Transformers work only on AC current and not on DC . Reason explained.

Concept of how current is induced in coil .
Faraday's law .
what if we put dc in transformer .
how transformer work and reason to use ac current in it .

[@mcboomsauce7922]

Thank you so much this is a brilliant explanation!

[@ravindersaini9409]

NO ONE CAN EXPLAIN AS SIMPLE AS THAT

[@ADARSHSINGH-iq3lu]

@Game Vault try bur

[@Sensei-jh8yn]

Frrr

[@kuldeepbhati945]

I have a question that a coil generate a resistance of WL for current and alternative current have high frequency so coil should block alternative current then how does the transformer works? Please give me answer if you know

[@deepTh00ught]

Finally I could understand this topic.All the other videos say that it is not possible,they just make us learn these things by heart.But you have explained the reason behind,thx

[@kuldeepbhati945]

I have a question that a coil generate a resistance of WL for current and alternative current have high frequency so coil should block alternative current then how does the transformer works? Please give me answer if you know

[@themillennialaspirant7900]

bro ....tons of appreciation to this video of yours...i luv this....u clear my concept...

[@balenabda4922]

Just what i was looking for!

[@lorriecarrel9962]

I hooked a 9 volt battery up to a small transformer and touched the secondary wires and it knocked the piss out of me,how do you explain that? Seriously

[@adeyemibabatunde1814]

May be 1. Immediately after connecting primary wiinding to 9v battery, a voltage is temporarily induced in the secondary coil at a ratio. Higher voltage may be induced, causing shock, just once 2. When the 9v battery connection is not stable, pulsating/varying dc at right frequency may induce secondary voltage It is when stable dc voltage is connected that further voltage won't be induced

[@pemikapalakornkitti7814]

Hello I would like to ask something. The current is changing reaction all the time so does that not mean that it is not moving in any direction since it reverses all the time?

[@notablemind]

I wish professors started with explanations like this video before giving us a bunch of equations to memorize. Great video thank you!

[@ramneekchauhan5005]

Seriously hats off to you sir, Thank you for uploading such a simple video. This was so confusing and in every video, they are introducing new equations, which makes it more confusing.

[@chrismokitlane9836]

After 5 years 💉💉 this is the best explanation I have ever seen

[@jannatulferdoush8870]

I love it. This solves my problem. My teachers was also unable to explain it!

[@azarudeen463]

Bro I have a question that why dc series motor should not start without load

[@adilpp8260]

Thanks for sharing this video bro because I was struggling with this concept but you made it easy for.....once again thank you so much bro.

[@bobgoudie]

Here's a very basic explanation: To generate electricity you need 3 things: a magnetic field, a conductor, and a relative motion between the two. In a generator that relative motion is caused by the rotating magnets in the rotor of the generator. Which induces (aka generates) a voltage into the windings (the conductor). In a transformer that relative motion is produced by the expanding and collapsing magnetic field in the primary winding, causing voltage to be induced (aka generated) in the secondary winding. If the primary winding were DC voltage then there would not be the expanding and collapsing magnetic field, therefore no relative motiin, thus no voltage induced (generated) in the secondary winding.

[@amkp40technology]

True, very good 👍🏻👍🏻👍🏻❤️❤️

[@HpdcSFF]

This is the type of teachers we need at schools

[@fredtonaha400]

This is much helpful explanation 👍..thanks

[@Guds777]

Then explain ignition coils, they are a DC transformer...

[@Pelican_t]

They may be powered with DC but are pulsed to make the arcs constant.

[@Moped12322]

Simple and clear answer thank you!

[@electronicsgyan2390]

Sir you use simple English words that's clear my doubts . Thank you 😊 sir.....

[@axolotlgaming9144]

it works on dc by turning it to ac lol

[@pvt_pixydust3768]

Why sometimes it felt like jaadu is speaking from koi mil gya 😅

[@Ashworld]

U mean Rohit ( Hrithik's character) not Jaadu the alien.

[@obairawotv]

thanks so much for this wonderful explanation

[@bryanpedrosa8061]

WOW! IT MAKES SENSE NOW!

