Electro Magnetics Theory - Reflection Coefficient

[@TutorialsPoint_]

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[@moseslouis198]

Stumbled on your video and I am hooked! Thanks Sir. Your English is also perfect and I understand correctly.

[@victorandrean]

wow sir, you are "nothing but" smart teacher and this video is "nothing but" a helpful lesson. :)

[@mdrezaulkarim47]

don't make mock...try to be positive and make something good for the betterment of others.

[@updownupdown8854]

@@mdrezaulkarim47 that's called being fun and jovial not mocking idiot

[@kanivm1111]

After watching your Lecture, i really get interested in engineering. Before whenever i started to prepare for exam, it was so depression and very hard to let myself into involve. But your lecture broke it down and i really enjoy to study. Thank you so much.. U r grear teacher i ever know. Thank you so so so much Sir🙏🙏🙏❤️

[@lilbee7153]

How easily understanding! I've No words! Thank you so much Sir 😍

[@md.rezaulislamanik8111]

after seeing this video,now it is clear to me about maximum power transfer theorem...thanks a lot.

[@idrislawal4699]

I really enjoy your tutorials. You are prof. Not Mr. because your explanation is far better than my Prof's. in the UK. Maybe my PhD study will be in India. Thank you very much, Prof.

[@vincentkanamwai1658]

AMAZING LECTURE. I really enjoy your explanations on my favorite course

[@lakshyakwatra2408]

Really concise and informative. Thanks a lot.

[@ayusharyal5877]

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[@saisan2556]

Very nice video sir.👌👌👌😊🤟

[@VivekVivek-hz3gy]

thank u bro....really helped me.........🙏🙏🙏

[@Guuri1998]

Thank you for making this! Your videos helped so much

[@Rajkumar-nt2yb]

Thank thank thank thank a lot sir.the video u have uploaded clearly I understood

[@anilsarika6961]

hi sir , earlier i found more vedios of electromagnetics but now i am finding only 8 vedios . It would be great if you upload the remaining vedios... Thanking you sir for your explation .. Knidly respond to this message

[@Angel_96416]

thank you so much sir..really the way you explain is sooo good.

[@QasimKhan-fc4sl]

Thanks, sir, "nothing but" helps not to lose focus...

[@daddyankee5673]

"Nothing but" really affects ur speech...on in all a very good explanation...

[@ryeofoatmeal]

it's kinda annoying when you keep listen to "nothing but" in every sentence XD

[@mehulgoyal6560]

It's really annoying

[@sanskarkumar6484]

thanks Sir🙏❤

[@kgvl45]

This is so helpful. Thanks.

[@ags-engineering5544]

Very good !

[@jithin7822]

Very good sir

[@aritraroygosthipaty3662]

To whoever it may be of a concern In the explanation v(x) and i(x) is a function of distance from the load to generator, for this reason the function will demand some changes, v(x)=v+exp(yx)-v-exp(-yx) Where y is gamma and v+ is forward wave coeff and v- is backward wave coeff

[@asthagupta4770]

Aritra Roy gosthipaty.... It was of great concern to me... Thank you for clearing my doubt!

[@aritraroygosthipaty3662]

Astha Gupta sure thing, hope this will enlighten many more

[@shubhamnayak9369]

So does it mean his derivation are wrong

[@roshanrai4720]

great!! u made me clear about this topic thank you sir

[@aayda330]

sir can u upload other videos of transmission line...it would be very helpul

[@yanamalasanandh123]

Super sir

[@yavuzciftci8283]

hi dear can we calculate the absorbed power by absorber from only the reflection coefficient? for example calculate the absorbed power by absorber when the reflection coefficient is -20dB

[@arbab64]

Dear sir, your lectures are superb! Good luck. The reflection coefficient is pronounced Gamma and not tau.

[@Timmy3850]

He tried not to make confusion between reflection coefficient and propagation constant since propagation constant is also called gamma.

[@arunacrishantha1903]

wow, thank you sir.

[@ananyatalukder753]

Thank you so much Sir.This video was really helpful.

[@TheZedianMusic]

So helpful

[@emilyhuang2759]

@4:15 Why is x = 0 at the load? and not the generator?

[@poiuwnwang7109]

I think it is convetinal to make x=0 at the load. If you want x=0 at the s ource, then you have to put -x in the 2 exponential terms, as explained in reply by Aritra Roy Gosthipaty above

[@bestcollection7425]

very helpful..

[@zeen5163]

If tau is the ratio of the amplitudes of the wave going backwards and that of the one going forward, then why would we want to represent the equation in terms of impedances?

[@PAVANKUMAR-dz2dr]

Sir please tell me about current reflection coefficient snd voltage reflection coefficient fir open circuit and short circuit line

[@jamilferoj6086]

Thank you for teaching us. You taught well. I have a small disagreement: you are calling nu as gamma and gamma as tau. Finally, you were correct calling tau as tau. Thank you for making the videos. I hope it helps all of us.

[@rasemkhalil7631]

thank you

[@tasnimhritee3966]

Sir please upload all videos of transmission lines... low loss transmission line

[@AnkitSingh-zw6yz]

sir where are the other videos can you please provide with the rest of the videos

[@johnlight-knight8060]

This reflection is for all wires? :)

[@Roshanani89]

Please explain the double stub matching

[@ansh6377]

What is the value of reflection coefficient of current wave...

[@rajnarayanshriwas4653]

Anshuli Mahajan Current reflection coeff is negative of voltage reflection coeff

[@PAVANKUMAR-dz2dr]

@@rajnarayanshriwas4653 what about open circuit and short circuit voltage reflection coefficient

[@chetanmparashar806]

In the first equation where is the time factor?You have only written the equation for space

[@akkahshhagarwaal2056]

Sir it is not 'Tau'. It is capital gamma' .

[@robinsingh7687]

sir plz explain bewleys lattice diagram

[@willthecat3861]

It's the Greek capital letter gamma... not Tau.

[@sujitgupta7004]

Jan bacha le sir ..

[@netinhindi9840]

ekdam sahi bola bhai

[@chuckycheesesbday]

Gamma! Not tau :)

[@rishavghosal676]

Bakwas