Even-odd mode analysis of Wilkinson power divider and its S-parameters by Dr. Niraj Kumar VITCC

[@harshitakulkarni965]

Great video! I understood this better than my college lectures. Thank you!

[@shaheerirfan7449]

Amazing explanation sir, your microwave series is really helpful in exams. Love from PAKISTAN.

[@yaswanthmaradana935]

Thank u so much. Today is my exam and it helped me a lot

[@ajayddair]

Neatly presented I could recollect my old lessons.Thanks

[@RFDesignbasics]

Thanku

[@wonhyungheo8011]

Thank you sir. I really appreciate your lecture. It's really helpful to understand well.

[@chrisshort4864]

You are the best my friend. Thank you so much.

[@xabierzu]

i dont understand how you found out V2E is = V0

[@Sheikshameer.]

Sir I have a doubt, if signal is travelling from port 1 to port 2,port 3 and it is -3db . If signal travel from port 2 and 3 then it should add the signal and it should be 0 db.

[@Anonymous____________A721]

Nicely byhearted

[@blakecrosby6406]

for the odd mode analysis why is zin looking into the port infinity and not infinity in parallel with the resistor shorted to ground?

[@zhengagata5277]

can you take an example which is not equal power split divider?

[@AmitKumarSahoo]

Sir, I have a doubt, in your 2 port network analysis, we saw Γ(L)=V2+/V2-. but here at 15:21 we are using Γ=V-/V+ (quoting as Γ is at load side reflection co-eff). The ratio is inverse here compared to the two port network. I think it's Γ→Γ (out) on load side. Could you kindly clarify on this. Thanks in advance, Sir.

[@kanishkaam633]

Sir I am hema can be your student for RF and microwave products

[@georgenikakos1065]

Why at minute 6.34 the two parallel 1 does occurring in 2 and not 0.5... What am I missing

[@RFDesignbasics]

Actually 1 is divided in two parallel parts for making an equivalent circuit to apply odd and even modes.

[@georgenikakos1065]

@@RFDesignbasics oh OK so 2ohms parallel equals 1 Thanks for clarifying

[@pj_jaswanth]

Sir, why is Zin(e) equal to z^2/2. How did that formula came. is Zin(e) not equal to (z+2)?

[@RFDesignbasics]

Watch it carefully. It's clearly explained in the video.

[@brijbharti]

Plz make video for gysel power divider

[@erikmjelde4428]

No sure what you are doing with you matching equation. usually the middle impedance is the root of the two outside impedances but you make the root have something to do with the input impedance.

[@zhengagata5277]

very clear, thanks!

[@tadehmirzakhanian893]

Thannk you sir!

[@bhargavkanjariya2816]

Clearly explained.

[@RFDesignbasics]

Thanks.

[@iqrachaudhary4394]

If we want to design dual band then?

[@nguyenbka6525]

can you simulate one

[@RFDesignbasics]

Uploaded now in HFSS Tutorial playlist.

[@srivatsungopalakrishanan9517]

Neat presentation

[@RFDesignbasics]

Thanks 🙂

[@nguyenbka6525]

thank you so much

[@문성준-u1s]

korean subtitles plz

[@PressStopandgethealt]

Ich küsse deine Augen