[@anikettripathi7991]

Even in ferrite core DC transformation we are actually making high frequency AC current only. So what we see in smps transformers they all are following same AC principle.

[@technicalthodu7715]

Thank you for this simple explanation

[@kuldeepbhati945]

I have a question that a coil generate a resistance of WL for current and alternative current have high frequency so coil should block alternative current then how does the transformer works? Please give me answer if you know

[@joewalker8358]

Sir you're wrong about the direction of South and north pole of the electrical magnet. According to right hand law if we curve our right hand toward the direction of current our thunmb shows the direction of N l.

[@gopaljee5257]

I saw four videos but this video gave the answer I wanted

[@OfficialAvijitDas]

damn... thank you, brilliant video :)

[@jhomerbuenodeguzman3643]

Simple but very good explanation

[@pandelistcouxnikas3704]

i connect transformer in dc and work but the voltage is very low

[@thureshnia6181]

Thank you so much for this video.. Nandri 🙏🙏🙏

[@UntangleClub]

Keep watching

[@thureshnia6181]

@@UntangleClub sure,, after this video i started to watch several videos for my homework n studies

[@chetanm0]

Why are you trying to do American accent ? Speak in our native accent

[@ArifBillahOnGoogle]

I understand! Why is the primary not a short circuit even though, it is a short circuit from a wiring perspective?

[@RevAldea]

Very GOOD JOB but, you did leave some persons down the wrong road in and important way DC to DC power supplies. I do suggest that you also ad this Dc to DC and DC to Dc lastly to DC to DC meaning that you Reference the Current value s Small current to large current then Large current to Small current and lastly DC to DC as a coupling for feed-back and power regulators such as those of power supplies. Also coupling for job control as in Elevators motor drive system of these units. Be sure to show it after the transformer this will save some work if shown at the same time otherwise a quick reminder of AC transformer actions.

[@LOVACKOJINEUBIJA1]

your video deserves more views...

[@EduardoJ16]

THANK YOU VERY VERY MUCH 🥰🥰🥰💖💖💖

[@masyantokates1427]

Very good explanation. Thank you

[@azarudeen463]

What happen if we give dc current in ac motor, I had have answer of this doubt but its not as satisfied

[@informediatech-bruno5766]

MAN I JUST NEE TO USE AN DC POWERSUPPLY IN A BENCH PSU COZ DC PSU ARE CHEAPER AND MORE EASU FOUND NEED TO CONVERT DC TO AC

[@ericstandefer9138]

Brilliant animation.

[@DiscoverMVP]

Great explanation 🙂

[@gta-6837]

Should just call it motion current

[@goobumblebeeandspybumblebe6247]

It's simple the transformer doesn't want to copy ACDC

[@hridaychoksey1394]

thanksa lot. this has helped me as online learning aint that efficient

[@deepsarkar1996]

Very good explanation thanks a lot

[@SystemsProjectEngineer]

Very good explanation.

[@sukhmandeepsingh7441]

thank you very much brother

[@mdnaymurzenith3493]

Thank you.brother

[@maxwarfield6699]

Ok, but is the voltage produced by the secondary windings AC or DC? Also, what if you use DC with a chopper, wouldn't that activate the secondary windings? Please let me know, I want to learn. Cheers!

[@Pelican_t]

AC

[@XTi9]

So how DC motors work then?

[@hubb8049]

AC current - alternating current current

[@dashapratap3007]

this is great! thank you !

[@yuienchan1426]

Wow good explanation tq

[@TheDarknessConsumesMe666]

Great, very simple explanation

[@P4KYTsubscribeP4KYT]

Very very much meaning full love u 🥰💞

[@someskinnydude100]

You're awesome!

[@alfredandrew2418]

Could a DC created by a simple coil magnate arrangement be converted to AC by an inverter?

[@suhailasaba1051]

Is there an explanation for why as increasing frequency would give more power for a switching mode power supply ?

[@the_sophile]

AC current is the acronym for Alternating current current

[@umeshm675]

Too Good sir.... Thank U...

[@GoldenPatrice]

Great video. Right to the point.

[@williamguillen4113]

Transformers works with DC pulsating current also.

