]

The best video on KZbin 😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊

[@tobinator370]

One of the best explained videos I have ever seen! Thumbs up.

[@user-wu9nq5br7f]

Немедля продолжаем наблюдать,и узнавать казалось бы простые истины 😮😮😮!!!!!!!👍👍💰💰💰

[@2likechannel30]

Now i'm Understanding something new ❤

[@4thsubject359]

Excellent. My confusion is totally gone and now I am 100% clear about this.

[@Profmad]

Happy to hear that.

[@RadioFixer]

I truly enjoy watching your videos; you explain things so clear and effective that the new person without electronic background can understand and not get overwhelmed. Thank you so much for taking your valuable time making these videos. Have a great day! Regards, JZ at "Radio Fixer"

[@Profmad]

Thanks for watching!

[@studenttostudent6443]

Thank you so much for such an informative and well prepared video not only did you show us the schematic design but you also showed us with the components with their physical appearance... Thank you so much.. Just subscribed look forward to more

[@raghavauto]

You are god of electronics

[@yangonguy4019]

Thank Prof.Mad ,very clear and easy to understand ,Even when they explain native language ,I cann't.

[@Profmad]

You are welcome!

[@MuhammadShahzad-dx5je]

Such a smooth explanation, just like smoothing capacitor!

[@Profmad]

Glad you liked it!

[@sweetblues3230]

This is a clear explanation and I like how you teach with simple way to identify ❤

[@Profmad]

Glad you think so!

[@horizonview4745]

Great, accurate explanation, in most simplistic manner. Thank you for educating.

[@Den_Electro]

Hi, friend. Watch my video. kzbin.info/www/bejne/iISti32Or8yNh9E

[@Profmad]

You are welcome!

[@studenttostudent6443]

I thought l knew it all but this video proved me wrong.. Thank you

[@peterwikvist2433]

Well done Prof Mad. Great lesson and easy to understand. Thank you for sharing.

[@sheeplesallaround8861]

Love your teaching style, I hope you continue to make videos. Well done!

[@ashokaraja7378]

Thank you ! Brilliant!!!!

[@Profmad]

Thank you! Will do!

[@kairu_b]

Thanks for this Easy-to-understand video!

[@Profmad]

Glad it was helpful!

[@kumarajeet4331]

Really i just want to give a salute to you..for making the things such easy and perfectly understandable. Thanks a lot from the deep of my heart.

[@Profmad]

You are most welcome

[@gaminga7853]

You are insane my brother. This is the best explanation I have seen so far.

[@Profmad]

Glad it helped

[@andrewj.9776]

This video explained it immensely better than my college physics professor ever did!!

[@Yo_dream.]

And that is what I pay my taxes for

[@bingosunnoon9341]

College? You should have learned this long before you were old enough for college.

[@andrewj.9776]

@@bingosunnoon9341 I took the AP Chem and AP Bio route in high school, while also taking courses at college. So I never was in a high school physics class, and none of my teachers ever mentioned it.

[@Profmad]

Thank you.

[@cgpivot]

Excellent video, your explanation of how this works is 100% effective.

[@fransmurati2370]

What a great explanation, so much falls into place for me as a new hobbiest of electronics

[@Profmad]

Glad it was helpful!

[@kishanlal1375]

plz make more animated 3D vidios, its very intresting and and it give more clear vision and physics all about vision.

[@irondungeon4742]

The capacitor add in should be my solution for my threadmill motor project. will see?

[@user-up5kl7yv5f]

عالی بود...مرسی از زحمتی که برای این ویدئو کشیدید. ممنونم

This video presents the simplest and easiest to understand

[@Profmad]

Thank you

[@KaVinceTV]

So easy to understand now i know how to step-down the voltage from AC to DC.

[@RameshM-gu5tu]

Bro seriously Iam watching somany rectifier video but I will not understand. But I can understand your video 🤝🤝

[@Profmad]

Great to hear that.❤

[@mdsonu1660]

Plz sir restart your uploads again...plzzz .The best part of yours explaining the things is through the way of animation ... this is the best way...👏👏👏👏👍👍👍❤❤❤

[@Profmad]

I will try my best

[@airmag]

I wish I had seen this video much much earlier. It is just like getting cured with a single pill. Congratulations.

[@Profmad]

Happy to hear that.

[@30mAkills]

Easy to understand the concept.

[@TurkVladimir]

Thanks very Life changing video very useful

[@Profmad]

Most welcome

[@ultraameise]

yo thank you ive already learned more than in school

[@Profmad]

Thank you.

[@manfredcaranci6234]

Not totally correct, I'm afraid. Use of a larger-value capacitor would better smooth out the ripple in the pulsating DC output to an acceptable level. The VOLTAGE REGULATOR is used to ensure this smoothed DC voltage remains at a constant value despite changes in load current drain.

