3 Phase Voltage Source Inverter - 180 Degrees mode

Inverter is a power electronic converter that converts DC to AC. This discussion focuses on three-phase voltage inverter in 180-degree mode, working principle with the help of waveforms with a clear idea of the switching sequence of the solid-state switches present in the Inverter.

[@superman-sl7qb]

Wow.Its like you were born to share this complex working method in simple way.Thanks a lot

[@learnwithus-electricalengi7390]

Thank you, dear.

[@vishnukartha47]

What a powerful class, I just feel like sitting in a class room. Thank you very much sir.

[@Christian846]

This is what I call, a precise explanation of high-level knowledge yet with basic words and common examples... you are just great sir... hope to have more videos like this from you.

[@achmadrifai8539]

What a great and solid explanation. Keep it up, Sir. Big thanks from Indonesia

[@venkatasuriyanarayanan9252]

Such a nice explanation in English.I have never come across such explanation.Very Nice

[@kumarbabu1868]

Prathap Anna God is blessing you very well. First time I had interacted with you only in Muscat regarding church. U r such a nice & cool person.

[@learnwithus-electricalengi7390]

Thanks for your good words kumar. Humbled.

[@kevinalexisbeza8191]

Keep Uploading videos Sir! You are a very good teacher! Thank you for sharing your knowledge and making complicated concepts easier to understand.

[@mmanirajaips6430]

Superb sir.such a great explanation which I have never seen in any other you tube videos.thank u so much sir

[@prabhakarasharma7662]

Excellent way of teaching sir... Good attention with simple examples... Thanq u so much sir.

[@vishnukaskar5287]

Good lecture feels to sit in your class room your made topic very easy

[@krharshit]

Omg i am love with your teaching techniques sir... howcan some one teach with such a great dedication......

[@wailalwajeeh6520]

God bless you. Nice and clear explanation. You made it easy for me to understand

[@triao6598]

I like your energy when you talk! keep going Sir!

[@abigt282]

But sir is not going....he is super busy in his own work😪😪

[@learnwithus-electricalengi7390]

Thanks, will do!

[@learnwithus-electricalengi7390]

Sorry for that, just matter of a month or 2 my thesis will be done then we will meet on regular basis. Thank you

[@sanduniddamalgoda8658]

god bless you sir..amazing teaching ability..pls teach us more...about induction motors for EV [automotive]application

[@richiethen6443]

Thanks sir, you make me full understand the working principle of this three-phase inverter

[@learnwithus-electricalengi7390]

Glad to hear that

[@UKGfacts-q4l]

Superb teaching sir 👍🙏🏻

[@nikithareddy6115]

great explanation !!! Thanks for your work

[@minimalism577]

nikitha reddy exactly

[@subhadeeproychowdhury1059]

u have explained very well sir...thanks for helping us

[@akankshamishra8868]

Thank you it's really helpful ...kindly upload more videos 😊

[@ankittelang8902]

Wish you were my teacher throughout engineering.

[@pakiki]

Excellent Video! Thank you very mich! Good man!

[@lakshmisslp]

Very good explanation👍

[@ronaldpavon3434]

Pretty good, wonderful explanation just what I needed to complete my project

[@khanmajid1430]

Powerfully explained

[@minimalism577]

Liked the way u explain thank you

[@aydin585]

God Bless u man! its priceless!!

[@learnwithus-electricalengi7390]

Thanks dear.

[@sweettimesdk6842]

Really a very good explanation. thk u sir

[@shivaparla7939]

Super explanation sir....tq very much sir....

[@nageswararao170]

very nice explanation pls up load more videos,

[@adellakyohairwe2301]

Very informative. Thank you!

[@PhaniRaghavLolla]

Could you explain why vsi is more popular compared to csi in power systems applications? Or what is the drawback of csi that makes vsi popular?

[@cage5454]

Hi sir, thanks for the video. I have a problem finding the effective and average values ​​of the currents. Do you have a suggestion for me ?

[@vishnudev8064]

Sir ur a genious im impressed

[@thabothabo9493]

Awesome.may you upload videos on rectifiers?

[@prasadksr6459]

The explanation is fantastic. But you have not explained the reason why the switches are numbered in a particular way and what would happen if numbered in a normal sequence.

[@learnwithus-electricalengi7390]

Numbering is done for the ease in switching sequence. Numbering can be changed, accordingly switching sequence number will change, but not the switches.

[@DEVANSH7139]

excellent sir....and try to change board so that we can go fast at next movement

[@wheniambored3903]

oxm sir you are great ❤ from Pakistan

[@karthikramswamy5579]

awesome lecture

[@dhiraj-shukla]

So nice ....sir.

[@damnfarooq]

Great explanation

[@Unfazed2024]

awesome presentation..!!

[@samarahmad2008]

I am not an expert but can you confirm the phase angle you have written is correct i.e. 0, 120 and 240. I think the angle should be (0, -120, -240) or (0, 240, 120) for the positive sequence output you have drawn. Please clarify!!

[@learnwithus-electricalengi7390]

Dear , it depends on the orientation of phase sequence that you would consider. and it can be CW or ACW. Hope it helps.

[@shweta9128]

Best explanation

[@mehrunnisa7193]

Sir PLZZ upload a video on statcom and how it is used for reactive power consumption

[@omerrahmed]

study pq theory

[@ibrahimalotaibi2399]

3 phase inverter presentation starts at 39:00.

[@subrahmanyamgokavarapu7970]

HI sir ... i Have a doubt how to consider the voltage if it is not connected to neutral to ground. In your case you have connected to ground and taken -2/3 Vdc i did not understand

[@learnwithus-electricalengi7390]

Hi dear, please check the derivation again thoroughly, and when there is a neutral, consider the voltage to be zero at that node. Tq

[@DrPudur]

Nicely explain

[@learnwithus-electricalengi7390]

Thank you sir

[@idealzone3652]

Amazing

[@DasariSaiteja]

Excellent sir...I have doubt when to switch on and off of switches(bjt) .....How to calculate time period..If we know frequency and angle 120°

[@DasariSaiteja]

Please share formulae

[@learnwithus-electricalengi7390]

total time period of a supply sinusoidal waveform is T = 1/f = 1/50 = 0.02 sec = 20 msec, so for a full cycle of 360 degrees time taken is 20msec. if its 120 degrees, it will be 6.667msec. I hope, its satisfactory.

[@kanyakumar6329]

Please more videos sir thank you

[@learnwithus-electricalengi7390]

Yes, planning now.

[@subrahmanyamgokavarapu7970]

Can somebody explain ,... how vbn = - 2/3 vdc, i am wondering how ' - ' symbol came in to the picture

[@learnwithus-electricalengi7390]

Hi dear, Negative or positive sign for Vo depends on time period and the way that the battery and load are connected through VSI.

[@Mustafa-bs7wc]

THANK YOU, DEAR

[@durgaprasadchary5733]

Sir please make video on reactive power compensation using dstatcom, Tq Sir

[@bdllhl6734]

Nice

[@dhiraj-shukla]

Sir, Please make video on three phase PWM inverter.

[@sudhakiran5799]

Dc ripple how caculated sir Dc link voltage I got 700.35 voltage sir Reference I taken 700v What is the ripple percentage sir

[@sudhakiran5799]

Sir please give reply

[@dharavathbhaskar2219]

Woooooooooooooo

[@zabehullah1033]

sir plz upload more videos

[@superman-sl7qb]

Carzyyyyy

[@killampallinaresh1602]

Hi sir please more videos Please please sir I am improve subject please please

[@amansrivastava9650]

Sir VSI ko Hindi me samjhaey