Rectangular waveguide|| Derivation of Field component for TE and TM modes by Dr. Niraj Kumar VITCC

[@syedmuhammadusmanghani9220]

Very helpful...general solution comes from Maxwell's equation ,while watching video keep this thing in your mind

[@RFDesignbasics]

Thanks and welcome

[@11junkyard]

Thank god I saw this video , reading in the textbook clutters the brain

[@singhpankaj7330]

life is much easier after this...

[@RFDesignbasics]

Thanks :-)

[@keketpi]

Professor thank you for the explanation. I like your page. It helps alot

[@rupamsinharoy1991]

you saved my 15 marks !!!
thankzzzz

[@akbarrahmatullah6701]

Good explanation. Helpful.

[@AvantGrade]

Very helpful 😄
Thank you

[@sherin6274]

Nice explanation

[@nikhilchourasiya4720]

Nice Explained 👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌
Thanks Sir

[@RFDesignbasics]

Thanks and welcome

[@kanchanareddy36]

there is a lot of content in this video......dont miss it...

[@RFDesignbasics]

Thanks and welcome

[@ramakrishna705]

At 11:40 how we have calculated Hx,Hy,Ex,Ey...
Please reply tomorrow is my exam

[@RFDesignbasics]

Refer video on general solution

[@ramakrishna705]

@@RFDesignbasics could you paste link in comment box.. Thank you

[@RFDesignbasics]

th-cam.com/video/45ywQyXNlak/w-d-xo.html

[@meghanaejjada]

hey nak a four equations pettva Ramakrishna

[@ramakrishna705]

@@meghanaejjada exams ayipoyi 3 months ayitundi

[@vedapraneet580]

Please do circular waveguide, strip line and microstrip line sir

[@krishnamudracreations4050]

Perfect sir Thanks

[@VibewithAsrar]

great video

[@RFDesignbasics]

Thank you

[@soumikchakraborty9885]

Is rectangular wave guide problem is electrostatic?

[@abbas3521]

Best video available

[@RFDesignbasics]

Thank you

[@abdullahmohammad5613]

Can we use the boundary conditions in TE for the TM case?

[@RFDesignbasics]

Boundary conditions remains same.

[@garry7149]

7:15 in Y should it be ky ??

[@poulamiacharjee4030]

Awsm sir..plz make a video on cavity resonator...🙏🙏

[@RFDesignbasics]

Thanks!! Now I have done, If you need, you can watch. Thanks for the topic suggestion.

[@anujsachan1628]

sir plz circular waveguide k TE TM modes k liye b video bna dijiye plz..... bhot accha padhaya aapne....thanks

[@RFDesignbasics]

Sure

[@RFDesignbasics]

Uploaded.

[@anujsachan1628]

@@RFDesignbasics sir ab to semester khtm ho gya 😂😂 vese thank u

[@RFDesignbasics]

You are welcome. Hope you got good grades.

[@buntynimmala597]

Why we need to calculate boundary conditions?

[@RFDesignbasics]

To solve the Helmholtz's equation.

[@vaishalitrivedipathak9120]

Sir why is E = X(x) Y(y)?

[@RFDesignbasics]

It's assumed to be multiplication of 'function of only x' and 'function of only y' to solve the differential equation. The method is known as 'separation of variables'

[@srashtigupta59]

Sir in this what is Kc ?? Please clear my doubt sir

[@RFDesignbasics]

It is called cut off wave number and it is equal to squareroot(k^2-beta^2). Where k is wave number and beta is phase constant.

[@sherin6274]

Sir I have one doubt?

[@RFDesignbasics]

Go ahead... Ask anything

[@ahmadhassan4158]

Thank you so much

[@harshitpanwar7194]

sir pls make videos for circular & parallel plate waveguides also

[@RFDesignbasics]

Yes, I will do it. Thank you 🙂

[@RFDesignbasics]

Circular waveguide video has been uploaded.
General solution in cylindrical coordinate system th-cam.com/video/ofScinEG9U8/w-d-xo.html and for circular waveguide th-cam.com/video/PHNjH653OcQ/w-d-xo.html and parallel plate waveguide is also available Thank you

[@AlanJoy_random]

where is the circular waveguide video

[@RFDesignbasics]

Now it is available. Thank you for suggestion.

[@Bangalibabu95]

Shouldn't be 1/√(permeability*permittivity) equals c at time 12.44 ?

[@RFDesignbasics]

No that is equal to Vp (Phase velocity). For c you need to take permeablity and permittivity of free space.

[@r.scoaching494]

Sir "frequency response of Op-Amp " make a video

[@deekshithtirumala6474]

❤❤❤❤

[@dm3248]

Finally ; )

[@shashikalyan9057]

Can you send me the notes in pdf?

[@RFDesignbasics]

Couldn't make pdf. I will make it from next time.

[@mdrezaulkarim47]

thank you, sir!
I would like to get CO-AXIAL Cable || Derivation of Field component for TEM, TE and TM modes.
Thank you in advance

[@RFDesignbasics]

It's uploaded th-cam.com/video/2qL4TaJpkKk/w-d-xo.html

[@thedaily6388]

Circular wave guide pr v banaye sir

[@RFDesignbasics]

Banaate hain.. Thank you :-)

[@thedaily6388]

@@RFDesignbasics sir ,TM ,TE modes in circular wave guide jald hi video banaye

[@RFDesignbasics]

Uploaded.. you can watch now.

[@deepthipulipati2511]

What's TE hx, hy

[@RFDesignbasics]

TE is transverse electric, means Electric field is only in transverse I. e. Ex and Ey but Ez is zero. hx and hy are transverse components of Magnetic field.

[@gopalrajak8594]

TE10 is not dominant mode it's TE01,
if a=1cm, b=2cm then,
TE01 mode: m=0, n=1
so, cutt-off wavelength=2*b=4cm
while, TE10 mode: m=1, n=0
so, cutt-off wavelength=2*a=2cm
Thus TE01 is the dominant mode.

[@RFDesignbasics]

Practically a>b.. You are right if a