Three Phase Inverter under 180 degree operation and the asscociated waveforms

How does a three phase inverter work with 180 degree operation cycle?
Using SIX switches, obtain 3 phase AC from a DC supply. Explained using equivalent circuit. Plots/Waveforms for Line to Neutral and Line to line voltages are drawn.
Keywords:
Power Electronics
Thyristor SCR
180 Degree
Three phase
Inverter
Waveforms/Graphs
Current ,Voltage

[@pradeepkumar-yr8io]

every solution has a simple explanation. This has been proved by your videos.

[@Xplanator]

Glad you liked the content :)

[@pepelapew2724]

Very good explanation, thanks

[@sayanmaity4498]

Wonderful teaching

[@Majed_ashraf]

Thanks a lot That's the best presentation Clear audio, crystal clear explanation, very nice and creative presentation. I am very much impressed. I wish to make videos like u one day Once again, thanks

[@TheTechshooter]

Thank you bro,,,,keep on,,its helpful

[@hemasaikantipuli1201]

T.q bro , i learn a lot

[@Kanth2000]

Sir Vbc lo last step _vs sir

[@altuber99_athlete]

Wow, simple but great explanation. Thanks!! One correction at 6:45. I think you meant they are phase-shifted by 120 degrees (two horizontal divisions), not 60 degrees (one horizontal division).

[@venkir1408]

Yes, 120 degree delay between segments

[@SOWMIYAT-yu8cz]

Excellent 👌👍 explanation tommorrow is semester 😂exam it's very useful sir🎉keep rocking

[@findandgetanything]

hands down the easiest explanation I've seen and understood with. Thank you!!

[@dipahmed320]

Step 5 mein vao ka valu galat haiii

[@pewterhacker]

Would be cool to see a similar video on a BLDC motor with the delta-configuration.

[@Karthik-rb5hq]

Brilliant work man

[@amitanvekar9432]

Good Work Bro.... Carry on......

[@Xplanator]

Thank You so much!

[@dhatchanamoorthidhatchanam6519]

xplanator you are a goog explanator really i will say that at fulfill of heart not heard mind because the xplanator stored at mind thank you sir once again thankyou soooo much ....

[@ivanm.1114]

Good job, cheers from Brazil man

[@Xplanator]

Thank You! Regards from India :)

[@dharmikmistry8781]

But it's not completely sinusoidal waves

[@BhavshyaBinti]

Great explanation sir thank you🙏

[@birajaprasaddas1413]

Which application you are using?

[@dnetne5508]

I am speechless..

[@CreativeSpot098]

super sir i see this video in 2023

[@blondisbarrios7454]

Gracias, excelente trabajo! Saludos desde Colombia

[@odissey2]

If using PWM modulation for power control in this approach, how the ON/OFF control traces will look like? Something like a 3 consecutive spikes each 60 degree?

[@ssrisaran4943]

Legends on the comments section 😂

[@vw8842]

Sir How you make this diagrams and waveforms ? In which software ? Please make one video on this also

[@dawooduthaymeen]

mistake in step 4,5

[@santoshtherockwithparth]

We are using DC voltage than how to angle calculated like 0, 120 & 240

[@sebastinraja5149]

Nice work ... how select the scr's

[@MelvinPonce]

Nice video

[@mdhossain3526]

Thanks a lot. Great explanation. Clear sound and no inference. Short time but huge informative. Go ahead bro.

[@shravan2952]

Tnx a lot bro

[@rahuljoshi8331]

Do you have videos for.. pwm inverter , buck boost converter, choppers ?..

[@richardmatjeane9004]

I really hope you know how good you are bro!

[@Xplanator]

Thank You! Appreciate the gesture :)

[@Xplanator]

Because in 180 degree, One turns off, and the other turns on and ideally there is no gap between the transition.This will cause a short circuit and blow off the system. So for safe commutation go for 120 degree. For the answers related to losses and other parameters refer to this quora link: www.quora.com/In-3-phase-bridge-inverter-for-practical-purposes-is-120degree-mode-of-operation-preferred-or-the-180-degree-mode

[@wanderlust-ministryoftrave2020]

At 6:31 - How it is a shift of 60 degrees?? Is it not 120 degrees??

[@dharmikmistry8781]

👍👍👏👏🔥🤗

[@prateekgupta9956]

I wish just you were consistent with the uploads of this topic !! Amazing work bro !

[@Xplanator]

Thank You Bro. I am open to suggestions. Do let me know your topics of interest.

[@prateekgupta9956]

Xplanator, It would be very beneficial if you could do the power systems 2 and VLSI .

[@rahuljoshi8331]

Awesome bro... Thank you so much.. fully clear video.

[@vanithareddy3215]

Superrrr xlanation sir and please provide more on power electronics

[@Kulfi_with_kums]

Superb explanation...easy to understand👍

[@priyeshmakwana9263]

Thank you

[@saishv]

Good work.. Keep it up

[@Xplanator]

Thank you @saishv :)

[@askinc102]

How do I thank you?

[@Xplanator]

Like share and Subscribe ;)

[@viswanadhasastry6335]

Excellent explanation. Short n clear.

[@pavankumarmannepalli1337]

Why we are maintaining 60 for s1 to s3

[@acitec6410]

Thank you, you are a very good teacher.

[@prasadjagtap6259]

Very good explaination sirji....

[@xkerberosx1]

I wish you were teaching at my college

[@hassanj2542]

Brilliant! Thank you!

[@bapunmishra5086]

Very good explanation

[@nisarahammaddudekula5545]

bro explain single phase series inverter

[@xXxKillForCandyxXx]

how will the switching order would be if i want the motor to rotate in the other direction?

[@tceterex]

You deserve more subscribers

[@leviandhiro3596]

nice video thanks bro

[@mkbk1999]

Thank you very much bro

[@amanprabhukholkar2598]

🙌

[@n.v5824]

superb explanation bro...

[@electricalvtu8327]

Keep up the great work

[@Xplanator]

Thank You :)

[@yousufsharif2629]

Best lecture

[@trendingtricks4489]

Excellent sir

[@lamonren3222]

Thank you

[@Vj-zo8bw]

best

[@arungiri3458]

Thanks a lot dude!

[@abdulmajeedmohameed949]

Thank you so much

[@Ryuseigan]

Thanks

[@aravindhangandhi5296]

Thank you sir and I want current source inverter concept

[@Xplanator]

sure :) stay tuned :)

[@nandakumarb7938]

Thank you bro

[@DineshKumar-wv1uq]

Good work. Keep going..

[@Xplanator]

Thank you :)

[@teweldek19]

To be continue sir!

[@Xplanator]

certainly!

[@SunilChauhan-cx5oh]

Thanks bro......

[@Xplanator]

Welcome :)

[@md.shakawathossain4717]

excellent job, keep it on bro..

[@Xplanator]

Thank you :)