Phasor Diagram of Transformer for Lagging and Leading Load - Three Phase Circuits

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[@paragparashar8061]

ty ty very much sir.. finally my phobia for phasors ended.. 🙂

[@jyothikini3825]

Sir, my understanding about phasors just got better bcoz of you 🙏🙏🙏

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[@Arnab913]

Excellent Lecture! Your style of presentation is so well that I learned drawing the diagrams just after finishing the video. I've one question, is there any rule for dragging line, for lagging or leading quantity? How can I determine whether it'd be upward or downward ( anti-clockwise or clockwise)? Like I1X1 is drawn downward, would it be wrong if I make it upward?

[@mltonsorangestapler]

5 stars, very good A+ I like this video

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[@prantikdatta3884]

Thank you sir, very nice explanation. This video is really helpful.

[@lepermessiah899]

Brilliant explanation, i finallay understand phasor diagrams for transformers :)

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[@abhishek00119]

Wow great done .

[@kandadateja2391]

Super sir..... Exceptional explanation....... Helped me a lot......

[@shashankgautam1168]

Awesome explanation👍👍

[@akhilpragallapati4424]

super sir I was trying to understand this concept from many days this explanation made my day thank you once again very much i am subscribing this channel only after watching single video, hope remaining videos will also be good

[@atosheislam6431]

you are great sir!

[@sdo_idup]

Very Good explanation

[@nishthachaudhary8964]

you made it really easy to understand phasor diagrams....thank you :)....

[@nilavosarkar6199]

Sir you are just awesome 🙏

[@visheshmittal468]

Thank you sir really great explanation

[@sahanayambhatnal2782]

Very nice video sir thank you

[@kalongasamson704]

powerful explanation sir am helped

[@muhammadtanvir5298]

Thank you. Helpful and lucid explanation.

[@kayf_ahmad]

thank you very much sir

[@jiteshtiwari6660]

Awesome explained sir

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[@thahirkhany3967]

Sir In magnetising current you said that lags by 90 degree But in x2 you said that leads by 90 degree So what the correct term to be used Please clarify it sir. And your lecture is so intresting. Keep it up.

[@shanuverma1233]

no where mentioned polarity of voltages and you drawn complete phasor ?? Claps for you. IEEE should hire you man.

[@shubhamvishwakarma8309]

Exactly No one cares about it. And i am glad they dont coz when they draw it they simply draw wrong polarity. In every book i saw it is drawn wrongly.

[@tassartakio1939]

good explanation loved it

[@riturajrobin2803]

very nice explanation ..thanku sir

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[@Zlatevvv]

Amazing videos!Can you upload more videos which explains how to settlement integrals (for example of different types of short circuits)? You explain so good that u motivate me to study more!I subscribe for your channel!

[@jiteshtiwari6660]

It's my humbly request that plz sir make videos of all the highlated topic of transformer

[@shankarsr1]

awesome explanation sir thank you .

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[@shankarsr1]

Ekeeda sure

[@amatoallahouchen5894]

first of all thanks a million for this video! i have just a simple question: why i2" is opposed to i2??? many thanks in advance!!

[@maazansari8660]

Because i2' is d counterbalancing current,introduced to balance d flux created by i2,when i2 links with secondary no. Of turns

[@abdulafreedi6038]

nice explanation sir, you are really Superb...

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[@ajaykumarbadineni8492]

Tnqqqqq so much sir.....

[@siddharthapattisapu4706]

Very good explanations sir helped me a lot

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[@rahulsurendran3472]

Great class sir

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[@Drew020]

Thanx sir

[@er.surendrasingh605]

Very good sir my help phaser explain

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[@hemantbairagi9034]

Thank you sir

[@mithunraam1494]

Theri sir😍😍💥💥💥

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[@sofyb.varghese5953]

At 13:30, can you explain how I2 is lagging E2? In most of the google search for phasor diagram of transformer for leading load, I have seen I2 leads E2. Which one is correct and why?