[@Amy_Price]

How about the inductor to better smooth the ripple and control fast-peak current? Give me a hint, I want to create a full-wave rectifier diode bridge and build-in into the wall socket (I have already all i needed), ~230AC --> ⎓230DC separate high-voltage DC (maximum smoothed ripple) for convenience and special purposes, of course, for local protection from the main household wiring - 50Amp fusible ceramic fuse... To be clear - I'm not a noob, and i know what to do, electronics has been my passion for many years. So, what do you think about this - the optimal values of capacitors(many people recommend using 3 different capacitors - 1 main large-value and 2 smaller); Polarized or variable capacitor; ceramic, metalized polyester film or aluminum electrolytic?; Inductance coil: - type and inductance value; Necessary or needless - transformer with an insulating coil ~230-230v for galvanic isolation(more safety)?

[@broadband4016]

Easy to understand.thanks

[@Profmad]

Glad it helped

[@user-jp4qr8rq5m]

Bro why the university doesn't teache as like this , i understand the working of the transformer very well thanks for this vedio

[@jimfanelli8121]

This instructor is awesome

[@user-mi4qk8fr6z]

Thank you for your awesome animation video. Now I got the idea how to covert from AC power into DC power.

[@Profmad]

Great!

[@tom53332]

terrible voice-over but amazing content, understood it immediately!

[@radeemunasinghe]

very good explanation🔥🔥

[@Profmad]

Glad you liked it

[@divyanshbalodhi5642]

Respected sir🙏,i enjoyed your lecture a lot

[@Profmad]

Thanks a ton.

[@randydicotti3975]

Wow! Best explanation of this simple yet confusing concept ever! Thank you !

[@Profmad]

Thank you.

[@kumaraperera6050]

Thank you you are intelligent to explain in the clearest way so that anyone can comprehend completely.

[@Profmad]

Thank you

[@Jkauppa]

mechanically run a flywheel motor-dc-generator system with a rectified ac signal, flywheel will smooth the output to flat because its slow to change in momentum if the input-output power is stable

[@ayat5483]

You are awesome. Love from Bangladesh 💚

[@Profmad]

Thanks! 😃

[@JOEZEP54]

Well demonstrated and explained .👍 Stay safe, Joe Z

[@Profmad]

Thanks 👍

[@sophokles8244]

wonderful videos, very helpful, thanks from switzerland.

[@Profmad]

Thanks for watching!

[@robowaifutechnician]

I have another idea and I can't believe nobody ever mentions it. Combine two alternating square waves. First you convert the DC into an alternating square wave with a 555 timer you might need 2 and make sure they're the same frequency with the capacitor and resistors. Now about change the resistor values for the other one to ensure its off by 180 degrees. And just like that pure dc with nearly 0% power loss.

[@aman6195]

It's about conversion from AC to DC, rt? Then why square wave DC is required?

[@newindihome6690]

How to calculate capacitor capacity needed? I need to convert 220v AC to 110v DC.. please..

[@ee_56_santoshimahato5]

Ur video explains the components application and it's working principle very clearly. Thank you very much for uploading such an useful video.

[@Profmad]

You are most welcome

[@panthera7291]

Beautiful illustrations. Amazing animations. Great explanations. Kudos !!!

[@Profmad]

Thank you! Cheers!

[@Amy_Price]

@@Profmad How about the inductor to better smooth the ripple and control fast-peak current? Give me a hint, I want to create a full-wave rectifier diode bridge and build-in into the wall socket (I have already all i needed), ~230AC --> ⎓230DC separate high-voltage DC (maximum smoothed ripple) for convenience and special purposes, of course, for local protection from the main household wiring - 50Amp fusible ceramic fuse... To be clear - I'm not a noob, and i know what to do, electronics has been my passion for many years. So, what do you think about this - the optimal values of capacitors(many people recommend using 3 different capacitors - 1 main large-value and 2 smaller); Polarized or variable capacitor; ceramic, metalized polyester film or aluminum electrolytic?; Inductance coil: - type and inductance value; Necessary or needless - transformer with an insulating coil ~230-230v for galvanic isolation(more safety)?

[@harpreetsandhu1401]

@@Amy_Price plz hlp me .i m not good in this, i want a 12v supply to light up♨️ my led . i hv transformer nd doide setup👍🏻. which capactor🤔 nd (where can i get voltage regulater😵) voltage regulator nd transistors are same or not 😮??

[@Amy_Price]

@@harpreetsandhu1401 It's very simple if you know how to work with a soldering, there are many AC 220v-DC 12v power adapters(Old power supply for pc:12v-5v), and for the brightness of the LED ribbon - the variable resistor (potentiometer) he can be found in the old external speakers, it's spinning)

[@harpreetsandhu1401]

@@Amy_Price ys i hv used soldier iron bt whts use of variable resistor in circuit. and do i need capacitor or not and that voltage regulator (≪shown in vdo)

[@user-np5lu7dl5w]

Оторваться не могу от просмотра!!!

[@kevincoombes3600]

Brilliant explanation thank you.

[@Flipclockfans]

Very easy to follow this step by step explanation. Thanks.

[@Profmad]

Glad it was helpful!