[@chetanm0]

d.c. voltage cannot produce a changing magnetic flux required in the working of a transformer.

[@williamguillen4113]

@@chetanm0 Read again I said PULSATING d.c.

[@chetanm0]

@@williamguillen4113 it is a type of DC so not possible

[@williamguillen4113]

@@chetanm0 The DC pulses produce a changing magnetic flux required. The SMPS for example works in this principle, using high frequency switching section by a high frequency transformer.

[@chetanm0]

@@williamguillen4113 but so far Transformer can only do AC to AC

[@nancyraj5383]

Thanks

[@급할수록도라에몽-o1w]

Simple and easy explain. Luv it

[@mr.knownall5143]

Thank you ☺️

[@user-kw5im2wq9j]

Thanks

[@kamranbelal7]

Excellent

[@WayMlbb143]

Love it

[@technicalsupport435]

Nice

[@nandusayankarsayankar1885]

Why cannot the DC current be transported to longer distances?

[@chetanm0]

Who said that ?

[@mi3sankar529]

great

[@Mrpurple75]

Very well explained and demonstrated

[@NomanKhan-cv3du]

In Automobile also the same principles works ? Means the output voltage are Ac

[@chetanm0]

In Home appliances Also

[@akhileshtripathi3137]

Teaching is selfless service.best wishes.

[@__theunknown__615]

U hve untangled it brilliantly

[@eholden6510]

Excellent!! Thank you!

[@ayshamohammad2420]

Brilliant Explanation Sir

[@kuldeepbhati945]

I have a question that a coil generate a resistance of WL for current and alternative current have high frequency so coil should block alternative current then how does the transformer works? Please give me answer if you know

[@77haldar]

Best explanation ever.

[@kasrafk8532]

Fking brilliant man

[@au313]

Except for dc to dc.

[@thedronehorseman4713]

The first Indian person I have subscribed to, congratulations.

[@mintudoku9375]

Sir i have question that... if i want to use transfo . .... in my Dc to Dc step up converter. What suggestion d u have 4 me... ... i m just bigginers in electronic...

[@muhammedashifs4249]

You can use joule theif circuit...if transformer is connected with dc it will be a short circuit..

[@princesadson9475]

RIP English

[@Pelican_t]

Connect a DC power source to a relay circuit then connect it up to a step up transformer. This should give you the higher voltage. Then connect the output of the transformer to a full bridge rectifier and a capacitor to the DC output of the rectifier to purify the DC. There you have it a DC to DC step up converter.

[@phillip4833]

What is an DC to DC converter than?

[@Pelican_t]

A short circuit

[@rabuanmantine8522]

👌

[@brindhavi]

Woww...you made it simple..thank you so much😊😊

[@UntangleClub]

Glad it was helpful!

[@Ay_Ali]

*SIDE BY SIDE*

[@parashsingh1738]

Simply Superb 😊

[@gokulakrishnan1377]

Is this the same case for pulsating DC?

[@Pelican_t]

Yes but the output will also be a pulse but picked up as AC by a multimeter.

[@gokulakrishnan1377]

@@Pelican_t Thanks for your reply.. and what is the case for power factor (PF)? Do pulsating DC has PF, if not why?

[@nonna493]

THANK YOU SIR!NOW I UNDERSTAND WHY AC IS NEED TO BE USED! SOBSOBOBSOSB

[@travismoore7849]

Actually transformers can work on DC power. A ferrite Toroid will work if you hook up an led with power in series with one coil. The second coil will mirror the power output on a 1:1 toroid trans former. So you can run a similar led though the voltage and current may be less and also polarity will be reversed to the original circuit. You can't hook up a coil to a battery straight as it will get too hot. So you need a load in series to prevent this. The coil inductance increases power. But it may be possible to make step up and step down with series load dc transformers. It seems to work best in non magnetized Ferrites so far as I know. The other condition for this that the coil had to be bifillar.

[@animearmpits3060]

please. stop talking. i dont want to get ear cancer so im not going to proceed past 0:06 shame cuz it looked like a good one. ffs man

[@flix343]

Anime Armpits what’s your problem

[@ericstandefer9138]

How can he explain the concept, which he did so well, without talking.