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[@JobPrepChronicle]

Ur suspension is correct. This video provides wrong information regarding leading power factor

[@engmoud4455]

you are right he drew i2 x2 in reverse direction

[@jaideepmore1299]

Don't get confused between V2 and E2 In Inductor voltage leads Current by 90 degrees hence the voltage across inductor(I2*X2) leads I2 by 90 degrees

[@manvendrathakur1442]

Thank you sir ji thank you so much

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[@usamatameezuddin1979]

Sir....plz make a video on phasor diagram of Unity power factor.......

[@darshantawte7435]

just awesome helped for exams thanks sir

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[@gumragkumari8023]

excellent .....sir very well explained...... plz make a video... on synchronous machine ......plz........plz.....

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[@avinashpoddar3990]

nicely explained

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[@tanmaybhagwat3650]

Really Helpful, Thanks a lot ! Subscribed +1

[@sangramsingh958]

thannnnxxxxxxxxx sirrrrrrrr

[@shuvbhowmickbestin]

At 2:46 why do we say current I2 lags V2 by phi angle when we know that a purely inductive load current lags the voltage by π/2 angle?

[@guddu5639]

Load me luck resistance bhi hoga....it's not purely inductive

[@adityashaw2228]

Nice sir

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[@xadrez1348]

smooth

[@pappanxavier5675]

doubt: In the capacitive load (leading) I2X2 must lag from I2 by 90degree but you have said that it leads. Please Clarify it Sir.

[@pkp573]

yes he explained wrong by mistake...I2x2 should be below of I2r2

[@SaiSai-wz7hl]

Sir well explained but why don't u take flux as reference base

[@narayanlalnayak3931]

Because it is common in both winding

[@archanar8634]

Sir, How the flux is balanced when transformer is supplying a load?

[@Emperor-Of-Karma]

under no load transformer draws small current for creating flux. When it is loaded, current flows in secondary winding producing a flux. Also extra current flows in primary in addition to the no load current. The flux produced by the extra current cancels the flux produced by secondary winding current, leaving only the flux produced by no load current

[@pollenbarua5450]

at 4:26 of the video it is stated that flux leads.......why?

[@kayf_ahmad]

coz it is acting as inductor

[@deepajessin2539]

Fi =fim sinwt e1= -Nd fi / dt. And deriving we get e1 relation e1 in phase sin(wt-90) Where flux is fimsinwt

[@wellingtonpazmino58]

Hi, Could you explain me Why E1 is -E1?

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[@bapparazbarua3048]

sir,plz take my salam.sir,why the resistive drop(IcR1) is parallel to no load current(Io).

[@black-sci]

Sir why Ic is parallel to -E1? It should be +E1

[@angelicabhaila3962]

is this without magnetic leakage?

[@kayf_ahmad]

sir phasor diagram for no load single phase transformer pls

[@thekirannalini]

Sir why you started with V2 Why not with main Flux

[@thahirkhany3967]

Sir in description please add your number for clarification of doubts

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[@sadanagabushan24]

Difference between phasor diagram and vector diagram

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[@palakmishra8309]

Sr may be I'm wrong but I think flux lags emf by 90*.. correct me if I'm wrong

[@manojkumarpal2790]

you are right sir ne confuse KR Diya

[@pollenbarua5450]

Why flux is leading? w.r.to E1 and E2

[@shivangpendurkar2417]

Why do we need to nullify or neutralize the effect of I2…

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[@praveerdwivedi3295]

Noice

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[@JobPrepChronicle]

U taught wrong diagram for leading power factor.

[@kayf_ahmad]

can I follow u in fb or Instagram

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[@33prabharaniee47]

I'2 -? Plzz anyone answer

[@nikhilbommera9694]

I think the first part of the explanation is wrong

[@ravitheja4797]

Porarey

[@madhurpathak3628]

Hindi main pada dete eng jaroori hati

[@hsharan100]

Very good explanation

[@biswajithalder533]

Thank you so much sir

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[@rupendrakumar3317]

thank you sir

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[@bhaskarjyotidutta3172]

thank you sir