[@zahraarammal6231]

Can you please answer my questions 1) why are we using bridge diode? 2) what is the input voltage and the output.. 3) what transformer do?

[@Profmad]

1. diode bridge is rectifying the current (we normally called this diode arrangement as rectifier ) 2. input and output voltage depend on your components. In this example, we used input as 230VAC and Output 12VDC. 3. Transformers can increase or decrease voltage level, in here we have used stepdown transformer, that means , this transformer decreases the voltage level. Hope this will answer your questions,

[@zahraarammal6231]

@@Profmad yes its really help full thank you.. I have another question What is vripple and how do we get it? From the resistor?!

[@sanam20gamal17]

يا خبر أبيض . ..لله دررك يا مهندس....يا خبر أبيض ....

[@Profmad]

Thank you.

[@dadtechmech]

Watching again nice tutorial for my refreshing in electronics as well

[@Profmad]

Cool, thanks

[@krukritkhongwaree]

What are you program for design electronic circuits in video

[@rjlinnovations1516]

Excellent tutorial. Fully explained and it’s easy to follow.

[@Profmad]

Great to hear!

[@VelumaniPalanisamy]

Wow! You have made it so easy to understand. Thanks a lot Professor!!!

[@Profmad]

Glad it helped.

[@Assembledonetwo]

Lol i finally understood why we need diodes and capacitors in circuits after 4 yrs of graduating EE school🤣

[@PurpleDreki]

Outstanding explanation!

[@Profmad]

Glad you liked it

[@waterlily3829]

What an explanation! Very well understand... Thank you so much

[@Profmad]

Glad it was helpful!

[@sarathvijayananda769]

Great video. Very easy to understand.

[@Profmad]

Glad it was helpful!

[@shourjya1408]

Excellent explanation

[@user-ok9sq5rc2p]

Really is Best Description

[@veera6500]

clear explanation with animations .. thanks sir .. for understanding it very easily ..

[@Profmad]

Glad to hear that

[@jonwalters485]

Great video. I am a bit confused by your smoothing plot from the Capacitor though. Is the Capacitor ever discharging or is it charging from the opposite direction till the positive cycle occurs again? It seems that the plot showed the capacitor was not discharging normally, and I would like a little clarification if possible. Again, great video!

[@zairsajid]

So actually the dips u see right before constant DC is due to AC harmonics or the reactive component Vosin(phase) is complex and frequency the domain which looks like noise when it comes to an applied voltage. It's in the form of harmonics or resonance like how sound vibrates and causes a object to shake. It's not constant due to these frequencies. To absorb that sound something like what a sponge or shocks do we use a capacitor which stabilizes the oscillations to a standing DC voltage

[@jeremiahogbonnaya7492]

Great explanation 👏 really great

[@wwiii7902]

Thanks Mister Mad..! Need more electronics videos..!

[@Profmad]

sure. keep watching

[@mohdishaq9250]

Nicely explained Sir.Very simple and easy

[@ke_electronics8375]

KE_ELECTRONICS: I would like to say thank you very much

[@svenvandervegt]

How does the power go in the last electrical drawing?

[@imotomi]

Amazing video. Thank you so much!

[@Profmad]

Welcome

[@KhureshiAbraam9999]

I am at college and seeing your fantastic vedio

[@Profmad]

Thank you so much 😀

[@RODOLFO.M.S]

Newly Subscribed...please make a video that doesn't exist on KZbin. A video showing the electrons in the Joules Thief circuit. Thank you very much.

[@JosueChoqueGutierrez]

What specs should the diodes and capacitor have for a regular kind transformer using this video approach?

[@Steve-mp7by]

Now I see why when I replace the main filter capacitors in vintage amplifiers the hum goes away. When capacitors get old and dry out they aren't smoothing out anything

[@FranciscoSilva-qt4es]

What kind or size of capacitors do I need to use to convert 220v AC to 220v DC? I DON'T need to transform or lower the voltage.

[@kinanradaideh5479]

how does the voltage regulator IC work?

[@shanzayrajpoot9928]

How to make variable DC voltage source

[@shrikvprasad8019]

It reply superb...and easy to understand..your way explanation is ..nice sir. thank you

[@Profmad]

Thanks and welcome

[@grraja778]

That is awesome sir excellent speech thanks you sir

[@Profmad]

Thank you.

[@kebabsharif9627]

what software youse to make the animaton?

[@Profmad]

These videos are created using Blender 3.2. Blender is a free and open-source 3D computer graphics software tool set used for creating animated films, visual effects, art, 3D-printed models, motion graphics, interactive 3D applications, virtual reality, and, formerly, video games. You can download it from here : www.blender.org

[@ShaownCovers]

Its very helpful for meI I am an electrical student

[@Profmad]

Happy to help

[@user-uj9fv3mm1j]

Great Job. The animations are very helpful. Thanks!

[@Den_Electro]

Hi, friend. Watch my video. kzbin.info/www/bejne/iISti32Or8yNh9E

[@Profmad]

Glad you like them!