How Inverters Work - Working principle rectifier

[@EngineeringMindset]

⚠️ *Found this video super useful?* Buy Paul a coffee to say thanks: ☕ PayPal: www.paypal.me/TheEngineerinMindset

[@gokulk2670]

Plz tell how IGBT and MOSFET works plz

[@EngineeringMindset]

See my new MOSFET explained video here➡️: kzbin.info/www/bejne/d6i1e6awmsRso5Y

[@oOcitizenOo]

All i have to say is just WOW! I've never met such a thorough and still easy to understand explanation! This is thanks to al the graphs, pictures and analogical examples! Love your work, man!

[@sudombd1230]

I feel reborn after finding this channel. It's a shame it took me so long. Hands down best channel on the subject.

[@PotatoflakeJake]

reborn is a perfect word for it

[@alindaderick814]

I wish all schools could be teaching like you we would be having an advanced civilization visiting mars like in a backyard

[@VibrantWitch]

I've worked for Danfoss Dives NAM for 15 years and just took on an electronic tech position. Imagine my surprise when this video was sponsored but my company. ❤️ I appreciate your videos very much.

[@EngineeringMindset]

Great to hear. We actually have a newer version of this video, better graphics and explanation, check it out

[@kdknitro]

This is by far the best explanation ive seen of this for beginners thank you for this info.

[@mattyjackson7581]

I am doing this at university and this video has helped me understand hours of my lectures. Thank you!

[@T3chBeatz]

Watching different video's on this topic because sometimes different methods of explaining can help embed learning but I find this series very comprehensive. Well done & Thanks TEM!

[@andrewtrushinski3848]

Amazing. I install these heat pumps and have been to several of the manufacturers training seminars. I still never understood what was going on, why they where called inverters or what pwm was used for. This makes sense to me now.

[@shadowpapito]

When people create content that shoot for this >>>>>>> Thank you from the bottom of my Heart .. You did a very good Job!!

[@muhammadnayab8432]

The best channel to learn electrical engineering........ I am not an engineering student... but your way of teaching is so easy and knowledgeable that even a non engineering student can also understand it ..

[@andrewwhite1793]

Nice video A couple of minor things. It's important that one set of switches open before the others close. If closed before open (as narrated) then a short circuit will result and the IGBTs will disintentegrate. It's called shoot-through. In the 3 phase animation, the active Mosfets should swap to the other pair for the negative half cycle. :-)

[@EngineeringMindset]

See my new MOSFET explained video here➡️: kzbin.info/www/bejne/d6i1e6awmsRso5Y

[@williamcampbell6250]

An Important point that I would like to mention is that the identifying attribute of a DC is that it flows in one direction but, it is not always at it's peak. For learning purposes, ommiting the fact that DC can fluctuate at specific frequencies and transmit data signals is convenient as to not confuse new learners. Although, to say that DC is always at it's maximum is simply not correct as a definition. Great content btw! Glad you are able to make such excellent educational videos.

[@the7mole]

really really good demontration and simple explanations for what not explained in schools like that!

[@sheriefsorougy8670]

Very interesting way of explanation, and super concentrated information with supportive real time animations! Really highly appreciated! Thank you very much 👍👍👍👏👏👏

[@matter45]

Good to see you have the electrons flowing in the correct direction. People please keep in mind that if the diagram simulator was showing conventional current, the diagram simulator (not reality) would be flowing in the opposite direction. In reality electrons flow out of the negative source when power is being used. This is important because the direction of electrons over a resistive load determines the positive and negative voltage potential differences induced on the terminals of the resistive load.

[@dhadumia]

Awesome! Thank you for spreading knowledge to guys like us who are in other streams of engineering and desperately wants to know how these electronic equipment works! Thank you!

[@EngineeringMindset]

What stream of engineering are you in?

[@dhadumia]

Mechanical Engineering....

[@danielyap8515]

I rarely comment on people's video but I wanted to say your video are great and very informative.

[@sampayne6318]

Super informative, well presented and easy to understand. Thanks!

[@T211K]

Quite literally one of the best channels on KZbin.

[@leonking9459]

Just subscribe , first timer.. i am joining in because i love this field..

[@joserosa5342]

Now this video explains it very good. Not too technical. A example for non engineer person.

[@EngineeringMindset]

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[@dasnotes9699]

This is the answer i needed which even google cant give me thank you.

[@MikeyD64]

Very great videos! Only thing that may help non-engineers (by trade) is the pacing of the video can be fast between topics and main points for this processing the information. Really love the presentation and explanations. Thanks!

