Electro Magnetics - Characteristic of Impedance

[@TutorialsPoint_]

Electro Magnetics Theory Course:
www.tutorialspoint.com/electromagnetics-theory/index.asp
Use coupon ""TH-cam12"" to get “FLAT 12%’’ OFF at Checkout.

[@raushankumar8897]

One who wants to study microwave just start from Introduction to transmission line (lecture no 47) and study upto (lecture no 77).
Believe me its best lecture on youtube for microwave
very short and concise (fully understandable).

[@satyakeedas5414]

best em free lecture in youtube, and its short full of concept and easily exolained. Lucky to watch before few days of exam. Thanx a lot

[@ags-engineering5544]

Characteristic impedance well explained and clear.

[@naveennayak5678]

It is very interesting. Every point is clear and understanding.👍👍

[@akankshaingole7281]

Thank you sir i understand it very well.

[@sanskarkumar6484]

thanks Sir🙏❤

[@chandrateja7287]

Thank u sirrr😍😍

[@baibhavkumar5005]

Very helpful lecture.

[@Raj-dy2cn]

Great teacher

[@shubhamnayak9369]

Thank u so much sir.

[@SunilKumar-qw5mg]

sir propagation coefficient of transmission lines pe video banao

[@kamdevmandal5308]

thanks sir

[@federico71]

Sorry sir, i would like to know in the part of equation travelling forward/backward how could i semplify the variable x from the part of the equation that has the potential: V^(+)(e^(-γx))(x)(-γ) and V^(-)(e^(γx))(x)(γ) @7.58 and @3.39 .
Thanks for the reply

[@sach9697]

multiplication sign, not the letter 'x'

[@erjolazeraliu2829]

great job , but i dont know why you like that much to say "nothing but"

[@klearner666]

exactly man

[@shahsankkulkarni6263]

Very nice explanation but try to avoid or STOP saying "RIGHT?" every minute, or after every sentence. Its like you are not clear by your side and asking the audience whether you or they are Right.! Right??

[@uditnarayan2578]

Sir what is" G "

[@dhamu8106]

Conductance per unit length

[@naveennayak5678]

Thanks sir