Electro Magnetics Theory - Single Stub Matching

Electro Magnetics Theory - Single Stub Matching
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Lecture By: Mr. Hari Om Singh, Tutorials Point India Private Limited

[@TutorialsPoint_]

Electro Magnetics Theory Course: www.tutorialspoint.com/electromagnetics-theory/index.asp Use coupon ""KZbin12"" to get “FLAT 12%’’ OFF at Checkout.

[@rupamsinharoy1991]

God bless your channel, u guys saved my valuable time . Thanks !

[@kaushalsh18]

rbt quarter wave transformer nhi hai

[@kaaneren4996]

It is nothing but a great video man ahhaah

[@mohamedmohamedy9376]

lol! 😂🤣

[@sethsachin86]

Man your style of teaching is really good.

[@johnbecich9540]

I believe @ 6:10 the professor incorrectly labels the length of stub as "l2" and that is in disagreement with the component DEFINED BY his "wiring diagram." Meanwhile, the true L2 was described, seemingly appropriately, in the preceding minutes (@3:36) as the distance from load to stub attachment point. My allegation that @6:10 describes L1 is CONFUSED, however, by professor's commencement of CW arc from the "open circuit" (far right) point on the circumference of the impedance chart. Indeed, the proposed stub is a drawn @ 3:36 as a short circuit stub, not an open circuit stub. Ah! I get it: The chart suddenly became an admittance chart, not an impedance chart, and the rightmost point is indeed a SHORT CIRCUIT LOCUS for admittance considerations. I remain confused by the IMPEDANCE chart is used, ... with little explanation when this chart suddenly becomes an ADMITTANCE chart... (flipped right to left). There is, indeed, a proper ADMITTANCE SMITH CHART (rarely used in practice, it seems) which is the mirror image (left to right) of the IMPEDANCE SMITH CHART.

[@anita89812]

I agree. He should be using the admittance chart to show this example, as he uses parallel stub matching. Even if it is an admittance chart, the short circuit is still on far left hand side, because the stub termination is a wire, and hence short circuit. So on admittance chart, I think this should be on far left side.

[@sabit648]

Man.... This explanation of stub matching is really great....

[@abhishekgaurav6928]

great explanation sir

[@reazrahman4182]

You have an amazing way of explaining the concepts! keep up the good work.

[@karthikcairani6646]

Dear Sir, Thank you for the video. I found it very useful. Please include a numerical example.

[@swarnimshalin2665]

Great explanation.

[@supervanessa88]

you are awesome!! straight to the point! very helpful for my thesis :) thank youuuuuuuuuuu

[@paragattarde1771]

Plz show some solve problem along with concept

[@pratibhayadav4073]

u r great...easy to understand..

[@roshanjha6163]

u are awesome teacher pls provide all videos

[@sailisurve4603]

That is just amazing. Too valuable content

[@thomasrock6722]

Brilliant Video Thank you!

[@KhyatiSrivastv]

sir only u could make student understand this good.....u have really solid concept which is non of the other teachers on KZbin is having. sir I couldn't find your double stub matching video...is it removed or something, also please explain with some examples.

[@dbo8041]

Good video. It was helpful BUT could you do one without Smith Chart? Most youtuber's use Smith Chart. In exams in Canada there is no use of Smith Chart allowed. Would love to see solved long hand example solved by tutorial without use of Smith Chart. Thank you, you are a good instructor.

[@bharatkukreti8449]

Well explained ...video to introduce single stub matching.... . would luv to see second video using Double stub matching. Can you pl sent the link for this.

[@srinu-qm2de]

sir I am understanding your videos very clearly and I want more videos plz upload emwtl videos plz sir plz sir

[@vigneshanand9262]

Great lecture sir

[@LukaGiga]

6:05 shouldn't it be l1 instead of l2?

[@shaminali769]

right!!

[@samsonpandidhar5217]

Yhea right

[@akdubey042]

Yeah correct but here L1 is supposed to be other part of the transmission line so.

[@srinidhipatil1622]

Sir it is very nice. please put video on double stub

[@deeps-n5y]

great video .Thank you sir !!

[@bharathipatil9165]

Thank you

[@RadioFrequencyClassesRFC]

it is good ,just tell in beginning that it is a shunt single stub matching.as there are two type series and shunt .

[@nehasingh7839]

simply superb!

[@dr.sudiptadas1241]

At short circuit point length shown in Smith chart will be l1

[@arnavxarma8066]

plz provide your next video double stub matching

[@abinashkarna9841]

hlo sir.....i am not getting all the videos based on transmission line.....some topic is said to be discussed in next video but i dont find them like(double stub matching,quaterwave transformer)can u help me sir...i really need to watch that videos......

[@aniketbhunia7752]

Perhaps you can find them on the main website.

[@DhrumikSharma]

Quarter wave transformer is explained in impedance matching smith vhart video

[@sul22]

sir I can't find your all videos of transmission line what can I do ?

[@robert9219]

Excelent !!!

[@rohinighoshdutta2653]

THANK YOU

[@anita89812]

Shouldn't he be drawing/pointing to the short circuit point on far left hand side instead of far right hand side. The short circuit termination of the single stub will be on far left hand side?

[@SANDEEPKUMAR-pv8wr]

Sir please share me double stub matching video of your channel

[@KRISHANKUMAR-jt3qc]

sir give the concept of smith chart and how single stub and double stub is matced with smith chart...........

[@srinidhipatil1622]

put video on double stub

[@AnasAsifSA]

Can someone here help me do my emag exam?

[@prakashtech4242]

sir pls join amrita clg our faculty is not even matched with your feet

[@sadransaeed518]

plz give me some mathematical problem with solution..

[@germas369]

nothing is nothing but something...

[@pratibhayadav4073]

sir please organized vedio filter chapter..

[@iamisro6636]

Pratibha Yadav : vedio or video ? 😂😂

[@mr.monster9031]

"It is nothing but" still hard to get...

[@AZIZKHAN-fh2ru]

sir plz explain in hindi

[@pramodshah1830]

sir how did you make the video.?

[@shamendraegodawela5555]

Monawada huthto mea krnne,,waradi yakoww,,,,Constant VSWR line ekak dige yandoooni ethota imaginary value eka wenas wenwa. Reddak kata krnwa danne anttan paadu indpan.