[@daphni1048]

My dad was an engineer and I've been really curious about how our solar panels work and he mentioned an inverter converting the voltage from the panels which I think was about 12 and comes out 220 to make our television work. He couldn't explain how inverters exactly does it so I've been searching for it. Since I dont study engineering (im still at highschool) I cant fully understand this but it gives me the idea how it really works maybe I should start learning the very basics before this

[@EngineeringMindset]

Seen our new video on HOW SOLAR PANELS WORK in detail kzbin.info/www/bejne/j6nXaGWXec95nbs

[@AxelmadQ]

thank you for your hard work ,you always save us

[@EngineeringMindset]

⚠️Learn *POWER FACTOR KVAR* here: kzbin.info/www/bejne/iqfCaIuNm55pnck ⚠️

[@distraktor5538]

Great video. Thanks. One minor correction: 60 Hz electricity has 120 polarity reversals per second, not 60.

[@BuffaloWings713]

dis traktor always that one guy.congrats you're cool

[@ericscaillet2232]

@@BuffaloWings713 yep!but somehow that one guy often crystallises the knowledge for others 😉

[@phbrinsden]

Excellent. I kind of understood the technology but now I understand much better. Thanks.

[@son8128]

You are actually amazing at explaining this stuff. Keep up the good work!

[@protimbaruah9260]

Your lectures are far better than university lectures 😂.Keep uploading sir

[@vishnuvithala6902]

Just brilliant! I always wondered about how the sinusoidal curve was obtained

[@ramansingh735]

Thanks sir for this kind information. Once again Thank u

[@melonggamingchannel]

Thank you for the video ❤. Truky appreciated

[@anantabantha6918]

Thanks for your support to understanding power electronics..

[@skram2626]

Non-engineer here.., I feel like I am understanding it to a point. If you are using the PWM to vary the speeds of an AC motor, wouldn't this put a lot of stress on an AC motor that was designed for 50 or 60 HZ? Or do these need to be more robust AC motors designed to take the stress or variable frequencies? Awesome informative video! Thanks!

[@eikkaheikkinen]

This channel is solid gold! 💪🏽👍🏼👍🏼

[@tornwax]

Learning a lot from your videos, Paul !

[@damilolarandolph8523]

FULL BRIDGE RECTIFIER !!!!!!!

[@sahilgupta6459]

Electroboom?

[@jonathonhilton4455]

Electroboom is that you?

[@rickfeith6372]

I love cranking a Rectifier in full bridge mode. Its delicious.

[@abhijithanilkumar4959]

Mehdi fans

[@EngineeringMindset]

Rectifier video here kzbin.info/www/bejne/iJq1qq2CoZmMbrc

[@ftham888]

Wow!!! Just wish that this existed when I was in school.

[@EngineeringMindset]

Check out our new version of VFD or power inverter explained, even better

[@relkolaj7023]

Thanks for making my life more beautiful and meanfull! God bless you

[@paulcliff6397]

Excellent work worth a coffee.

[@EngineeringMindset]

Thanks for your support, Paul. Much appreciated ☕

[@justinodowd4182]

Thanks for this.just brilliant.

[@spectrumofcreation5679]

I like this channel!!!! Thank you kind sir for helping the half experienced wire guy!!! I don't engineer stuff but I do hook allot of electronics up. So here is a question for you how do galvanic isolators work and why are they needed

[@vernoneatwell5449]

Very well presented, awesome video my dude please make more videos on electrical engineering

[@academicsstudio]

brilliant explanation

[@Mark16v15]

Very interesting. I spec out those VFDs at my work often, but had no idea they temporarily rectified the AC current to DC so that they could manipulate that with an inverter. Cool.

[@EngineeringMindset]

Power inverter video here kzbin.info/www/bejne/n3rUmXSOZa5qoqs

[@BilalShahTech]

Nice information.

[@hubercats]

Great video! Thank you!

[@TipiTipiTech]

Ohoo exceptionally taught marvelous Sir Now i become fan of your 🔥❤💯

[@senkuraj]

Very nice explanation. Easy to understand with animations. Thanks a lot for making a video on this topic.

[@mwbgaming28]

It's a magical box that makes the pixies dance back and forth

[@cheguevara5121]

MWB Gaming nice profile photo 👍

[@mwbgaming28]

@@cheguevara5121 cheers mate, glad I'm not the only one who knows the truth

[@Matrinique]

I love your videos and how you explain things! Thank you for this series! Could you make a video that explains how basic household appliances work? Things like a microwave, refrigerator, coffee machine, electric fan, or HVAC? I know it's basically converting electric energy into the specific kind of energy an appliance uses to do its job, but how does that conversion happen? You explained light bulbs (lamps) as an example, and that's just electric current running through a wire of a specific material that produces light energy at a certain temperature. EDIT: Just finished the video. That's amazinggggggggg why don't we learn about this stuff in school???

[@rickfeith6372]

Man, this was awesome man...very well done. This whole series is fascinating.

[@gurpreetbanwait6097]

We r with u you go more indepth like this

[@tetra_punk_choccy_milk]

Thanks for your dedications to make this sir, I highly Appreciated it thats why I subscribed

[@EELLISON2012]

Wow, I understood that on the first attempt. Thank you! So what you are saying is that the circuits gates are allowing negative and positive current through their gates from the battery in alternating pattern simulating AC current, therefore becoming AC current since they are coming from two different circular paths of directions.

[@vijayme123able]

Awesome video and explaination as well 👌

[@EngineeringMindset]

Glad you liked it. We have a newer version called power inverters explained which it quite a bit better

[@vijayme123able]

@@EngineeringMindset ok, I will see that also, good to see your reply, Awesome 😊

[@mglsmr7065]

Really nicely done, many thanks

[@tejabhai7357]

Thank u make more video s about electrical From India

[@EngineeringMindset]

Thank you, did you check out our new Hindi channel? kzbin.info/door/g4k338hz9U8jnD5SXPO5jQ

[@robertmattison1282]

Great video you put together and posted to KZbin. Great graphics.

[@trilochanpagal7795]

Great explanation

[@shadowpapito]

It is a Shame that Most USA public school systems do NOT actually Cover this at all .... Time to change the whole superstructure

[@ardentdfender4116]

Excellent explained as well animated video.

[@kmtecltduk4475]

Good explanation

[@danielteyehuago1633]

Wow great tutorial...

[@robertmattison1282]

Another excellent educational video on KZbin. Thank You for making it and posting it. R

[@Anazet-Energy]

excellent video, great how you explain the terms. Many Thanks

[@nafishakhtar]

Your videos are very informative

[@jayg2580]

Great video, I would love to see you explain how pure sine waves are generated by an inverter.

[@andrewwhite1793]

This is how pure sinewave inverters work. They are never really pure, just a reasonable approximation. The modern mains supply is never really pure either.

[@ericscaillet2232]

@@andrewwhite1793 exactly ,perfection in sub systems is rarely found; one wonders if there are defective atoms or photons for that matter.

[@EngineeringMindset]

Power inverter video here kzbin.info/www/bejne/n3rUmXSOZa5qoqs

[@kennethgarcia3350]

very informative...thank you

[@eng.aymanelsayed5159]

exellent demonstration. thanks alot

[@lamvo2191]

very good thank you

[@quan22777]

Wow this is genius.

[@romangemo8103]

Deam right matrial video!

[@mohdahadalikhan5171]

How do you do that, so impressive brother.very informative and out of the box.

[@TSulemanW]

Nice explaination .the basic is changging magnetic flux as we know when current pass to inductor generating magnetic flux

[@EngineeringMindset]

Here you go kzbin.info/www/bejne/gYTcnaJmZtNofLs

[@miguelmitchell4522]

Great job

[@william8108]

Very interesting.Thanks.

[@rishabh7621]

This is the best video of the explanation of inverter operating principle!!

[@EngineeringMindset]

Power inverter video here kzbin.info/www/bejne/n3rUmXSOZa5qoqs

[@mails4rishi]

Classic and simple.

[@FIXDIY]

nice work 👍

[@followtheboat]

Really nicely done, thank you.

[@theliger1980]

Nice Work Thank you for this nice demonstration and wish to see more.

[@robingusain6284]

Great learning stuff

[@aokay720]

thank you!

[@DIENG313]

Very clear

[@shikhanshu]

top notch quality!

[@Z3n1tHL0rD]

Awesome dude...!!!

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I'm finally find it!

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Oscilloscopes are definitely usefull. Used them for auto tech.

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Love this channel

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Nice video

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you guys are awesome

[@immortalsofar5314]

What? Just when it was getting interesting! Okay, I give up, you guys win - time for me to "learn electronics"!

[@daniah.al-soofi6037]

Love this video! Thank you

[@wlalng666]

Very informative! but just wanna say that the standard frequency in the Philippines is 60hz, not 50hz

[@fikrinoh1135]

Just want to share to you all for better understanding about why AC is used for mains power output instead of DC. AC is used for home power outlet since it is efficient for a long distance transport. Since the current is alternating, it can reduce the hazard of the wire from burning because of very high current passing through the wire. Also, it is easy to increase or decrease voltage by using transformer, which is not operable with DC, unless you make it pulsating, but that's not efficient anyway. But, the thing is, AC can pass through the body because our body can act like a capacitor. AC can pass through capacitor even at lower voltage but DC requires much larger voltage to pass through the capacitor. This means, you will get electric shock much easier with AC but not DC. So, AC has much more pros in term of cost and efficiency while DC has pros in term of safety. Aside of safety problem, converting AC to DC for electronic device usage is challenging. The simple one is by using diodes to rectify the AC so that it will flow only in one direction. But the voltage you get is not smooth. It has bumping voltage, which you can see with oscilloscope. Adding the capacitor does the job but the voltage will easily change according to the load. Lots of components required to make sure the DC output is stable, regulated and safe from any hazards like AC leakage and voltage spike. Even more components required for features like PFC, OVP, OPP, OCP, OTP, and more.

[@pologarcia516]

Very Nice, Very Nice

[@Opinion221]

Nice video 👌

[@EngineeringMindset]

Thanks, we have a newer version here kzbin.info/www/bejne/n3rUmXSOZa5qoqs